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ENVIRONMENTAL AND SOCIAL MANAGEMENT PLAN
BAGTHALA-KALINGA DISTRIBUTION LINE SUBPROJECT
Bajhang District, Sudurpaschim Province
OCTOBER 2021
CLIENT:
NEPAL ELECTRICITY AUTHORITY
DISTRIBUTION AND CONSUMER SERVICE DIRECTORATE
DISTRIBUTION SYSTEM UPGRADE AND
EXPANSION PROJECT (DSUEP)
DURBAR MARG KATHMANDU NEPAL
DURBAR MARG, KATHMANDU, NEPAL
CONSULTANT:
NEA ENGINEERING COMPANY LIMITED, TRADE TOWER
THAPATHALI, KATHMANDU, NEPAL
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | ii
TABLE OF CONTENT
TABLE OF CONTENT ....................................................................................................................... II
LIST OF TABLES ............................................................................................................................. III
LIST OF FIGURES ........................................................................................................................... III
LIST OF ANNEXES .......................................................................................................................... III
ACRONYMS AND ABBREVIATIONS ...........................................................................................IV
1. INTRODUCTION ............................................................................................................... 2
1.1 Summary of Screening Study ................................................................................... 2 1.2 Project Background .................................................................................................. 2 1.3 Objectives of ESMP ................................................................................................. 3 1.4 Project Description ................................................................................................... 4 1.5 Legal Provision for ESMP Study ............................................................................. 6 1.6 Construction Work and Resource Requirement ....................................................... 7 1.7 Brief on Methodological Approaches of ESMP Study ............................................. 8
2. EXISTING ENVIRONMENTAL CONDITIONS.......................................................... 12
2.1 Physical Environment ............................................................................................. 12 2.2 Biological Environment .......................................................................................... 15 2.3 Socio-Economic and Cultural Environment ........................................................... 16
3. ANITICIPATED IMPACTS AND MITIGATION MEASURES ................................. 18
3.1 Beneficial Impacts .................................................................................................. 18 3.2 Potential Adverse Impacts ...................................................................................... 20
3.2.1 Physical Environment ........................................................................................ 20 3.2.2 Biological Environment ..................................................................................... 23 3.2.3 Socio-Economic and Cultural Environment ...................................................... 24
3.3 Environment and Social Management Plan ............................................................ 26 3.4 Emergency Management Plan ................................................................................ 35 3.5 Decommissioning Plan ........................................................................................... 35 3.6 Waste Management Plan ........................................................................................ 36 3.7 Occupational Health and Safety Management (OHSM) Plan ................................ 37
4. MONITORING AND REPORTING MECHANISM .................................................... 41
4.1 Environmental Monitoring ..................................................................................... 41 4.2 Environmental Monitoring Cost ............................................................................. 45 4.3 Grievance Redress Mechanism .............................................................................. 45
5. IMPLEMENTATION OF ESMP .................................................................................... 48
REFERENCES .................................................................................................................................... 49
ANNEXES ........................................................................................................................................... 51
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | iii
LIST OF TABLES
Table 1-1: Technical Description of the Proposed Project ........................................................ 4
Table 1-2: Estimation on Requirement of Resources ................................................................ 7
Table 1-3: Construction Schedule of Subproject Implementation ............................................. 7
Table 1-4: Identified Stakeholder from Mapping Process ......................................................... 8
Table 1-5: Issues Raised by Stakeholders and Responses ....................................................... 10
Table 2-1: Ambient Air and Noise Quality within the Proposed Subproject Site ................... 14
Table 2-2: Water Quality of Streams along the DL Route ...................................................... 15
Table 2-3: Tree Enumeration and Volume to be cut at Substation Area ................................. 15
Table 3-1: Estimated Daily Solid Waste Generation from Campsite ...................................... 22
Table 3-2: Environmental and Social Management Plan ........................................................ 28
Table 4-1: Environmental Monitoring Plan ............................................................................. 43
Table 4-2: Environmental Monitoring Cost ............................................................................. 45
Table 4-3: Levels of Grievance Redress Mechanism Based on Time Bound ......................... 46
LIST OF FIGURES
Figure 1-1: Location Map of Bagthala-Kalinga Substation and Distribution Line ................... 5
Figure 1-2: Bird-Eye View of Substation Area of Bagthala-Kalinga Distribution Line
Subproject .................................................................................................................................. 6
Figure 2-1: Geological Map of Proposed Project .................................................................... 13
Figure 2-2: Seismic Hazard Map of Nepal Showing Proposed Subproject Site ...................... 13
Figure 2-3: Environmental Sensitive Area and Subproject Area Location ............................. 16
Figure 3-1: Waste Minimization Pyramid ............................................................................... 37
Figure 4-1: Workflow Diagram for GRM from NEA ............................................................. 47
LIST OF ANNEXES
ANNEX 1: SAMPLE NOTICE FOR PUBLIC CONSULTATION
ANNEX 2: MAPS, LAYOUT, FACILITY AND COMPONENTS
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
ANNEX 4: LEGISLATIVE PROVISIONS
ANNEX 5: CONSULATATION MEETING MINUTES
ANNEX 6: SUBPROJECT RELATED DOCUMENTS FROM LOCAL LEVEL
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
ANNEX 8: TECHNIQUES APPLICABLE FOR DRAINAGE MANAGEMENT
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
ANNEX 10: PHOTOGRAPHS
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ACRONYMS AND ABBREVIATIONS
ADB Asian Development Bank
CITES Convention on International Trade in Endangered Species of Wild Fauna and
Flora
CoI Corridor of Impact
CPA Core Project Area
CSC Construction Supervision Company
DAO District Administration Office
DSUEP Distribution System Upgrade and Expansion Project
EIA Environmental Impact Assessment
EIB European Investment Bank
EPR Environment Protection Regulation
ESMF Environmental and Social Management Framework
ESMP Environmental and Social Management Plan
ESMPF Environmental and Social Management Plan Framework
GoN Government of Nepal
GRC Grievance Redress Committee
GRM Grievance Redress Mechanism
IEE Initial Environmental Examination
IUCN International Union for Conservation of Nature
LPG Liquid Petroleum Gas
NEA Nepal Electricity Authority
NEAEC NEA Engineering Company
OHS Occupational Health and Safety
OPA Outlying Project Area
SESD Subproject Environment and Social Documents
SPA Surrounding Project Area
SWM Solid Waste Management
Units
% Percent/ Percentage
CO2 Carbon dioxide
dB Decibel
g Gram
ha Hectare
HHs Households
Kg Kilogram
Km Kilometer
kV Kilovolt
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | ii
kWh Kilo Watt Hour
Ltr Liter
LV Low Voltage
m Meter
masl Meter Above Sea Level
mm Millimeter
MVA Mega Volt Ampere
MW Megawatt
NRs. Nepalese Rupees
oC Degree Centigrade
Sq.m. Square Meter
Conversion Unit
Substation Area 5604 m2 = 0.82 Bigha = 0.56 ha and DL Route of 510 m = 0.31 ha
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 2
1. INTRODUCTION
1.1 Summary of Screening Study
From the screening study, it concluded that there is no presence of people from vulnerable or
indigenous communities. In addition, there are no major impacts on the physical and biological
environment except few 3-4 numbers of Pine tree need to be clear felled. For minor level
Projects, which have minimal or no major environmental and social impacts, lies in Category
C Subproject as defined by Environmental and Social Management Framework (ESMF) for
DSUEP and Joint Financial Partner (JFP) policies requires a brief Environmental and Social
Management Plan (ESMP). In addition, project induced unforeseen issues and likely raised
impacts during implementation will be addressed in Due Diligence Report (DDR).
1.2 Project Background
Nepal’s energy mostly rely on commercial non-renewable resources like, petrol, diesel,
cooking gas (LPG) and so on after traditional source, ‘fuelwood’ (MoF, 2020). Nepal has a
population of around 29 million1 of which about 90% population have access to electricity in
the FY 2019/20 (MoF, 2020), which was 88% at the same period in FY 2018/19, cooling and
heating with less than 5% within the country. The demand and supply gap is widening every
year with the demand for electricity increasing 10% annually, while the generation does not
increases at this rate. This means deceleration on the sale of diesel and LPG is still not
happening due to adequate supplied or accepted from the people for cooking, cooling and
heating purposes. To ensure reliable, affordable energy supply, proper utilization of energy by
generation and development; Government of Nepal has set the target to produce 10,000 MW
by production plant in one decade and will construct and develop all infrastructure for
distribution of electricity in next 5 year (The White Paper, 2018).
To improve rural access to electricity for daily HHs use, and business, a proper distribution
system at each local level needs to be expanded. To redress this situation, the Government of
Nepal in coordination with NEA has launched the Distribution System Upgrade, and Expansion
Project (DSUEP). The main objective of the DSUEP is to improve the rural electrification of
Project sites along with fulfilling the demands of electricity at the local level. The European
Investment Bank (EIB) supports DSUEP by providing loan finance to construct substations,
lines, and distribution lines with the installation of transformers. The Project is a part of Nepal’s
strategy to overcome the continuing power shortages, and satisfy the growing electricity
demand. From this, the distribution system is overloaded, and feeders are tripping.
Power shortage in Nepal has been a major constraint to growth. The electricity supply-demand
gap in the country persists, due to the following reasons,
Increasing but insufficient generation capacity.
1 https://cbs.gov.np/, Retrieved on 2077-03-25 (09/07/2021)
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 3
Seasonal fluctuation of hydro generation, which accounts for 94% of the total installed
generation capacity in Nepal.
Inadequate and outdated transmission and distribution (T&D) systems.
The Project comprises a program of schemes designed to increase access to electricity in 23
districts of Lumbini, Karnali and Sudurpaschim Provinces in the western and far-western
regions of Nepal2. It has clustered the Project based on geographical location, difficulty of
implementation, cost and agreement with the European Investment Bank to finance
construction of distribution under DSUEP. Under EIB finance, a total of 14 Project; 9 Project
in 6 districts of Lumbini Province and 5 Project in 3 districts of Sudurpaschim province will
be constructed.
The environmental and social aspects for DSUEP in Nepal reveals that the source of CO2
equivalent (CO2e) emissions for the Programme is the ohmic losses of the new network
equipment being installed to connect new customers. Still, most of the households uses
kerosene and business houses are using diesel generators or commercial fossil fuel-based off-
grid alternatives to renewable hydropower energy in case of Nepal. Following the connection
to the electricity grid, these users will substitute this fossil fuel combustion with electricity
from the grid. On completion, the Project is expected to enable a saving of 34 kt CO2e per
year3. For the annual accounting purposes of the EIB Carbon Footprint, the Project emissions
will be prorated according to the EIB lending amount signed in that year, as a proportion of
Project cost.
1.3 Objectives of ESMP
This plan aims to sets out the measures required to maximize the benefits of the Project, avoid,
minimize, mitigate and offset (in the case of environment) or remedy (in the case of social
impacts) of any adverse environmental and social impacts. In addition, budget and estimates,
sources of funding and adequacy, institutional and monitoring, reporting and accountability
arrangements will be addressed within this plan.
Associated objectives are listed below:
Document the baseline conditions of existing physical, biological, socio-economic
environment due to 33/11 kV substation construction and 33 kV distribution line.
Identify, predict and assess the potential adverse and beneficial environmental impacts
of the Project.
Recommend pragmatic and site-specific enhancement and mitigation measures, impact
avoidance, minimization of impacts, and required cost for each activity.
Consult with the affected community, stakeholders to understand the public concerns,
suggestions, and addressing them as per their priorities and relevancy.
2 Environmental and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
3 Environmental and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 4
To identify the enviro-socio management mechanism to ensure the implementation of
mitigation measures and monitoring programs (as per provision in the Project’s ESMF)
and establish a mechanism to involve stakeholders in the grievance redressing
mechanism.
1.4 Project Description
The proposed Bagthala-Kalinga Distribution Line Subproject is located within Bungal
Municipality, wards-5, of Bajhang District in Sudurpaschim Province (ANNEX 2). The
Subproject affected ward has a total population of 2,319 inhabitants from 424 families. This
Subproject constitutes construction of 33/11 kV substation of capacity 3 MVA and 0.51 km of
33 kV distribution line. The line is tapped from 33kV DL at Bungal-5, Donek, Bajhang and
ends at substation at Bungal Municipality-5. The land for proposed substation is owned by
GoN and managed by Bungal Municipality. The area of land is about 0.56 ha. The proposed
Subproject will have no direct impact to any private and public entities within its Core Project
Area (CPA). The camp facility will be provided within the Subproject boundary so that no land
issues will arise.
The Subproject area is located at 10 Km distance from Bungal in North direction from Jaya
Prithivi Bahadur Singh Highway. The site is connected by Bagthala-Bichgada access road
section up to Hatkot. In addition, the proposed site is about 11.14 Km aerial distance away
from Api Nampa Conservation Area that lies in the Western part.
The main features of the Subproject are,
Table 1-1: Technical Description of the Proposed Project
Description Features
Proponent Nepal Electricity Authority
Project Distribution System Upgrade and Expansion Project
Sub Project Bagthala - Kalinga Distribution Line Subproject
Funding Agency EIB
Project Location Bungal Municipality, Bajhang District, Sudurpaschim Province
Distribution Line
33kV Line Starting Point Tapped from 33kV DL at Bungal - 5, Donek, Bajhang
Co-ordinate: Lat 29°35'10.21"N, Long 80°51'35.61"E
33kV Line End Point Bungal Substation (Proposed) at Bungal - 5, Bajhang
Co-ordinate: Lat 29°35'20.16"N, Long 80°51'25.68"E
System Voltage 33 kV
Max, Min System Voltage 36, 30 kV
Climatic Condition
Wind Speed: As per IS 802-1-1
Maximum Ambient Temperature: 40 oC
Altitude(Min, Max): 1140, 1230 masl
Length of Line 0.51 km
Right of way 6 m
Number of Circuit 2, Loop In Loop Out
Conductor ACSR Dog
Line Capacity/Thermal
Limit 13.4 MW (Dog) at 0.9 power factor
Type of Poles Steel Tubular, 13m
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 5
Description Features
Pole Configurations Single Pole Structures, H-Pole Structures etc. (With and Without Stay
Sets)
Diameter of a Single Pole 0.22m (As per IS 2713-3)
Planting Depth of Pole 2.2 m
Insulators Porcelain Disc and Pin Insulator
Substation
Location
Bungal - 5, Bajhang
Co-ordinate: Lat 29°35'20.16"N, Long 80°51'25.68"E
Elevation: 1212 masl
Voltage Level 33/11 kV
Substation Capacity 3 MVA
Number and Capacity of
Transformer 1 nos., 3 MVA
Type of Transformer 3 Phase, ONAN, Mineral Oil
Type of Substation AIS (33kV) and Indoor (11kV)
Number of 33kV Line
Bays 2
No. of 33kV Transformer
Bays 1
Number of 11kV Feeders 4
Approximate Area of
Substation 5604 sq.m./ 0.82 Bigha/ 11 Ropani / 0.56 ha
Figure 1-1: Location Map of Bagthala-Kalinga Substation and Distribution Line
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 6
Figure 1-2: Bird-Eye View of Substation Area of Bagthala-Kalinga Distribution Line Subproject
1.5 Legal Provision for ESMP Study
The proposed Subproject does not lie within the conservation area and any other ecologically
sensitive areas recognized by the Government of Nepal (Figure 2 3).
Subproject associated impacts are likely to have minimal or no adverse environmental and
social impact, as it does not physically displace any family and economic displacement of any
of the families. For minor level Projects, which have minimal or no major environmental and
social impacts, lies in Category C Subproject as defined by Environmental and Social
Management Framework (ESMF) for DSUEP and Joint Financial Partner (JFP) policies require
a brief Environmental and Social Management Plan (ESMP).
Moreover, pertaining to Rule 3(1), Environment Protection Act (EPA), 2076 describes
completing Environmental Studies as per Schedule 1 or 2 or 3 under Environment Protection
Regulation 2077 (First Amendment in 2078/02/10 BS on Nepal Gazette). For this Project, none
of the legal provisions reflects compliable to Schedule 1 or 2 or 3, and hence, detailed
environmental studies (Brief, IEE or EIA) is not mandatory for this Project. Therefore, ESMP
is minimum requirement for the execution of Subproject.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 7
1.6 Construction Work and Resource Requirement
Land Requirement: The Subproject will require about 0.56 ha land for the placement of
substation. The land is owned by GoN and managed by Bungal Municipality. While in case for
Distribution Line, requires 0.31 ha and hence in total it requires 0.87 ha of land.
Human Resource: Altogether about 20 people (10 unskilled, 6 semi-skilled and 4 skilled
human resources) will be deployed in the construction of the Subproject on daily basis.
Material and Fuel: The civil construction works will follows excavation for foundation of
substation, steel reinforcement, cement, coarse aggregates and fine aggregates (sand).
Materials will be procured from legally operating markets only.
Table 1-2: Estimation on Requirement of Resources
SN Resource Description Unit Quantity
Construction Material
1. Construction-Cement Kg 44,000.00
2. Sand cum 87.50
3. Stone cum 26.88
4. Gravel/Aggregates cum 26.88
5. Steel Reinforcement Kg 14,300.00
Commercial Fuel
1. Petrol ltr 23,100.00
2. Diesel ltr 9,500.00
3. LPG ltr 1,300.00
Major Equipment and Power Requirements: The major equipment used during the
Subproject implementation are Excavator (1), Roller (1), Drilling Machine (1), and Crane (1).
While, 1 Grid Supply- 120 kVA Distribution Transformer and 2 number of 50 kVA, each
Diesel Generator for Alternate Supply will be required for power.
Construction and Implementation Schedule: The implementation schedule is estimated to
be 12 Months after the approval of construction bidding from promoter.
Table 1-3: Construction Schedule of Subproject Implementation
SN Activities/ Months Months (After the completion of Detailed Survey Study)
1-2 3-4 5-6 7-8 9-10 11-12
1. Invitation for tender, evaluation,
and award
2. Implementation of Environmental
and Social Safeguards
3. Installation of Poles
4. Stringing of conductor
5. Construction of substation
6. Charging and Testing
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 8
1.7 Brief on Methodological Approaches of ESMP Study
The study started with the review of previous relevant reports ESF (AIIB), ESS (EIB), ESMF
for DSUEP and SES (NEA), previous feasibility study reports, social safeguard document,
occupational health and safety prospective during implementation stage, as well as other
project documents prepared by the client.
This study report was prepared in accordance with the identified enviro-social impacts in the
screening report of the Project. The activities performed during the preparation of ESMP study
report were listed below,
1. Review of secondary information
2. Field visit
3. Coordination meeting with primary stakeholders
4. Collection of environmental and social information
5. Meaningful public consultation
6. Data management and report preparation
1. Field Visit was conducted from 2078/04/32 to 2078/05/03. The main aim was to collect
information relating to the existing physical, biological, socio-economic, and cultural
environment of the Subproject footprint. A team of sectoral experts was moved into the
field.
A walkover survey was conducted to collect the information of the Subproject surrounding
throughout the route and substation area. The checklist/questionnaire was used for collecting
physical, biological and socio-economic environment baseline information (ANNEX 3).
Following, a public consultation was completed to understand their opinion towards the
proposed Subproject as elaborated in 1.7 (3).
2. Stakeholder Mapping: Stakeholder mapping and their engagement is the key to successful
and constructive enviro-social management of the Project. It is a productive way to boost
willingness, and the ability to work on a Project. For this Project, the following are the
categories of stakeholders identified as,
Table 1-4: Identified Stakeholder from Mapping Process
High Influence Low Influence
High
Interest
Local Level, and Affected Ward
Elected Representative
Community Head (Key Persons)
Adjoining parcel of the land owner throughout the RoW of the
access road
Community
people
from the
OPA area
3. Meaningful Public Consultation: Consultation with the project-affected communities
was given more emphasis from the screening phase up to the plan preparation phase.
Inclusiveness, prior confirmation of venue, time, and subject of consultation, use of
understandable language, and engagement of stakeholders was ensured during
consultation. This was conducted to aware people on Subproject features, and the benefits
that occurred from the Subproject in the immediate and long term. Following, it was used
to understand the public opinion towards this Subproject and recording the feedback for
improvements.
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| Environmental and Social Management Plan | 9
A public consultation program was scheduled at the Substation (Hatkot) dated 2078/05/02
(ANNEX 5). The issues raised during the consultation were recorded as a living document.
The concerns and suggestions received from public consultation were addressed with
measures for mitigation and/or enhancement.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
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Table 1-5: Issues Raised by Stakeholders and Responses
Place C.N. Comments/ Suggestions Response S
ub
stati
on
(H
atk
ot)
Substation
1. Taking brief about Project’s 33/11 kV substation and 3
MVA substation from environmental and social experts.
Part of
consultation/draft
ESMP disclosure, no
need to address
2.
There will be no issues while using land for the
substation by the Subproject as proposed land is public
and not used for grazing or other purposes
ANNEX 5 and
ANNEX 6
3. Prior to the construction of the substation, the Subproject
shall have to demark and close its boundary area
Addressed in Table 3.1
Adverse Impact in
Socio-Economic and
Cultural Environment
(A-1)
Distribution Line
1. Taking brief about Project’s substation and 33 Kv
distribution line from environmental and social experts.
Part of
consultation/draft
ESMP disclosure, no
need to address
2. The installation of poles within the private land needs to
be installed at the edge of the plot as far as possible.
Addressed in Table 3.1
Adverse Impact in
Socio-Economic and
Cultural Environment
(A-1)
3.
In case of damages or loss to crops or trees within the
private land, the Subproject needs to address the loss
equivalent to the owner of land.
Addressed in Table 3.1
Adverse Impact in
Socio-Economic and
Cultural Environment
(A-1)
4.
The tripping and voltage drop of electricity exists within
the Subproject area for which it should be implemented
as soon as possible to address this problem.
Positive response
towards Subproject and
assurance of support
during implementation
5. Local people will be prioritized for employment
opportunity based on qualification and skills
Addressed in Table 3.1
Beneficial Impact (A-1)
6. Assurance of full support from local stakeholders during
Subproject Implementation phase
Positive response
towards Subproject and
assurance of support
during implementation
Corporate Social Responsibility (CSR)
1.
Nande Pichas place of worship located adjoining to the
substation site of Bagthala-Kalinga Distribution Line
Subproject is permissible to relocate and reconstruct
within the favorable outlying area of substation boundary.
Addressed in Table 3.1
Beneficial Impact (A-2)
2. The Subproject should have to support for the fencing of
the Nanda Bhavani Bhagwati Temple near the substation. Addressed in Table 3.1
Beneficial Impact (A-2)
4. Report Preparation: After field visit, the data, and feedback were put together to identify
the Subproject associated impacts, their magnitude, extent and duration. Based on impact
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 11
significance, their respective mitigation measures was proposed at different phases. The
associated cost/budget incurred for the implementation of ESMP and its monitoring on
periodic bases are also incorporated within the document. As a whole, all these site
information were presented from qualitative and quantitative write-up to form this report.
5. Disclosure of ESMP Report: The draft ESMP report was disclosed during public
consultation held on 2078/05/02. The final ESMP report will be disclosed from Promoter
and Lender’ official web portal. While at affected local level, concerned ward and
proponent will disclose ESMP report.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 12
2. EXISTING ENVIRONMENTAL CONDITIONS
2.1 Physical Environment
1. Topography and Land Use
The Subproject is located in the Mid-Land Group of Upper Pre-Cambrian-Late Paleozoic
Region of Nepal (LRMP, 1986). Subproject area lies in Bungal Municipality ward-5 of
Bajhang district, Karnali Province. The substation is situated at 29°35'20.16"N latitude and
80°51'25.68"E longitude, with elevation of 1216 meters above sea level (masl). The tapping
point is located at 29°35'10.21"N, 80°51'35.61"E. The Kalinga and Sannigad River from
Northwest and Northeast direction meets just 500 m downstream side. The Subproject
substation lies in GoN land and managed by Bungal Municipality.
The total length of DL is 0.51 Km while substation requires 0.56 ha. The land use of the DL is
of built up area (RoW of access road) with 0.1 ha, water body with 0.06 ha and private land
(Barren with 0.1 ha and cultivated land with 0.05 ha) for DL while barren land (Public) in case
of substation area. The DL will crosses the following major settlements as, Midi, Donek and
Tamtana.
2. Geology and Seismic Risks
The geology of the Subproject region is Lakharpatta Subgroup that is Lakharpatta Subgroup.
The Subproject area consists of thin layer of politic slate of the 0.1 cm with the deformed and
weathered quartzite of midland group. The rock dips an angle of 50˚ to 60˚. The attitude of the
foliation is 348°/58°/255°.
The study map showed that the horizontal seismicity coefficient of the Subproject area is
400gal, which is equal to 0.244g. Since seismicity can shake in any direction with the worst-
case scenario should be considered, so the recommended seismic coefficient for this Subproject
is 0.244.
The proposed land for substation is surrounded by village road and is located at ridge part of
hill. For this, excavation of ridge will be necessary. While excavation work will be on progress,
the chances of spoil failure towards downward side cultivated and private houses will increases.
Following, the loosely managed soil shall be eroded to downside even from low intensity
rainfall and prevailing wind. Beyond this, the seismicity map and findings shows that the
proposed site is vulnerable to earthquake event in near future.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 13
Figure 2-1: Geological Map of Proposed Project4
Figure 2-2: Seismic Hazard Map of Nepal Showing Proposed Subproject Site5
4 Department of Survey (DoS) 2020
5 Department of Mines and Geology, http://seismonepal.gov.np/publications, Retrieved on 2078/03/06(6/20/2021)
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 14
3. Climate
The proposed Subproject area belongs to tropical climatic zone. As there is no any
meteorological station presence within Subproject area, the nearest station at Chainpur Station
was taken as reference for the study. According to DHM 2017, the minimum temperature was
recorded 17oC in the month of January, while the maximum temperature recorded is 32oC, in
the month of May (DHM, 2017). The highest rainfall is 205 mm on the month of August.
Likely when observed with respect to the geology, seismicity, associated construction activities
and rainfall data, special precaution will be necessary for planting steel tubular pole during
monsoon season and boundary construction, foundation excavation and construction of civil
structures at substation area.
4. Air, Noise and Water Quality and Polluting Sources
The Subproject site lies within the rural setting. The major air polluting sources recorded are
only from vehicular emission and dust problem from plying of vehicles and high wind velocity.
Noise polluting sources noted at the time of field study are similar with the air polluting
sources. Use of unnecessary accelerator and horn along the access road of site is the second
most source of noise generation. Following table shows the real-time quality of air and noise
during field study.
Table 2-1: Ambient Air and Noise Quality within the Proposed Subproject Site
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353
Mini Sound Meter
PM2.5 PM10 Causing Factor dB Causing Factor
1. Tapping Point 35.2 49.8 Vehicular Emission 58.1 Noise arised from
Kalinga River water
2. Substation 32 40 None 60 Sanigadh and Kalinga
River water noise
Source: Field Visit, 2021
The air6 and noise7 at tapping point and substation are found to within the national standard8
for ambient air and noise quality.
There is no any presence of hydrological network within the substation area instead DL will
crosses Kalinga River at Ch. 0+150 of perennial nature within its line route at Bungal
Municipality-5. None of the source as polluting factors were observed. Following table shows
the real-time physical parameter of water in these streams during field study.
6 National Indoor Air Quality Standard, 2009
7 National Ambient Sound Quality Standard, 2012
8 CBS. (2013). Environmental Statistics of Nepal. Kathmandu: Central Bureau of Statistics.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 15
Table 2-2: Water Quality of Streams along the DL Route
SN DL/
SS
Location/
Settlements
Name
River/
Stream
Flooding
width
Left-
Right (m)
Distance
Substation/DL
Pole from
River/ Stream
Parameter- EXTECH
ExStik II DO600
Temp.
(oC) pH
EC
(µc/cm)
1. DL Bungal-5
(Ch. 0+200)
Kalinga
River 95 NA 18 7.99 0212
Source: Field Visit, 2021
From our observation during field visit, the water quality of the streams have observed beyond
the national standard9 for drinking purpose.
5. Solid Waste Management
The waste was found littered in front of HHs, shops and business area and side of streams
within the Subproject affected local level. The nature of waste comprised of plastics (bottles,
bags and packaging), textiles, and metal cans. Organic waste was not observed as littered. Less
practice of recyclable waste was sold to the scrap collector.
According to study done by ADB on SWM, and composition practices of municipalities in
2013; findings from the study reveals that the average per capita waste generation was 123.62
g/capita/day where the composition of organic waste is estimated to be 51.06% (ADB, 2013).
2.2 Biological Environment
The Subproject lies within the elevation of 1212 masl of Bajhang District and thus is located
in Sub-tropical bio-climatic zone. The proposed Subproject development site does not lies
within any protected areas and conservation areas. The nearest national park is Api-Nampa
Conservation Area which is 11.14 Km apart. The dominant tree species found within the
Subproject footprint area is Chir pine (Pinus roxburghii). Likely, most of the land is sloppy
with grass cover. From the Subproject implementation, only 5 Pine tree needs to be cut with
no associated impacts on mammals and birds.
Table 2-3: Tree Enumeration and Volume to be cut at Substation Area
Source: Field Visit, 2021
9 Nepal's Drinking Water Quality Standards, 2006
SN DL/
SS
Local
Name Scientific Name
DBH Height Area
Tree
Cutting
Volume
Timber (2/3*
Tree Vol)
Firewood (1/3* Tree
Vol)
(m) (m) (m2) (m3) (m3) (m3)
1. SS Sallo Pinus roxburghii 2.4 7 4.522 15.826 10.550 5.275
2. SS Sallo Pinus roxburghii 0.55 10 0.237 1.187 0.792 0.396
3. SS Sallo Pinus roxburghii 0.3 7 0.071 0.247 0.165 0.082
4. SS Sallo Pinus roxburghii 0.42 9 0.138 0.623 0.415 0.208
5. SS Sallo Pinus roxburghii 0.12 2.5 0.011 0.014 0.009 0.005
Total 3.79 35.50 4.979 17.897 11.932 5.966
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 16
Figure 2-3: Environmental Sensitive Area and Subproject Area Location
The total tree volume to be cut was calculated to be 17.897 cum. Of these, the only 11.932 cum
will be used as timber while 5.966 cum will be used for firewood purpose.
Similarly, as the line route of DL crosses the Kalinga River; Asala and Jhorle fish have been
reported during public consultation. Common birds like Crow, Maina, Dhukur, Bhangera,
Jureli, Suga and Fisto were frequently observed at the time of field visit. There were no any
nesting place of birds.
2.3 Socio-Economic and Cultural Environment
The Subproject area is located in wards 5, Bungal Municipality of Bajhang District in
Sudurpaschim Province. According to municipal profile of Bungal Municipality10, the total
number of 33,224 are living in 5,480 households. Of these, the total male population is 16,216
and 17,008 are female. The arithmetic density of population density of municipality is 74.23
inhabitants per sq.Km.
The proposed substation area is owned by GoN and managed by Bungal Municipality. This
has been confirmed officially through Bungal Municipality (ANNEX 6). Likewise, DL route
was designed over the GoN as well as private registered land. The titleholder of the private
10 https://bungalmun.gov.np/en/node/40, Retrieved on 2077/03/31 (15/07/2021).
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 17
land also identified and meetings were conducted for the same. No objection from titleholder,
local government, stakeholders and local peoples for construction of proposed Subproject
(ANNEX 5). In order to avoid crop damage, the affected families will be consulted priorly and
provide advance notice to harvest crops. There will be no land acquisition and resettlement
impacts. During field visit, issues related to reconstruction of Nande Devi Pichaas place of
worship, construction of fence of the Nande Devi Temple, and drinking water supply line
facility (off the record but a potential issue of the area) were raised during consultation.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 18
3. ANITICIPATED ENVIRONMENTAL AND SOCIAL IMPACTS AND
MITIGATION MEASURES
The development of infrastructure necessarily brings change in the local environment in terms
of physical, biological, socio-economic aspects. This impact will be both beneficial as well as
adverse. According to National Environmental Impact Assessment Guidelines (GoN, 2050),
the magnitude, extent and duration of the Subproject induced impacts have been taken as
referenced. This chapter identifies the basic environmental and social impacts in Subproject
site that will arise during construction. The detailed impacts of each components have been
addressed in this chapter.
3.1 Beneficial Impacts
A. Construction Phase
1. Opportunities of Earnings for Local People
Impacts
As Subproject undergoes implementation, local people will be benefited through engagement
in construction related works. Altogether about 20 people (10 unskilled, 6 semi-skilled, and 4
skilled human resources) will be deployed on daily/monthly basis for the implementation
period of 12 months. This will help local people to enhance their skills in construction work,
electrical components installation and earnings. The magnitude of impact is considered
moderate, the extent is local, and the duration is short-term.
Augmentation Measures
• Local people will be emphasized first based on qualification and skills.
• Working with technical experts shall be passed expertise on to the local people.
• The construction activities require different construction materials like aggregate, sand,
cement, steel, etc., which shall be brought from the locally available legal market
centers. This will improve their earnings at HHs level.
• Employment opportunities will help on flow of capital to increase production level
thereby helps in boosting business growth.
2. Corporate Social Responsibility (CSR) Activities
Impacts
Community people and local government are one of the key stakeholder to secure social
license. Their support helps Promoter and Construction Contractor to implement designed
activities without any hazel. For this, Subproject have also certain social responsibility
identified from public consultation (ANNEX 5) for the betterment of existing social aspects
and practices that was not addressed within the Subproject design document. Similar with this,
is the case in Bagthala. The envisaged direct impact is low in magnitude, site specific in extent,
short term in duration.
Augmentation Measures
• Nande Pichas place of worship located adjoining to the substation site of Bagthala-
Kalinga Distribution Line Subproject shall be relocated and reconstructed within the
favorable outlying area of substation boundary.
• The Subproject should have to support for the fencing of the Nanda Bhavani Bhagwati
Temple near the substation.
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| Environmental and Social Management Plan | 19
• Provision of support for the drinking water supply line from new source will be
addressed which will be supply for Subproject also in sufficient.
• Capacity Building Training (ToT) on Electrician.
Corporate Social Responsibility (CSR)
Subproject Name: Bagthala-Kalinga Distribution Line Subproject
Location:- Bungal Municipality-5
Project: Distribution System Upgrade and Expansion Project (DSUEP)
Promoter: National Electricity Authority (NEA)
SN Description of items Unit Qty. Rate Amount
1 Relocation of Nande Pichas Place of
Worship adjoining to Substation LS 1.00 100,000.00 100,000.00
2 Fencing of Nanda Bhavani Bhagwati
Temple near the substation LS 1.00 1,000,000.00 1,000,000.00
3
Water Supply Scheme (Gravity / Lifting)
(Source identified and not recorded in
minute)
LS 1.00 2,000,000.00 2,000,000.00
4 Training for Trainer (TOT) on
Electrician (for 25 people from ) LS 1.00 500,000.00 500,000.00
Total Budget 3,600,000.00
Source: Field Visit 2021 (Based on issues raised during public consultation meeting)
B. Operation Phase
1. Enhancement in Rural Electrification
Impacts
New small to large-scale business enterprises are going to establishing different industries
within/nearby the Subproject proposed area (Municipal source). Recently, power tripping and
voltage drop problem are the one of the major problem faced within the Subproject area.
Upgrading and expansion of electricity distribution system is one of the important basis of rural
electrification which helps to way-out many electricity related issues and promotes to use of
more home appliances, use of electric power generators for irrigation and opportunities for
industries establishment. The magnitude of impact is considered high, the extent is local, and
the duration is long-term.
Augmentation Measures
• The problem related to distribution system on overloading of the distribution system
and tripping of feeder will be resolved.
• Opportunities to upgrading and expansion of new industries shall be established nearby
the Bichgadha and Bungal area.
• With resolved power related issues, local people shall be motivated to use electric
appliances for cooking, and lighting.
• Diesel powered water pump for irrigation of crops from Kalinga and Sanigadh River
will be ease to replace by electric powered water pumps.
• More electric and electronic shops shall be established around the Subproject area.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 20
2. Climate Benefits
Impacts
The existing use of traditional source of energy like firewood and timber along with
commercial fuel LPG/Kerosene for cooking/lighting, heating and diesel for water pumping is
more prevalent around the Subproject area. With major combustion of firewood will ultimately
degrade the environment by emitting smoke and fumes constituting CO2, NOx/SOx into the
atmosphere. The shifting of efficient electric power supply will reduce the emission into the
atmosphere that will ultimately benefits climate. The magnitude of impact is considered high,
extent is local and duration is long term.
Augmentation Measures
• The emission from incomplete combustion from traditional energy source like fuel
wood and commercial fuel like kerosene will be minimized minimized through use of
electric powered equipment/appliances.
• The Subproject will contribute in wider sense to climate mitigation i.e. at completion
the Project is expected to enable a saving of 34 kt CO2e per year as calculated by EIB.
• As emission shall gradually reduce, the quality of air will be improved. This will benefit
associated with the health issues of people associated with indoor air pollution after the
commencement of Subproject.
• It ultimately helps in reducing average household health expenses and will be used for
other productive use in long run.
3.2 Potential Adverse Impacts
3.2.1 Physical Environment
A. Construction Phase
1. Impact Associated with Change in Land Use
Impacts
The Subproject will require about 0.0.56 ha land for the placement of substation. While in case
for Distribution Line, it passes through barren, cultivated and RoW of access road t covering
0.51 Km. The construction of the Subproject will bring change in the existing land use of the
area are permanent. The impacts due to use of land will be moderate in magnitude, site specific
and long term in duration.
Mitigation/Enhancement Measures
• The proposed physical activities of this Subproject (distribution line and installation of
substation) will not affect the cultivated land and crops. Substation construction will be
completed owned by GoN and managed by Bungal Municipality.
• None of the private and public entities will be affected from expansion of DL through
the proposed route, as it will be installed within the RoW of existing access road and
edge of cultivated and barren land.
2. Impact Associated with Spoil & Stability Concerns
Impacts
The proposed substation land lies at the ridge of the hill for which levelling of ground is
necessary. Nearly, 16812 m3 spoil will be cut and fill necessary for this purpose. The nearest
private structures and cultivated land is located just beneath downward side of site in Northeast
direction. Therefore, there shall be issues during excavation work and spoil management during
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 21
ground levelling. While, for DL route; the line passes 78 m across cultivated land just adjoining
to the Kalinga River flood plain area will be unstable if flood plain expanded in future. The
magnitude of impact is considered low, the extent is site-specific, and the duration is short-
term.
Mitigation/Enhancement Measures
• Excavation of minimal area will be assured for foundation and boundary wall
placement work within the substation site and pole installation work.
• The required filling materials will be purchased from nearby market. For this
Subproject won’t excavate or quarry filling materials.
• Appropriate civil retaining wall will be constructed first to avoid unnecessary spills of
spoil towards cultivated land in Northeastern and Southeastern part of substation area.
• The filling materials if required will be purchased from nearby market. For this
Subproject won’t excavate or quarry filling materials.
• Water sprinkling and compaction of spoil at backfilling of retaining wall from manual
cum roller will be done simultaneously to make ground more stable.
• An adequate site drainage system will be provided around stockpiled materials,
campsites, and the foundation work area.
• Sediment control traps will be located for controlling runoff water within the periphery
of inner and outer substation boundary.
• Bioengineering will be required which helps to bind the top soil of spoil managed and
excavated area.
• At the time of steel tubular pole installation, the base of pole will be supported by
concrete-cement around the base through use of accelerating admixtures for curing
cement more quickly. More specialized foundation work will be completed at left and
right bank of Kalinga River before pole installation.
• Pit hole prepared for the installation of steel tubular pole shall not be let open as
possibility of accident will rises.
• National Building Code 2070 and international best practices will be strictly followed,
as the site is more vulnerable to seismic hazard in coming future.
3. Impact due to Air and Noise Pollution
Impacts
The construction activities such as site clearance, ground levelling, excavation of the building
foundation, spoil management work, waste burning, haphazard stockpiling of construction
materials, vehicular movement will generate dust and emission at Subproject site. In addition,
the workforce noise, excavating equipment and vehicles transporting the construction materials
will raise noise level than before implementation of Project. The impact on air quality and
noise level will be low in magnitude, site specific in terms of extent and of short duration.
Mitigation/Enhancement Measures
The following mitigation measures will be adopted for minimize of air and noise pollution as,
• Water sprinkling and compaction from roller will be done simultaneously to control
dust emission during ground levelling after excavating work.
• Open burning of any sorts of wastes will be strictly prohibited.
• Use of face masks to the construction workers on the construction site.
• Construction machinery will be properly maintained to minimize exhaust emissions.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 22
• However, enclosing the boundary with appropriate boundary cum retaining wall will
prevent the dust generated and spill of spoil to the adjoining parcel of cultivated land
and private structures.
• Cover all dust generating loads carried in open trucks.
• Wherever required, personal protective equipment such as earplugs, earmuffs, etc. will
be provided to the persons working in high noise areas.
4. Impact due to Solid Waste Management
Impacts
Nearly, 20 people will be required for the construction work daily. Based on the study done by
ADB 2013, the following waste is projected to be generated on daily basis from the campsite
after commencement of Subproject.
Table 3-1: Estimated Daily Solid Waste Generation from Campsite
SN Description Calculation Remarks
1. Total Labors within the Campsite = 20 Labors
2. Total Waste Generation to be Expected = 20 * 123.62 g/capita/day
= 2472.4 g/capita/day
= 2.4724 kg/day
3. Organic Waste Composition Responsible
for Foul Smell, and Rodents = 1.26 kg/day Assuming
51% organic
waste
Rest other waste is recyclable, and non-decomposable which could be stored for long period, and
have less impact on the environment if properly managed. The amount of organic waste is
manageable within the Subproject site as organic waste per day will be expected to be only 1.26
kg/day.
In addition, construction waste generation can be up to 30% of the materials used in
construction activities (Letcher & Vallero, 2011).
Waste generated during the construction phase from the campsite shall be around 2.4724
kg/day in total. The composition of organic waste shall be around 1.26 kg/day. The waste when
not managed carefully will degrade the environment from the foul smell, and rodents. In
addition, this might be one among other issues consequencing disputes with nearby local
people. The rest inorganic waste generated during implementation shall be managed through
source segregation. The magnitude of impact is considered to be low, the extent is site-specific,
and the duration is short-term.
Mitigation/Enhancement Measures
• Source segregation of organic and inorganic wastes in different storage areas or
facilities in the designated location, and adoption of 3R principle for waste
management.
• The organic waste generated from the campsite will be managed within the substation
premises, as the daily waste projection is just only 1.26 kg/day, which is easily
manageable through composting in the bin or by constructing a ground pit, and covered,
by the sufficient thick layer of soil on daily basis to prevent foul smell and controlling
rodents and insects.
• Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and sand
mix will be used as refills for making ground leveling.
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| Environmental and Social Management Plan | 23
• The packing materials used for casing components should be recyclable, and non-
hazardous. For instance, strong wooden boxes, and somewhere even cardboard with a
waterproof lining shall be emphasized no damages, and corrosion in the components.
• Recyclable wastes like left out/non-usable reinforcement bars, and packing materials
will be sent or sold to scrap vendors.
• The construction contractor shall ensure proper management of ground drainage from
camps as a preventive measure against breeding places of mosquitoes, and other pests.
• Chemical waste generated from transformer (if) needs to be collected in leakage proof,
corrosion free special lined designed container for hazardous waste and sealed
carefully.
• Effective coordination with Bungal Municipality.
• Waste Management Plan and Approaches will be fully complied with.
B. Operation Phase
1. Issues Related to Electric and Fire Hazard
Impacts
Employees performing servicing or maintenance of substations will be exposed to injuries from
the unexpected energization or release of stored energy in the equipment, and chemical
reactions in the system. From this, the workers will be exposed to electric shocks, and burns.
The magnitude of impact is considered moderate, the extent is site-specific, and the duration
is long term.
Mitigation/Enhancement Measures
For this, the following mitigation measures will be practiced:
• There will be the use of insulation, guarding, grounding, electrical protective devices,
and safe work practices.
• Only trained and authorized personnel will be allowed for the electrical works.
• No electric wire shall be stringed above the house.
• Security fences around the substation.
• Establishment of warning signs.
• Shutdown shall be taken during work on DL route.
3.2.2 Biological Environment
The proposed Subproject avoided the forestland or other sensitive biodiversity areas. Instead,
few numbers of Pine trees needs to cut during substation construction activities. Other than
this, there will not be any sort of impact to biological environment.
A. Construction Phase
1. Loss of Habitat
Impacts
Cutting of 5 Pine trees will not have major consequence on SPA biological diversity. Other
impacts indirectly on the biological environment of the Subproject are expected to be low and
negligible. The magnitude of impact is considered low, the extent is site-specific, and the
duration is short term.
Mitigation/Enhancement Measures
• Five trees that need to be clearly felled will be handover to titleholders/local
government.
• During toolbox meetings, awareness of legal provisions upon illegal hunting of
biodiversity will be disseminated.
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| Environmental and Social Management Plan | 24
B. Operation Phase
1. Impact due to Collision of Birds
Project has several forms, which can be broadly divided into those measures that make power
lines present less of an ‘obstacle’ for birds to collide with, those that keep birds away from the
power line, and those that make the power line more visible. The magnitude of impact is
considered low, the extent is site-specific, and the duration is long term.
Mitigation/Enhancement Measures
• To reduce the collision of birds within the substation components, markers such as color
balls will be attached to the dead-end tower/s inside the substation to improve line
visibility for the bird.
• Spacing of devices should be not more than 5-10 m apart.
• Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
• The device may not damage the conductor onto which it will be placed.
• Connector part mechanisms must be burr-free.
3.2.3 Socio-Economic and Cultural Environment
The anticipated impacts regarding the socio-economic and cultural environment associated
with Subproject are discussed below:
A. Construction Phase
1. Impact Associated with Construction Activities
Impacts
During the Subproject implementation, expansion of DL and substation construction activities
shall alter existing line route and change in form of substation land. The envisaged direct impact
is high in magnitude, site-specific in extent, and short-term in duration.
Mitigation/Enhancement Measures
• Scientific, legal demarcation and enclosing of substation boundary will be constructed
first to minimize the impact of spoil spillage to adjoining cultivated land and private
structures before ground levelling.
• Installation of steel tubular pole will be installed at the edge of the plot as far as possible.
• In case of damages or loss to crops or trees within the private land, the Subproject needs
to address the loss equivalent to the owner of land. Pole installation and stringing of
conductor will be carefully done through escaping cropping calendar as far as possible.
• Installation of pole and substation construction will be completed without affecting
private structures nearby the substation area.
• Expansion of DL will be done following fruitful coordination with local stakeholders.
• Point for installation of pole will be located before or after land with small-face.
• The construction activities will be completed within the period as approved from NEA.
• In addition, Subproject is responsible to resolve all the unavoidable issues concerned
with adjoining cultivated landowners.
2. Issues Related to Child Labor and Gender
Impacts
During the Subproject construction, people will be employed on daily wages for excavation,
transportation of construction materials and other construction related works. Discrimination
on women and vulnerable group while hiring the worker and minimum wages will be expected.
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| Environmental and Social Management Plan | 25
Despite the GoN’s strict rules and regulations on child labor and gender issues, it remains a
potential threat (chances of exploitation) to children, females and socially backward
communities. The envisaged indirect impact is low in magnitude, site specific in extent, and
short term in duration.
Mitigation/Enhancement Measures
• The use of child labor is strictly restricted during the construction phase.
• The construction contractor will ensure that there will be not gendered discrimination
during the implementation of the Project, and equal wage is given to both the male and
female workers for the same amount of work done irrespective of their gender.
• In addition, the labor camp will be gender friendly including a separate locked
toilet/bathroom, and room, a resting place for females, and special provision during the
menstrual period with the availability of basic sanitary pads, and nutritious diet.
• Existing Labor Act and Labor Rule of GoN shall be strictly followed.
3. Occupational Health and Safety
Impacts
Occupational health hazard and safety of workers is the major issues during the construction
period. Working without the use of safety measures during excavation work, spoil management
work, mechanical, and electrical equipment handling activities, chemical handling, and
constructional activities may call the risk of accidents. From many accidents, primary victims
may be the workers involved in the construction. In addition, the pedestrian might also be
injured. The envisaged direct impact is high in magnitude, site specific in extent, short term in
duration.
Mitigation/Enhancement Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety
plan from construction contractor are adequate and approved by NEA/PIU (DSUEP)
management will in hand.
• All employees will be provided with the necessary training, and safety equipment as
required for their respective responsibilities, and duties. The Subproject will adhere to
labor acts and rules.
• The basic facilities like drinking water, gender-friendly sanitation facilities & resting
place, secured lock system for female rooms, canteen facility, and basic internet facility
during an off-hour; first aid required for the campsite will be assured.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-
toothed comb (6–8 in) will be provided to each work force.
• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection,
Dust Mask, Head Protection, Foot Protection, and High Visibility Clothes Must be worn
in this Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No
Smoking Area, and High Voltage), Warning Signs (High Voltage, Slippery When Wet),
Fire Safety Signs, and Emergency Signs].
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| Environmental and Social Management Plan | 26
• NEA will be responsible to supervise the OHS, and environmental performance of the
construction contractor, and laborers' condition.
4. Grievances Management
Impacts
Some issues that are frequently observed within the developmental Projects are biasness on the
opportunity to local employment, information disclosure, wage rate, working hours;
misbehave, land disputes, etc. If the grievances are not recorded and addressed properly, they
may arise conflict among workers, and management, and even residents. The envisaged
indirect impact is low in magnitude, local in extent, and short-term in duration.
Mitigation/Enhancement Measures
• A Grievance Redress Committee (GRC) will be established at the three different levels
to address the social issues associated with the Project.
• This committee will settle disputes related to the workers, local, and workers, etc.
within the 7 to 15 days of the complaint registered/forwarded based on Tier-I, II & III.
B. Operation Phase
1. Occupational Health and Safety
Impacts
Employees working in the operation and maintenance of the electric components are exposed
to electric shock, electrocution, fires, and explosions. The envisaged impact is direct in nature,
site specific in extent, moderate in magnitude and long term.
Mitigation/Enhancement Measures
• The Promoter will organize advance level training to instruct and train staffs about
health and safety related activities and issues.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in) and wide-
toothed comb (6–8 in) will be provided to each work force.
• Personal protective equipment for all-purpose (face shields, helmets, safety Goggles,
safety shoes, hand gloves etc. as per the job requirement) for workers will be provided
to minimize health and safety risks.
• Necessary safety kits such as helmets, gloves, masks etc. will provided to employees.
The Promoter will adhere with labor acts and rules.
• There should be use of insulation, guarding, grounding, electrical protective devices
and safe work practices.
• Employees working on the electrical devices will be provided with electrical protective
equipment.
• Proper maintenance of fencing will be assured to prevent the movement of unauthorized
personals into the site.
3.3 Environment and Social Management Plan
Environmental and Social Management Plan (ESMP) is a plan for implementing environmental
mitigation, and enhancement measures during the construction, and operation stages of the
Project, monitoring the effectiveness of these measures, providing cost estimates for the
measures, and identifying the Subproject participants that are responsible for implementing the
measures and monitoring them. The ESMP serves as a guide for the Subproject to avoid,
minimize, mitigate adverse environmental impacts, and enhance positive impacts. The
implementation of the mitigation measures will be the responsibility of the contractor, and
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 27
promoter during the construction, and operation stages. A detailed ESMP has been prepared
and presented in the following table.
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Table 3-2: Environmental and Social Management Plan
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility
for Augmentation
Implementation Supervision
1. Beneficial Augmentation Measures
A. Construction Phase
1. Opportunities
of Earning for
Local People
• Local people will be emphasized first based on qualification and skills.
• Working with technical experts shall be passed expertise on to the local people.
• The construction activities require different construction materials like aggregate, sand, cement, steel,
etc., which shall be brought from the locally available legal market centers. This will improve their
earnings at HHs level.
• Employment opportunities will help on flow of capital to increase production level thereby helps in
boosting business growth
Embedded
within
Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP)
2. Corporate
Social
Responsibility
(CSR)
Activities
• Nande Pichas place of worship located adjoining to the substation site of Bagthala-Kalinga Distribution
Line Subproject shall be relocated and reconstructed within the favorable outlying area of substation
boundary.
• The Subproject should have to support for the fencing of the Nanda Bhavani Bhagwati Temple near the
substation.
• Provision of support for the drinking water supply line from new source will be addressed which will be
supply for Subproject also in sufficient.
• Capacity Building Training (ToT) on Electrician.
100,000.00
1,000,000.00
2,000,000.00
500,000.00
Construction
Contractor/
Outsourcing/
Authorized
Institution from
NEA
NEA/PIU
(DSUEP)
B. Operation Phase
1. Enhancement
in Rural
Electrification
• The problem related to distribution system on overloading of the distribution system and tripping of
feeder will be resolved.
• Opportunities to upgrading and expansion of new industries shall be established nearby the Bichgadha
and Bungal area.
• With resolved power related issues, local people shall be motivated to use electric appliances for cooking,
and lighting.
• Diesel powered water pump for irrigation of crops from Kalinga and Sanigadh River will be ease to
replace by electric powered water pumps.
• More electric and electronic shops shall be established around the Subproject area.
- NEA/PIU
(DSUEP) -
2. Climate
Benefits
• The emission from incomplete combustion from traditional energy source like fuel wood and commercial
fuel like kerosene will be minimized minimized through use of electric powered equipment/appliances. -
NEA/PIU
(DSUEP) -
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 29
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility
for Augmentation
Implementation Supervision
• The Subproject will contribute in wider sense to climate mitigation i.e. at completion the Subproject is
expected to enable a saving of 34 kt CO2e per year as calculated by EIB.
• As emission shall gradually reduce, the quality of air will be improved. This will benefit associated with
the health issues of people associated with indoor air pollution after the commencement of Subproject.
• It ultimately helps in reducing average household health expenses and will be used for other productive
use in long run.
2. Adverse Mitigation/ Enhancement Measures
1. Physical Environment
A. Construction Phase
1. Impact
Associated
with Change
in Land Use
• The proposed physical activities of this Subproject (distribution line and installation of substation) will
not affect the cultivated land and crops. Substation construction will be completed in GoN land which is
managed by Bungal Municipality.
• None of the private and public entities will be affected from expansion of DL through the proposed route,
as it will be installed within the RoW of existing access road and edge of cultivated and barren land.
Embedded
within
Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP)
and Bungal
Municipality
2. Impact
Associated
with Spoil &
Stability
Concerns
• Excavation of minimal area will be assured for foundation and boundary wall placement work within the
substation site and pole installation work.
• The required filling materials will be purchased from nearby market. For this Subproject won’t excavate
or quarry filling materials.
• Appropriate civil retaining wall will be constructed first to avoid unnecessary spills of spoil towards
cultivated land in Northeastern and Southeastern part of substation area.
• The filling materials if required will be purchased from nearby market. For this Subproject won’t
excavate or quarry filling materials.
• Water sprinkling and compaction of spoil at backfilling of retaining wall from manual cum roller will be
done simultaneously to make ground more stable.
• An adequate site drainage system will be provided around stockpiled materials, campsites, and the
foundation work area.
• Sediment control traps will be located for controlling runoff water within the periphery of inner and outer
substation boundary.
• Bioengineering will be required which helps to bind the top soil of spoil managed and excavated area.
• At the time of steel tubular pole installation, the base of pole will be supported by concrete-cement around
the base through use of accelerating admixtures for curing cement more quickly. More specialized
foundation work will be completed at left and right bank of Kalinga River before pole installation.
Bioengineering
cost of
1,000,000.00
Construction
Contractor
NEA/PIU
(DSUEP)
and Bungal
Municipality
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 30
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility
for Augmentation
Implementation Supervision
• Pit hole prepared for the installation of steel tubular pole shall not be let open as possibility of accident
will rises.
• National Building Code 2070 and international best practices will be strictly followed, as the site is more
vulnerable to seismic hazard in coming future.
3. Impact due to
Air and Noise
Pollution
• Water sprinkling and compaction from roller will be done simultaneously to control dust emission during
ground levelling after excavating work.
• Open burning of any sorts of wastes will be strictly prohibited.
• Use of face masks to the construction workers on the construction site.
• Construction machinery will be properly maintained to minimize exhaust emissions.
• However, enclosing the boundary with appropriate boundary cum retaining wall will prevent the dust
generated and spill of spoil to the adjoining parcel of cultivated land and private structures.
• Cover all dust generating loads carried in open trucks.
• Wherever required, personal protective equipment such as earplugs, earmuffs, etc. will be provided to the
persons working in high noise areas.
300,000.00
Construction
Contractor NEA/PIU
(DSUEP)
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 31
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility
for Augmentation
Implementation Supervision
4. Impact due to
Solid Waste
Management
• Source segregation of organic and inorganic wastes in different storage areas or facilities in the
designated location, and adoption of 3R principle for waste management.
• The organic waste generated from the campsite will be managed within the substation premises, as the
daily waste projection is just only 1.26 kg/day, which is easily manageable through composting in the bin
or by constructing a ground pit, and covered, by the sufficient thick layer of soil on daily basis to prevent
foul smell and controlling rodents and insects.
• Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and sand mix will be used as
refills for making ground leveling.
• The packing materials used for casing components should be recyclable, and non-hazardous. For instance,
strong wooden boxes, and somewhere even cardboard with a waterproof lining shall be emphasized no
damages, and corrosion in the components.
• Recyclable wastes like left out/non-usable reinforcement bars, and packing materials will be sent or sold
to scrap vendors.
• The construction contractor shall ensure proper management of ground drainage from camps as a
preventive measure against breeding places of mosquitoes, and other pests.
• Chemical waste generated from transformer (if) needs to be collected in leakage proof, corrosion free
special lined designed container for hazardous waste and sealed carefully.
• Effective coordination with Bungal Municipality.
• Waste Management Plan and Approaches will be fully complied with.
300,000.00
Construction
Contractor
NEA/PIU
(DSUEP)
and Bungal
Municipality
B. Operation Phase
1. Issues Related
to Electric
and Fire
Hazard
• There will be the use of insulation, guarding, grounding, electrical protective devices, and safe work
practices.
• Only trained and authorized personnel will be allowed for the electrical works.
• No electric wire shall be stringed above the house.
• Security fences around the substation.
• Establishment of warning signs.
• Shutdown shall be taken during work on DL route.
-
NEA/PIU
(DSUEP) Bungal
Municipality
2. Biological Environment
A. Construction Phase
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 32
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility
for Augmentation
Implementation Supervision
1. Loss of
Habitat
• Five trees that need to be clearly felled will be handover to titleholders/local government.
• During toolbox meetings, awareness of legal provisions upon illegal hunting of biodiversity will be
disseminated.
- Construction
Contractor
NEA/PIU
(DSUEP)
B. Operation Phase
1. Impact due to
Collision of
Birds
• To reduce the collision of birds within the substation components, markers such as color balls will be
attached to the dead-end tower/s inside the substation to improve line visibility for the bird.
• Spacing of devices should be not more than 5-10 m apart.
• Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
• The device may not damage the conductor onto which it will be placed.
• Connector part mechanisms must be burr-free.
Embedded
within
Contract
Document
NEA/PIU
(DSUEP) -
3. Socio-Economic and Cultural Environment
A. Construction Phase
1. Impact
Associated
with
Construction
Activities
• Scientific, legal demarcation and enclosing of substation boundary will be constructed first to minimize
the impact of spoil spillage to adjoining cultivated land and private structures before ground levelling.
• Installation of steel tubular pole will be installed at the edge of the plot as far as possible.
• In case of damages or loss to crops or trees within the private land, the Subproject needs to address the
loss equivalent to the owner of land. Pole installation and stringing of conductor will be carefully done
through escaping cropping calendar as far as possible.
• Installation of pole and substation construction will be completed without affecting private structures
nearby the substation area.
• Expansion of DL will be done following fruitful coordination with local stakeholders.
• Point for installation of pole will be located before or after land with small-face.
• The construction activities will be completed within the period as approved from NEA.
• In addition, Subproject is responsible to resolve all the unavoidable issues concerned with adjoining
cultivated landowners.
Embedded
within
Contract
Document
Construction
Contractor NEA/PIU
(DSUEP)
2. Issues Related
to Child
Labor and
Gender
• The use of child labor is strictly restricted during the construction phase.
• The construction contractor will ensure that there will be not gendered discrimination during the
implementation of the Project, and equal wage is given to both the male and female workers for the same
amount of work done irrespective of their gender.
• In addition, the labor camp will be gender friendly including a separate locked toilet/bathroom, and room,
a resting place for females, and special provision during the menstrual period with the availability of basic
sanitary pads, and nutritious diet.
Embedded
within
Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP)
and Bungal
Municipality
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 33
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility
for Augmentation
Implementation Supervision
• Existing Labor Act and Labor Rule of GoN shall be strictly followed.
3. Occupational
Health and
Safety
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety plan from
construction contractor are adequate and approved by NEA/PIU (DSUEP) management will in hand.
• All employees will be provided with the necessary training, and safety equipment as required for their
respective responsibilities, and duties. The Subproject will adhere to labor acts and rules.
• The basic facilities like drinking water, gender-friendly sanitation facilities & resting place, secured lock
system for female rooms, canteen facility, and basic internet facility during an off-hour; first aid required
for the campsite will be assured.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality), hand towel
(medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-toothed comb (6–8 in) will be
provided to each work force.
• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection, Dust Mask, Head
Protection, Foot Protection, and High Visibility Clothes Must be worn in this Area), Prohibition Signs
(No Entry, Do Not Use Mobile, No Cameras, No Smoking Area, and High Voltage), Warning Signs
(High Voltage, Slippery When Wet), Fire Safety Signs, and Emergency Signs].
• NEA will be responsible to supervise the OHS, and environmental performance of the construction
contractor, and laborers' condition.
Embedded
within
Contract
Document
Construction
Contractor NEA/PIU
(DSUEP)
4. Grievances
Management
• A Grievance Redress Committee (GRC) will be established at the three different levels to address the
social issues associated with the Project.
• This committee will settle disputes related to the workers, local, and workers, etc. within the 7 to 15 days
of the complaint registered/forwarded based on Tier-I, II & III.
1,00,000.00
Construction
Contractor
NEA/PIU
(DSUEP)
and Bungal
Municipality
B. Operation Phase
1. Occupational
Health and
Safety
• The Promoter will organize advance level training to instruct and train staffs about health and safety
related activities and issues.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality), hand towel
(medium weight, dark or bright colors; approx. 16 in x 26 in) and wide-toothed comb (6–8 in) will be
provided to each work force.
- NEA/PIU
(DSUEP)
Bungal
Municipality
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 34
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility
for Augmentation
Implementation Supervision
• Personal protective equipment for all-purpose (face shields, helmets, safety Goggles, safety shoes, hand
gloves etc. as per the job requirement) for workers will be provided to minimize health and safety risks.
• Necessary safety kits such as helmets, gloves, masks etc. will provided to employees. The Promoter will
adhere with labor acts and rules.
• There should be use of insulation, guarding, grounding, electrical protective devices and safe work
practices.
• Employees working on the electrical devices will be provided with electrical protective equipment.
• Proper maintenance of fencing will be assured to prevent the movement of unauthorized personals into
the site.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 35
3.4 Emergency Management Plan
To prevent any unforeseeable disasters, following actions will be taken: -
Competency based training programs about emergency preparedness, response will be
delivered to all personnel, and that all workers are familiar and deemed to be competent
with Emergency Management Procedures and Plans.
Emergency response capabilities, which include all fire, medical and rescue equipment
will be maintained to an operational standard, reviewed, and documented on a regular
basis.
For employers they will be told to
Comply with all site safety rules and procedures.
Be alert at all times to potential hazards.
Participate in the identification and elimination of hazards.
3.5 Decommissioning Plan
Impact during Decommissioning of Subproject Component: Dismantling operation
however will have impact on environment due to noise and dust arising out of it. During de-
installation, a specific strategy shall be adopted in order to handle each type of item to keep the
impact during the actual activity low. The decommissioning will also have social impact. The
impact due to decommissioning on power, social and environmental scenario will be guided
by applicable laws and guidelines. These will be addressed appropriately. Impacts during
decommissioning phase are mentioned below,
Noise Pollution: Sources of noise during decommissioning will be similar to those during
construction, and would include equipment (rollers, bulldozers, and diesel engines) and
vehicular traffic. As the residential area is closer, noise levels from some equipment operation
could exceed the EPA/EPR guideline, but will be intermittent and occur for a limited time. For
this, the precautions are more similar addressed in ESMP of this report.
Air Quality: Emissions from decommissioning activities include vehicle emissions; diesel
emissions from large construction equipment and generators; and fugitive dust from many
sources such as land clearing, structure removal, backfilling, dumping, restoration of disturbed
areas (grading, seeding, planting), and truck and equipment traffic. Permission from District
Administration Office (DAO) will be required (as during construction), and therefore these
emissions would not likely exceed air quality standards or impacts.
Substation Electric Waste Management: Substantial amounts of solid waste would be
generated during the decommissioning and dismantling of the facility. Much of the solid
material (e.g., concrete and masonry, steel, power cable, transformer body etc.) could be
recycled and sold as scrap or the remaining nonhazardous waste would be sent to permit
disposal facilities. The categories for hazardous (chemical especially) and non-hazardous waste
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 36
shall be dealt accordingly as per standard operating procedure for disposal of waste. For that,
a reputable Third Party shall be hired for handling such waste would be having certification.
3.6 Waste Management Plan
Necessity of WMP
During the construction phase, waste generated from the substation work and expansion of
distribution line will generate nearly 20-30 percent construction waste (Letcher & Vallero,
2011). Types of waste generated will be cardboards, wood products (frames of equipment’s,
wood pallet and its products), plastics products (Plastic and its products), cement bags, metals,
rubbers and glasses.
The major objective of the waste management plan is to manage generated waste in a proper
and environment friendly methods. This plan is mandatory and need to be executed by
Construction Supervision Company (CSC). The basic principle concentrates on reducing
amount of waste through 3R principle, avoidance of waste and provide efficient and
economical refuse collection, recycling, and disposal services.
Waste Minimization Principles
The haphazard discharge/ disposal of huge volume of solid waste generated during different
period of construction phase will degrade the quality of land and the adjoining settlement. The
envisaged pollution effects is not aesthetic but also chemical and biological with implication
on the general sanitary conditions and healthy environmental ecology water bodies. Following
methods will be implemented to handle waste properly and in making CPA and SPA more
environment friendly.
Waste collection, segregation, and final management from the camp and construction
area will be established and operated without deteriorating the surrounding
environment.
Haphazard disposal of solid waste shall be strictly prohibited within Subproject areas.
Lubricants, oils, burnt mobiles, grease, unused chemicals, will be collected in a
centrally located collection center and stored in plastic drums for final disposal in
coordination with local municipality. If hazardous chemical is to be managed, it should
comply and follows the GoN concerned policy.
The packing materials used for casing components should be recyclable and non-
hazardous in nature. For instance, strong wooden boxes and somewhere even cardboard
with a waterproof lining shall be given emphasis for no damages and corrosion in the
components.
Measures addressed in Decommissioning Plan and measures addressed will made
aligned with this plan.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 37
Figure 3-1: Waste Minimization Pyramid
The detailed quantified waste will be provided as it undergoes detail quantity estimation and
completion of tender document.
3.7 Occupational Health and Safety Management (OHSM) Plan
Scope of the OHSM Plan
This plan ensure the health and safety standards required for the Project confirming to statutory
requirements of the relevant laws of Nepal and the NEA’s EHS guideline and standards. Work
should not proceed until the contractor, consultant, and NEA take proper precautions to ensure
environmental protection, health, and safety of all workers involved.
Procedures
This plan will be used in conjunction with the existing Safety and Environmental Management
Plans utilized by NEA.
Identified Project’s Associated Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety
plan from construction contractor are adequate and approved by NEA/PIU (DSUEP)
management will in hand.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in) and wide-
toothed comb (6–8 in) will be provided to each work force.
• Provision of first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection,
Dust Mask, Head Protection, Foot Protection and High Visibility Clothes Must be worn
in this Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 38
Smoking Area, and High Voltage), Warning Signs (High Voltage, Slippery When Wet),
Fire Safety Signs, and Emergency Signs].
• The Subproject ensures that the contractor takes fire preventive measures during
construction according to Nepalese Law.
• An on-site medical facility and first aid will be provided for the construction phase to
cater for primary health care needs of personnel.
• The Subproject Manager will ensures a smooth line of communication between NEA
staff, related internal departments, the Project, and the contractors.
Preparation of Safety Documents
• The NEA shall ensure that H & S documents submitted by the contractors are adequate.
• The NEA and CSC will review and approve the contractor's H & S documents prior to
commencing site work. The Subproject will respond to all comments from the
contractor for further action.
• Upon approval, the contractor will carry out its work in accordance with the approved
Health and Safety Plan, Environmental Management Plan, and any other requirement
of the GoN or EIB’s ESP, ESS standards.
Monitoring and Supervision of OHS
• The NEA and CSC shall ensure that the contractor complies with requirements of
Nepalese laws when accidents occur.
• The NEA and CSC monitor health and safety aspects regularly and record all
observations on issues concerning H & S through adopting method of regular
monitoring, H&S audit and inspection and site meeting.
• NEA will be responsible to supervise the OHS and environmental performance of
construction contractor and labors condition.
Skill Development of Workforce through Training on OHS Program
The NEA and CSC shall ensure that the contractor conducts H & S related programs and training
to raise the level of H & S awareness, skills, and knowledge among its staff and workers.
• All technical employees will be provided with the necessary trainings, and using safety
equipment as required for their respective responsibilities and duties. The Subproject
will adhere with labor acts and rules.
• Toolbox meeting and general awareness on emergency warning signposts will be
included on daily plan basis.
Information Required for OHSM Report
Chapter 1: Subproject Overview
1.1 Scope of the document
2.2 Overview of health and safety features
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 39
2.3 Subproject Health, Safety and Environmental Goals & Objectives
Chapter 2: Safety policy of the Project
2.1 Safety policy statement
2.2 Contractor’s overall safety responsibilities
2.3 Contractor’s safety Specialist’s responsibilities
2.4 Contractor’s Supervisor’s responsibilities
2.5 Worker’s responsibilities
2.6 Disciplinary policy procedures
2.7 Involvement of the public
2.8 Color coding for PPE
Chapter 3: Health policy and amenities
3.1 Camp establishment and operation
3.1.1 Accommodation (Washing, cooking, bedding facilities with locking)
3.1.2 Toilets
3.1.3 Drinking water
3.1.4 Waste collection bin
3.1.5 Lighting
3.1.6 Ventilation
3.1.7 Maintenance of facilities
3.1.8 Menstrual Kit Accessibility
3.2 First-aid facilities
3.3 Insurance of construction workers
3.5 Site facilities for works of short duration
3.6 Avoiding fire hazards
Chapter 4: Employee training
4.1 Competent person designation
4.2 Safety induction for new employees
4.3 Tool box meetings
Chapter 5: Accidents and emergency
5.1 First aid requirements
5.2 Assisting coworkers in medical emergencies
5.3 Emergency evacuation plan
5.4 Standby emergency vehicle
5.5 Accident investigations
Chapter 6: Toolbox safety talks
6.1 Overview of toolbox meetings
6.2 Recognize the warning signs
6.3 Good housekeeping
6.4 Trenching and excavation
6.4.1 Trenching
6.4.2 Competent person
6.4.3 Protective systems to prevent subsidence
6.4.4 Other safety requirements
6.5 Access to scaffolds
6.7 Falling object protection
6.7.1 Falling object protection alternatives
6.7.2 Falling object protection methods
6.8 Slips, trips, and falls
6.9 Back safety
6.10 Face, hand and foot protection
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 40
6.10.1 Overview
6.10.2 Types of hazards
6.10.3 Contractor requirements
6.10.4 Worker requirements
6.10.5 Face and hand protection requirements
6.10.6 Types of protective footwear
6.11 Temporary traffic control
6.11.1 Land closures
6.11.2 Use a variety of TTC devices
6.12 Electrical safety
6.13 Chemical safety
6.13.1 Chemical hazards
6.13.2 Methods of chemical exposure
6.13.3 Safety precautions
6.14 On the Job Tool box safety talks--The Deadly dozen
6.14.1 Unsafe acts
6.14.2 Unsafe conditions
6.15 Workplace violence
6.15.1 Reducing workplace violence hazards
6.15.2 Actions if someone witnesses or experiences workplace violence
Appendices
Appendix A: Pre Start Information Pack and Subproject Notification Approval
Appendix B: Sample health and safety plan format
Appendix C: Standard inspection and report formats
Appendix D: Worksite safety checklists
Appendix E: Sample health and safety signs
Appendix F: Site Drawing with Emergency Exit Layout
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 41
4. MONITORING AND REPORTING MECHANISM
4.1 Environmental Monitoring
Environmental Monitoring (EM) is undertaken to collect data/ information of the Subproject
environment to assess the compliance with respect to regularity standards, preparation of
planning documents and effectiveness of the implementation of Environmental Protection
Measures (EPM) addressed in ESMP. It involves the measurement of Physical, Biological and
Socio-economic and Cultural variables associated with activities and stages. To ensure
effective implementation of environmental and social (E&S) safeguards, compliance
monitoring will be conducted internally by NEA/PIU (DSUEP) based on the compliance
monitoring indicators.
The main objectives of environmental monitoring plan are listed below,
To ensure that the Subproject baseline conditions were adequately documented such that a
comparative evaluation of the Subproject baseline before and after commencement of the
Subproject could be made precisely for impact evaluation.
To ensure that the mitigation commitments by the Promoter for the minimization of adverse
impacts and enhance the beneficial impacts and the mitigation measures and enhancement
program are comply and implemented in time and with sincerity.
To confirm that the Subproject impacts are within the limits of the impact prediction or not
and to minimize unpredicted impacts occurred during Subproject construction and
operation.
Following procedures are adopted for monitoring purpose by this Project:
Identifying the sources and characteristics of all observed environmental effects
Quantifying claims on resources and discharges to the environment
Quantifying and qualifying indirect effects as far as possible on the environment
To meet the above objectives and procedures three types of monitoring are envisaged in the
plan, namely: Baseline Monitoring, Compliance Monitoring and Impact Monitoring. Details
of the monitoring are presented below.
Baseline
Monitoring
This is a pre-audit study, is conducted to know the pre-Project baseline condition of the
environmental parameters. This is carried out just before the construction of the Project.
Baseline monitoring does not apply to this Subproject because it will be launching
immediately after the approval of the report.
Compliance
Monitoring
This monitoring is carried out to know the implementation status of environmental
requirements as documented in the ESMP report and they will be compiled during the
construction and operation stages of the Subproject as appropriate.
It focuses on the compliance of the tender clause, compliance of the mitigation measures,
timely and adequate implementation of the Environmental Management Plan, and
overall environmental and social performance of the Project.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 42
Impact
Monitoring
This monitoring detects environmental changes and estimates inherent variation within
the environment, establishes long-term trends in the natural system, and derives
conclusions by making a comparison against a standard or target.
Its focus on monitoring of,
the impacts of the Subproject on the physical, biological and socioeconomic &
cultural environment of the area
the accuracy of the predicted impacts
emerging impacts due to Subproject activities or natural processes and develop
remedial action and
the effectiveness of mitigation measures
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 43
Table 4-1: Environmental Monitoring Plan11
SN Environmental
Component Indicators Monitoring Methods Location Schedule
Pre-Construction Phase
1.
Budget allocation
for implementation
of mitigation
measures
Budget heading and amount in figures in contract
documents
Review of Subproject
documents, and records, and
inquires with Subproject staff
- Once pre-
construction
2. Employment for
Locals
Job placement conditions, Notice of vacancies
published in local media/notice board
Appointment document, and job
announcement Project area
Once, after
vacancy
announcement
Construction Phase
Physical Environment
1. Alternation of
Land
Demarcation of land for substation, installation
of pole in RoW of access road and edge of
cultivated land (up to possible)
Coordination record minutes
with associated stakeholders
DL route and
substation area
Early Subproject
Implementation
Phase and
Monthly
2. Stability Issues
Backfilling in excavated part after construction,
subsidence/sliding and erosional evidence,
damages to adjoining entities, pit hole and its
foundation materials compaction
Direct Site Inspection Project area
Early Subproject
Implementation
Phase and
Monthly
3. Spoil Management Excavation and filling as per design, compaction
and watering facility
Observation, records and
contract documents Construction site
Early Subproject
Implementation
Phase and
Monthly
4. Air quality
Emission and Dust around Subproject area, Foul
smell, Suspended particulate matter, Vehicular
Maintenance
Observation, and taking records
for spraying water and vehicle
log book of maintenance work
Construction site Daily
5. Noise pollution Noise level dB(A) of
Construction vehicles and construction schedule
Observation, and measurement
using digital sound meter Construction site Daily
11 Nepal Electricity Authority 2019: Environment and Social Management Framework (ESMF) for Distribution System Upgrade & Expansion Project (DSUEP), Kathmandu.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 44
SN Environmental
Component Indicators Monitoring Methods Location Schedule
6. Solid Waste
Management
Solid waste segregation, collection and
management mechanism, follow of waste
management plan and practices and SWM Plan
Direct Site Observation and
practices Construction site Weekly
7. Electric, and Fire
Hazard
Evidence of workforce skill development
training, installation of warning signs, electrical,
mechanical insulation, and guarding system
Participation Record, and Direct
Site Inspection Construction site Daily
Biological Environment
1. Bird Collision
Preventive measures included Subproject
infrastructure, incidence of an accident, and
causes
Carcasses count to test the
efficacy of preventative
measures
Project area Every 3 Month12
Social, and Cultural Environment
1.
Labor Camp
Location, and
Management
Number of workers from Subproject area, and its
surrounding settlement, Basic facilities within the
camps as in ESMP, and Inclusiveness of
marginalized, and indigenous groups people from
SPA
Questionnaire and FGD with
local people, Direct Site
Inspection
Project area Weekly
2. Child, and Gender
issues
Engagement of child in any form (direct/indirect
or on/off-site), wage discrimination among male,
and female workers, basic facilities for females
as per recommended in ESMP, psychological,
and physical assault evidence (recorded/verbal
complain)
Direct Consultation with the
Female workers, Questionnaire
with local people nearby the
Subproject area, Direct Site
Observation, and other Scientific
means to evaluate the gender
issues
Construction site Daily
3. Occupational
Health, and Safety
Impacts on health of the workers, No. of
accidents registered, use of the personal
protective instrument by the workers
Approved health, and safety plan
from NEA management team in
hand
Construction site Daily
4.
Grievance
Redressing
Mechanisms
Committee formation records, issue settlement
records on the campsite, Gender, social, and
others associated with Project.
Inspection of settlement, records
of diseases, and accidents, and
consultation with the public
Project area Every 2 Weeks
12 Bennun, L., van Bochove, J., Ng, C., Fletcher, C., Wilson, D., Phair, N., Carbone, G. (2021). Mitigating biodiversity impacts associated with solar, and wind energy development. Guidelines
for project developers. Gland, Switzerland: IUCN, and Cambridge, UK: The Biodiversity Consultancy. (https://portals.iucn.org/library/sites/library/files/documents/2021-004-En.pdf)
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 45
4.2 Environmental Monitoring Cost
During development phase, the supervising engineer of the civil works will be entrusted for
the environmental monitoring, while during operation phase an Integrated Environmental
Management System shall be established for the Subproject among the senior members from
different departments.
The instrumental monitoring cost for air, noise, water quality are not embedded within the
Subproject document for the environment management system for the Subproject and requires
third party. The cost of such monitoring and expenses on workforce is presented following
table.
Table 4-2: Environmental Monitoring Cost
SN Description Quantity
(Days/Events)
Unit Rate
(NRs.)
Estimated Amount
(NRs.)
Experimentation
1.
Sampling and Laboratory
Analysis for Air, Noise, and
Water
2 times over
the Subproject
construction
period
1,00,000.00 200,000.00
Human Resource (Sectoral Experts)
1. Environmentalist/ESMP Expert 30 days 10,000.00 300,000.00
2. Ecologist/ Biodiversity Expert 10 days 10,000.00 100,000.00
3. Social Expert 30 days 10,000.00 300,000.00
4. OHS Expert 30 days 10,000.00 300,000.00
5. Transmission Line Expert/
Electrical Engineer 10 days 10,000.00
100,000.00
Logistic and Supply
1. Transportation LS - 400,000.00
2. Logistic for Monitoring Study LS - 200,000.00
Total 1,90,000.00
4.3 Grievance Redress Mechanism
A grievance redress mechanism (GRM) will be established to receive, evaluate, and facilitate
the resolution of affected people’s concerns, complaints, and grievances about the social and
environmental related issues at the Subproject level.
The GRM will aim to provide a time-bound and transparent mechanism to voice and resolve
social and environmental concerns linked to the project. It will provide an accessible and
trusted platform for receiving and facilitating resolution of affected persons’ grievances related
to the project. The GRM will provide an accessible and trusted platform for receiving and
facilitating resolution of affected persons’ grievances related to the project. The multi-tier
GRM for the Subproject is outlined below, each tier having time-bound schedules and with
responsible persons identified to address grievances and seek appropriate persons’ advice at
each stage, as required.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 46
This process entails the concerned party submitting a grievance either in-person, or via phone, letter, or email to the Site-Engineer or the concerned
Municipality Chief or the concerned Ward Chair. The Site-Engineer will record such complaint. In cases where Ward Chair has received such
grievance, he should forward the grievance to the Site-Engineer. The Site-Engineer shall notify the committee members of Tier-I. There are three
level of GRM based on time-bound schedules as,
Table 4-3: Levels of Grievance Redress Mechanism Based on Time Bound
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III)
Level Local Level
Project Manager Office (PMO) headed by the
Project Manager (PM) at Project
Implementation Unit (PIU)
District Level
Supervisory NEA Site-Engineer PMO Chief District Officer (CDO)
Assistance
Chief/Mayor of Concerned Local Level
and Chairperson/ Representative of
Ward, Construction Contractor’s (CC)
Representative and Project Supervision
Consultant’s (PSC) Safeguards Officer
NEA Site-Engineer and PSC’s Social Expert,
and Construction Contractor
PMO, affected persons, representative from Rural
Municipality/Municipality, Site-Engineer, PSC’s Social
Expert.
If deemed necessary, representative from Forest Office,
representative from Land Revenue Office, and
representative from Land Survey Office are invited.
Days for
Resolving
Complain
7 days of receipt of a complaints/
grievance
15 days of complaints forwarded by Site-
Engineer 15 days
Committee
Members
Committee Member Designation Committee Member Designation Committee Member Designation
Ward Chair Coordinator Project Manager Coordinator Chief District Officer (CDO) Chair
Site-Engineer-NEA Member secretary Site-Engineer Member
Secretary Project Manager Coordinator
Community Liaison
Officer from PSC Member Mayor/ Chair of municipality Member Site-Engineer Member Secretary
Contractor engineer Member Community Relations
Manager from PSC Member Municipality Chief/Ward Chair Member
Affected person ( one
male and one female) Member Contractor Engineer Member
Community Relations Manager from
PSC Member
Women Member of
ward committee Member
Representative from affected
people (at least 2, one male
and one female)
Members Contractor Engineer Member
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 47
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III) One IP member ( if IP’s
are affected) Member
Women Member of
Municipality committee Member
Representatives from affected people
(at least 2, one male and one female) Members
One IP member ( if IP’s are
affected) Member
Women Member of Municipality
committee Member
One IP member ( if IP’s are affected) Member
Figure 4-1: Workflow Diagram for GRM from NEA13 Tier-I Tier-II Tier-III
* Affected People (AP) have the right to refer the grievances to appropriate courts of law if not satisfied with the redress at any stage of the process
i.e., the AP will have the choice to approach country’s judicial system.
13 Grievance Redress Mechanism (GRM) Prepared for the sub-projects financed by Asian Infrastructure Investment Bank (AIIB) under Distribution System Upgrade and Expansion Project
(DSUEP), Nepal Electricity Authority (NEA), May 2021.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 48
5. IMPLEMENTATION OF ESMP
This study has identified and evaluated beneficial as well as adverse impacts with appropriate
suggested mitigation, elimination or minimization measures of adverse impacts, and
augmentation of benefits. The Promoter will be responsible for implementing the proposed
enhancement measures, mitigation measures, and monitoring activities. The total ESMP cost
estimated for this subproject is as NRs. 72,00,000.00. The promoter should carry out all these
activities along with the cost provided within this ESMP report.
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 49
REFERENCES
ADB. (2013). Solid Waste Management in Nepal: Current Status and Policy
Recommendations. Philippines: Asian Development Bank.
ADB. (2018). Impact of Dams on Fish in the Rivers of Nepal. Philippines: ADB. doi:DOI:
http://dx.doi.org/10.22617/TCS189802
CBS. (2018). Bajhang District Municipality Profile.
Cross, E. A. (2014). THE STRUCTURE, STRATIGRAPHY, AND EVOLUTION OF THE
LESSER HIMALAYA OF. ARIZONA: THE UNIVERSITY OF ARIZONA.
DHM. (2017). Retrieved from https://www.dhm.gov.np/climate/
DHM. (2021). Retrieved from http://mfd.gov.np/city?id=26
Dobremez, J. (1976). Le Népal Ecologie et Biogeography, Editions du Centre National de la
Recherche Scientifique,. Paris, France.
DoS. (2020). Data & Metadata. Retrieved from National Spatial Data Center : Geoportal:
http://nationalgeoportal.gov.np
Environmental and Social Management Framework (DSUEP) NEA- November 2021
Environmental and Social Standards, European Investment Bank.
EPA. (2019). Environmental Protection Act. Kathmandu: Government of Nepal.
EPR. (2020). Environmental Protection Regulation. Kathmandu: Government of Nepal.
GoN. (2050). National Environmental Impact Assessment Guidelines. National Planning
Commission Secretariat.
IPCC. (2006). 2006 IPCC Guidelines for National Greenhouse Gas Inventories. IGES, Japan.
Retrieved from https://www.ipcc-nggip.iges.or.jp/public/2006gl/vol2.html
IUCN. (2000). NEPAL Iso-Potential Agro-Ecological Zone Map. HMG/DANIDA
NARMSAP TISC, Kathmandu, Nepal.
Letcher, & Vallero. (2011). Waste: A Handbook for Management . London: Elsevier Inc.
LRMP. (1986). Land Utilization Report. Land Resources Mapping Project (LRMP).
Government of Nepal and Government of Canada. Kenting Earth Sciences Limited.
MoF. (2020). Economic Survey 2019/20. Singh Durbar, Kathmandu: Government of Nepal,
Ministry of Finance. Retrieved from https://www.worldbank.org:
https://mof.gov.np/uploads/document/file/Economic%20Survey%202019_202011250
24153.pdf
Shahi, D. K., Rijal, H. B., & Shukuya, M. (2019). Study on Household Energy Usage
Patterns in Urban and Rural Areas. Journal of the Institute of Engineering, 15 (No. 3),
402-410. doi:https://doi.org/10.3126/jie.v15i3.32761
| ESMP Report of Bagthala-Kalinga Substation Subproject | October 2021
| Environmental and Social Management Plan | 50
Stakeholder Engagement Strategy, DSUEP, NEA, 2019.
The White Paper. (2018). Energy, Water Resources and Irrigation Sector’s Status and
Roadmap for the Future. Kathmandu: Government of Nepal.
US EPA. (2016). Greenhouse Gas Inventory Guidance: Direct Emissions from Stationary
Combustion Sources. U.S. EPA Center for Corporate Climate Leadership. Retrieved
from www.epa.gov/climateleadership
WECS. (2014). Energy Data Sheet. Water and Energy Commission Secretariat. Retrieved
from
www.energyefficiency.gov.np/downloadthis/final_data_book__11_june_2014.pdf
Transformer Switch Yard
Stay/Guy Sets Steel Tubular Pole
Insulator Civil-Structures Supporting Electrical
Components
Conductor
Bird Diverting Reflector Wishbone Prevents Birds Landing on Wire
White Spiral in Wire Improves Visibility of Wire Construction of Nest at Poles also divert Brid not sitting at
Wires
Components Used for Preventing Birds from Collision in Distribution Line
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना )DSUEP(
आयोजनावाट पनन सक्न ेभौबतक तथा जैबवक वातावरणीय प्रभावहरुको पबहचान गननका लाबग बवध्यमान
भौबतक तथा जैबवक वातावरणीय अवबथथबतका वारेमा जानकारी बलन तयार पाररएको सवेक्षण फारम
Promoter: Field Visit Date:
Name of
Subproject:
Province:
District: Mun/RM:
Field Highlights:
Nearest Landmark
Environmental
Sensitivity
Major Physical
Env. Issues
Major Biological
Env. Issues
Accessibility to Site
Physical Environment Baseline (भौवतक िातािरणीय अिवस्थवत)
1 Occurrence of Slope Instability, Erosion and Flooding
SN
DL
/SS
Co
ord
ina
tes
Occ
urr
en
ce
(Ro
ck f
all/
Lan
dsl
ide/
Ero
sion/
Flo
od
ing
)
Dimension (m)
Ty
pe
(1.
Fal
l 2
. T
opp
le 3
. S
lide
4.
Sp
read
5.
Flo
w 6
. C
reep
7.
Shee
t
8.
Ril
l 9
. G
ull
y 1
0.
Inu
nd
atio
n)
Asp
ect
(No
rth
/ S
ou
th)
Dis
tan
ce f
rom
DL
/SS
(m
)
His
tory
of
Ev
iden
ce (
Yr.
)
Oth
er T
rig
ger
ing
Fa
cto
rs
Length Width Depth
2 Drainage System
SN
DL
/SS
Lo
cati
on
/ S
ettl
emen
ts
Ty
pe
of
La
nd
Use
La
nd
Pro
file
/ S
ha
pe
(Co
nca
ve,
Co
nv
ex,
Un
ifo
rm S
lop
es)
Ty
pe
of
Dra
ina
ge
(Nat
ura
l o
r
Co
nst
ruct
ed)
Ch
ara
cter
isti
cs (
Bra
ided
, D
end
riti
c)
Operational
Status Associated Issues
Po
or
Fai
r
Go
od
Wat
er L
og
gin
g
Su
bsi
den
ce
Cu
ttin
g
Oth
er (
If a
ny
)
3 River/ Stream Crossing and Water Quality Parameter
SN DL/SS Location/
Settlements
Name
River/Stream
Flooding
width
Left-
Right
(m)
Distance
Substation/DL
Pole from
River/Stream
Water Quality
Parameter- EXTECH
ExStik II DO600
Temp.
(oC)
pH EC
(µc/cm)
4 Accessibility
# NH-National Highway, DR-District Road, VR-Village Road
SN Location/
Settlements
Road Type Classification
of Roads
Road Condition
Asphalt/
Bitumen Concrete Gravel Earthen NH DR VR Poor Fair Good
5 Land Use Pattern
S
N
Compon
ent
(DL/SS)
Chainage/
Settlement/
Landmark
Description of Land Area (ha)
Remar
ks
Forest Cultivabl
e /
Agricult
ure
Bui
lt
Up
Barren Land Other
(Specif
y)
Tot
al
Are
a
Fro
m
T
o
Tot
al
CF
s
Gov
t.
Priva
te
Gov
t.
6 Air Quality and Noise Level
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353 Mini
Sound Meter
PM2.5 PM10 Causing Factors dBA Causing Factors
7 Solid Waste Management Practices
SN Location/ Settlement Source of wastes Management Practices
Biological Environment Baseline (जैविक िातािरणीय अिवस्थवत)
1 Checklist for the Ethno-Botanical studies of the Subproject Area (Site and Surroundings)
SN Local Name Botanical Name Use Categories
Remarks M F T E O R Fi
M = Medicinal, F = Fodder, T = Timber, E = Economical, R = religious, Fi = Fiber yielding
2 Enumeration of the Tree
C*- Cutting, B*- Bushing
#Note: Girth 10-30 cm Pole size, more than 30 cm girth size a tree
3 Wildlife Survey Questionnaire and Checklist
i. Do you see wildlife in your settlement area?
Yes/No
If yes, how often?
Name of Species (Wild Animals and Birds) Where How Often
Frequency: f- frequently, O- occasional, r-rare
ii. Herpetofauna
Name of Species (Wild Animals and Birds) Where How Often
iii. Fish Diversity
Name of Species Where How Often
Screening Checklist Completed by: Checklist Reviewed and Approved by:
Name: Name:
Designation: Designation:
Date: Date:
SN DL/SS Local Name DBH
(cm)
Height
(m) C*/B* Class
GPS Coordinate Remarks
Longitude Latitude
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना (वि.एस.यु.ई.पी)
सामावजक आवथिक अध्ययन
(समहू केबरित छलफल प्रश्नावली)
१. सामान्य जानकारी
छलफल गररएको बमबत: .......................................... उप-आयोजनाको नाम:...............................................................................................
बजल्ला: ................................... गा.पा./न.पा. ....................................... वडा नं. ............ गाउँ/टोल: .........................
२. यस छलफलमा समेविएको अध्ययन स्थलका िस्तीहरुको प्रकार (सहर-बजार, अर्ि घना बवस्त िा छररएको कस्तो खालको छ
नाम सवहत लेख्ने)
िस्तीको नाम िस्तीको प्रकार जम्मा घररु्री मुख्य मुख्य जातजावत मुख्य मुख्य र्मि
३. यस ठाउँका मावनसहरुको स्थानीय भाषा कुन कुन हो र कुन कुन समुदायले प्रयोग गदिछन ?
स्थानीय भाषा बोल्ने समुदाय अनुमावनत घररु्री कैवफयत
४. यस ठाउँका मावनसहरु मुख्य रुपमा कुन कुन पेशामा वनभिर छन ्।
पेशा वनभिर प्रवतशत आयोजना वनमािणले
प्रभाि पाछि वक पादैन
कस्तो प्रभाि पाछि
(सकरात्मक/नकारात्मक) कैवफयत
५. यस स्थानमा हुने बसाईसराई कस्तो कस्तो खालको हुन्छन ?
बसाईसराई सरेर जाने मुख्य
स्थानहरु
घररु्री बसाईसराई सरेर आउने मुख्य
स्थानहरु
घररु्री
६. यस बवस्त बाि वनम्न सुविर्ाहरुको पहुँच कस्तो छ ।
सुविर्ा को अिस्था स्थान दुरी (वक.वम.)
माध्याबमक थकुल
कलेज/क्याम्पस
थवाथथ चौकी
प्राथबमक थवाथथ केरि
आयवेुबिक केरि
अथपताल
मखु्य िजार
थथानीय िजार
िैंक/बवत्तीय संथथा
सडक
वडा कायनलय
पाबलका कायनलय
बजल्ला सिरमकुाम
७. यस स्थानमा रहेका शैविक संस्थाहरुको वििरण वदनुहोस ।
शैविक संस्थाको नाम स्थान पढाई हुने तह/किा स्िावमत्ि (वनवज, साबिजवनक/सरकारी) कैवफयत
८. यस ठाउको सािरताको अबस्था कस्तो छ?
जनसंख्या
-अंक िा प्रवतशत _
वनरिर सािर
पुरुष
मवहला
९. यस स्थानमा रहेका स्िास््य संस्थाको वििरण वदनुहोस ।
स्िास््य संस्थाको नाम स्थान उपलब्र् स्िास््य
सुवबर्ा स्िावमत्ि (वनवज, सरकारी) कैवफयत
१०. यस ठाउँका मावनसहरुमा देखा पने मुख्य मुख्य रोगहरु के के हुन ?
......................................................................................................................................................................
......................................................................................................................................................................
११. यस ठाउँका मावनसहरु वबरामी पदाि अबलम्बन गने मुख्य मुख्य उपचार पद्दवत के के हुन ? (अस्पताल, घरेलु उपचार,
र्ामीझाँक्री)
......................................................................................................................................................................
......................................................................................................................................................................
......................................................................................................................................................................
यस ठाउँका मावनसहरुको खानेपानीको मुख्य मुख्य श्रोत कुन कुन हो?
श्रोतहरु खानेपानीको लावग प्रयोग गने घररु्री
संख्या प्रवतशत
पाईप/िारा
कुवा
महुान तथा ढंुगे िारा
नबि/खोला/खोल्सा
यस ठाउँका मावनसहरुको शौचालय प्रयोग सम्बवन्र् वििरण वदनुहोस ।
चपीको प्रकार प्रयोग गने घररु्री संख्या प्रवतशत
खाल्डे
प्यान भएको खाल्डे
आिबुनक
चपी नभएको
१२. यस ठाउँका मावनसहरु घरबाि वनस्कने फोहरमैला सामान्यतया कसरर ब्यबस्थापन गने गदिछन ?
......................................................................................................................................................................
......................................................................................................................................................................
१३. यस ठाउँमा उपलब्र् यातायात पूिािर्ारको वििरण वदनुहोस ।
सिकको नाम सिकको लम्बाई लाभावन्ित िस्तीहरु सिकको अिस्था
१४. विरु्तमा पहुँच भएका घररु्रीहरुको वििरण वदनुहोस ?
विरु्तमा पहुँच भएका घररु्री संख्या/प्रवतशत: ........................................
विरु्तमा पहुँच नभएका घररु्री संख्या/प्रवतशत: ......................................
१५. यस स्थानमा वसंचाई सुवबर्ा कस्तो रहेको छ ?
वसंचाईको योजनाको नाम वसंचाई श्रोतको नाम वसंचाई हुने जम्मा िेत्रफल (ईकाई
खुलाउने)
लाभावन्ित
घरपररिार
१६. वबरु्वतकरणले वसंचाई सुवबर्ामा पानि सक्ने प्रभाि सम्बवन्र् वििरण वदनुहोस ।
.............................................................................................................................................................................................
...........................................................................................................................................................................................
१७. यस स्थानमा उपलब्र् संचार सुवबर्ाहरुको वििरण वदनुहोस ।
......................................................................................................................................................................
......................................................................................................................................................................
१८. यस स्थानमा उपलब्र् स्थानीय बजार तथा उद्योगहरुको वििरण वदनुहोस ।
िजारको नाम अिवस्थत स्थान खाजा
पसल लज संख्या
पसल
संख्या
उद्योग संख्या
कैवफयत
साना मझौला ठूला
१९. यस स्थानमा हुने मुख्य मुख्य कृवष उत्पादनहरु के के हुन ्?
िाली मुख्य मुख्य िालीको नाम कैवफयत
अरन वाली
तरकारी वाली
नगिे वाली
फलफुल
२०. यस स्थानमा अिस्थीत ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक स्थल तथा सांस्कृवतक महत्िको खुला स्थान भएमा उल्लेख
गनुिहोस ।
ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक
स्थल तथा सांस्कृवतक महत्िको खुला
स्थानको नाम
सांस्कृवतक/र्ावमिक महत्ि आयोजनाले पानि
सक्ने प्रभाि
कैवफयत
२१. यस ठाउँको प्रमुख चािबाि र मेला समारोह हरु के के हुन ?
प्रमुख चािबाि र मेला समारोह मनाउने समुदाय कैवफयत
२२. यहाहरुको वबचारमा आयोजनाका के कस्ता सकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२३. यहाहरुको वबचारमा आयोजना वनमािण भएपवछ के कस्ता नकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२४. आयोजना प्रवत स्थानीयहरु को र्ारणा तथा सहमवतको बारेमा बताईवदनुहोस ्।
......................................................................................................................................................................
......................................................................................................................................................................
२५. अन्य केवह सुझाि तथा विप्पणी छन ्भने उल्लेख गनुिहोस ्।
......................................................................................................................................................................
......................................................................................................................................................................
सिेिण गनेको पुरा नाम, पद र ठेगाना
नाम: ....................................................................
पद: ....................................................................
ठेगाना: ....................................................................
वमवत: ....................................................................
ANNEX 4: LEGISLATIVE PROVISIONS
SN Legislation Provisions Relevancy with
respect to Project
1. Constitution of
Nepal
Constitution of Nepal is the main legal document,
which emphasizes on right of clean environment of
the people, natural resources protection, preservation
and its prudent use. Rights regarding clean
environment, under article 30:
It includes to make multi-purpose development of
water resources, while according priority to domestic
investment based on public participation to ensure
reliable supply of energy in an affordable and easy
manner, and make proper use of energy for the
fulfillment of the basic needs of citizens, by
generating and developing renewable energy in
article 51 (g).
DSUEP helps to fulfil
the rights of people to
live in clean
environment along
with to fulfil the basic
needs by providing
access of sufficient
energy.
2.
Environment
Protection Act
2076 (2019 AD)
Section 3 of the Act requires the proponent to conduct
environmental studies in relation to the prescribed
proposals of any developmental works. Subsection 2
of this act provides the framework about the
environmental study report prepared pursuant to sub-
section (1) shall, in fulfillment of the process as
prescribed, be submitted to the relevant bodies of
Government of Nepal for approval.
Environmental Studies
and approved of report
from authorized body
before construction of
any project is
mandatory to
minimize the negative
impacts in Nepal
which is addressed in
EPA, 2076.
3.
Environmental
Protection
Rule, 2077
(2020 AD)
[First
Amendment on
2078 (2021)]
Under the Environmental Protection Rules (2077)
first amendment (2078) , rule (3) as mentioned in
annex (1), Section (F) (Energy, Water Resources and
Irrigation Sector) sub-section (1), a proponent shall
be required to carry out the Brief Environmental
Studies for construction of transmission line project
less than 66 kV in forest land for another purpose.
This rule provides the
overall guidance to
what type of
environmental studies
is required according
to project by
Government of Nepal.
4.
Nepal
Environmental
Policy and
Action Plan,
2050(1993)
The aims of NEPAP are:
To manage natural and physical resources efficiently
and sustainably
To balance the development efforts and
environmental conservation for sustainable
fulfilment of basic needs
To preserve endemic and endangered species and
their habitats; the promotion of private and public
institutions for biological resources inventory and
conservation
To safeguard national heritage
To mitigate adverse environmental impact of
development protects and human actions
To integrate environment and development through
appropriate institutions, adequate legislation and
economic incentives and sufficient public resources
DSUEP should follow
the aims of NEPAP to
protect and conserve
the physical,
biological and social
environment during
construction of 33 kV
distribution line along
with substation.
5.
CITES Act,
2017
Prohibits for the treat and business of protected species
is explained in Section 1, Rule 3 of this act. However,
Sub-Rule 2 of the Rule 3 has allowed for the export
This act binds the
workers along with the
people not to collect,
SN Legislation Provisions Relevancy with
respect to Project
and import of protected species for certain
circumstances mention under sub-rule after taking
approval. The Section 5 of the acts state the provision
of punishment for the unauthorized import, export
and provision mentioned in Section 3.
treat and business of
the protected plants
and animals listed in
appendices of CITES.
6.
Electricity Act
1992
No person shall be entitled to conduct survey,
generation, transmission or distribution of electricity
without obtaining license under this act.
The Electricity Act of 1992 has provision of land
procurement for the development of projects that
involve electricity generation, transmission or
distribution. The Act states that the licensee may
submit an application to GoN to purchase the land or
house of any person if it is required for the generation,
transmission or distribution of electricity. Upon the
receipt of such an application, GoN may make the
land or house, so requisitioned, available to any
corporate body under the prevailing laws.
The main goal of this
project is to distribute
the sufficient amount
of electricity by
constructing 33 kV
line and substation by
conducting the survey
to minimize the
impacts.
7.
Soil and
Watershed
Conservation
Act, 2039 (1982
AD)
Soil and watershed conservation Act, 1982 expedient to
make legal provisions on the land and watershed
conservation by controlling natural calamities such as
flood, landslide and soil erosion and maintain
convenience and economic interests of the general
public.
To do the works,
which can act, as
causative factor of
flood, landslide and
soil erosion should
strictly prohibited
during the
construction of this
project.
8.
Rural Energy
Policy, 2006
Rationale of formulating and implementing this policy
is to create conducive environment that will self-
motivate and mobilize local institutions, rural energy
user groups, non-government organizations,
cooperatives and private sector organization for the
development and expansion of rural energy
resources. The government will facilitate and
promote to involve private development and
expansion of new technologies. It has also envisioned
subsidy provision for promotion of such renewable
energy technologies.
This project helps to
improve the
distribution and
motivate to use the
electricity in rural
areas of western
Nepal.
9.
Labor Act,
2074 (2017 AD)
This labor Act was made under the management of
parliament under sub-clause 1 of clause 296 of
Constitution of Nepal. Sub-section 3 of Section 2
states that the employees should not be compelled to
other work other than they are assigned for. In
addition, Sub-section 5 of Section 2 states about
prohibition of child labor in any organization and
sub-section 6 of Section 2 states that there should not
be any kind of discrimination among the employee’s
regard of religion, ethnicity, gender, origin, language
or intelligence or other kind of characters.
Construction of
project is only possible
when the rights of
labor is secure. In this
project, the contractor
should follow this act
strictly.
SN Legislation Provisions Relevancy with
respect to Project
10.
Child Labor
(Prohibition
and
Regulation)
Act, 2056 (2000
AD)
As per section 3 of this act, no child having not attained
the age of 14 years shall be engaged in works as a
laborer.
Child labor is strictly
prohibited in this
project and contractor
should follow this act.
11.
Solid Waste
Management
Act, 2068 (2011
AD)
This act has been formulated with a goal of minimizing
solid waste production from the target area by setting
rules and regulation on solid waste management
(SWM) in the country in order to develop better
environment for the systematic and effective
management of solid waste and to involve all the
concern stakeholders in SWM practice. The main
features of this act are discussion of 3R principle
(Reduce, Reuse and Recycle). 3R principle seems to
be very beneficial as it not only increases the life of
landfill site but also save the money, which could be
used for other infrastructure development. Section 4
of the act assign the local body to manage or use the
solid waste discharged or dumped in collection
center, transfer station or treatment plant or collected
during cleaning.
This act provides the
overall framework to
manage the solid
waste generated from
households to project
level. In addition, the
proponent should
manage the waste
generated during
construction.
12.
Solid Waste
Management
Rules, 2070
(2013 AD)
The solid waste management rule was formulated as per
provision made in article 50 of Solid Waste
Management Act, 2068. This regulation has
emphasized the segregation of waste at source and
mentioned that the responsibility of proper disposal
and management of source belongs to the producers
themselves. Section 3 of the rule describes about the
segregation and management of solid waste. It has
mentioned that it is essential to segregate degradable
and non-degradable solid waste at source.
These rules provide
the overall framework
about how to reduce
the volume of waste to
dispose from the
source during
construction of
substation.
13. Fifteenth Plan
Vision of 15th plan is in contribution to the prosperity
of the nation through sustainable and reliable
development of hydropower by setting the goal which
is ensure energy security through intensifying
hydropower generation. In addition, one of the
strategy of government of Nepal in 15th plan is to
make the distribution system effective and reliable to
increase energy efficiency and increase power
consumption by expanding access to electricity by
formulating the required policies.
This 5-year interim
plan sets the goal
about generation and
distribution of
hydroelectricity in
Nepal, which is
directly related to this
project.
14.
United Nations
Framework
Convention on
Climate
Change
(UNFCCC),
1992
UNFCCC, Signatories: 165. Parties: 195. (1), Article
(4), commitment (f) states climate change
considerations into account, to the extent feasible, in
their relevant social, economic and environmental
policies and actions, and employ appropriate
methods, for example impact assessments,
formulated and determined nationally, with a view to
minimizing adverse effects on the economy, on
Goal of this project is
to replace the
traditional form of
energy by clean
energy i.e. electricity
which ultimately
reduces the air
pollution and smoke.
SN Legislation Provisions Relevancy with
respect to Project
public health and on the quality of the environment,
of projects or measures undertaken by them to
mitigate or adapt to climate change. After it entered
into force on 21 March 1994, in accordance with, it
mandates the individual state for prioritization of
resource conservation with development.
15.
Directive
2011/92/EU of
the European
Parliament and
of the Council
of 13 December
2011 and its
Amendment
2014/52/EU
Annex II of this directive provides the overall
framework of project, which required environmental
assessment according to article 4 (2). Provision of
Environmental Assessment has mentioned for
installation of hydroelectric energy production in 3(h)
of Annex II.
The criteria of Lender
in case of minimum
issues. (Required
Environmental
Assessment- ESMP
for category C
Projects)
16. ILO 169
The main objective of this convention is to secure the
rights of indigenous and tribal people along with the
gender equality and non-discrimination of workers
during work. The Article 1 on First Part of this
convention mainly focused on following points:
(a) the social, cultural and economic conditions of tribal
peoples in independent countries differentiate from
other parts of the national community and their status
is managed fully or partially by their own customs or
traditions or by special laws or regulations;
(b) peoples in independent countries who are regarded
as indigenous on account of their descent from the
populations which inhabited the country, or a
geographical region to which the country belongs, at
the time of conquest or colonization or the
establishment of present state boundaries and who,
irrespective of their legal status, retain some or all of
their own social, economic, cultural and political
institutions.
Self-identification as indigenous or tribal shall be
regarded as a fundamental criterion for determining
the groups to which the provisions of this Convention
apply.
The use of the term peoples in this Convention shall
not be construed as having any implications as
regards the rights, which may attach to the term under
international law.
Nepal is the part of
ILO convention that’s
why ILO 169 should
strictly followed
during construction
and implementation of
any types
17.
Environment
and Social
Management
Framework
ESMF is to guide DSUEP sub-projects in the area of
E&S management using appropriate instruments,
methodologies, procedure and responsibilities
during the project cycle. NEA and the project
partners shall apply during design and development
of the sub-projects in order to comply with the
Government of Nepal E&S regulations and the
Financiers’ standards on E&S assessment and
management, Involuntary Resettlement, Indigenous
People, Gender, etc.).
Main guiding
document for E&S
study to identify
issues and
recommending
appropriate practical
augmentation/
mitigation measures
SN Legislation Provisions Relevancy with
respect to Project
18.
Environmental
and Social
Policy (ESP)
This policy speaks for the mandatory E&S
requirements for each Project like, screening, DDR,
E&S Assessment, ESMP, ESMF, Information
Disclosure, Consultation and Monitoring and
Evaluation.
Mandatory
requirement for
ESMP study
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
SIGNAL NOTICE
DANGER SIGNS
INSTRUCTION SIGNS
SAFETY AND SAFETY INSTRUCTION SIGNS
ANNEX 8: TECHNIQUES APPLICABLE FOR DRAINAGE MANAGEMENT
Vegetated Gabion Wall Vegetation Check Dam
Jute Netting Check Dam
Sediment Control Ditches
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
SWM Approaches Waste Segregation Container
Waste Types for Selling to Scrap Delears Major SWM Practices (Discard Open
Burning)
ANNEX 10: PHOTOGRAPHS
Tapping Point at Donek, Bungal Municipality-5
North Face of Substation at Hatkot, Bungal Municipality-5
South-West Face of Substation at Hatkot, Bungal Municipality-5
Notice Pasting at Bungal Municipality-5 Office and Consultation with Owner of Land
at DL Route near Tapping Point
Air and Noise Pollution Measurement and Physical and Biological Inventory Survey
near Tapping Point, Donek
Measurement of Water Quality of Kalinga River and Existing Solid Waste Management
Practices around Project Site, Bungal Municipality-5
Stakeholders during Public Consultation cum FGD Meeting at Substation, Hatkot
ENVIRONMENTAL AND SOCIAL MANAGEMENT PLAN
JOGIKUTI-MANGALAPUR DISTRIBUTION LINE SUBPROJECT
Rupandehi District, Lumbini Province
OCTOBER 2021
CLIENT:
NEPAL ELECTRICITY AUTHORITY
DISTRIBUTION AND CONSUMER SERVICE DIRECTORATE
DISTRIBUTION SYSTEM UPGRADE AND
EXPANSION PROJECT (DSUEP)
DURBAR MARG KATHMANDU NEPAL
DURBAR MARG, KATHMANDU, NEPAL
CONSULTANT:
NEA ENGINEERING COMPANY LIMITED, TRADE TOWER
THAPATHALI, KATHMANDU, NEPAL
| ESMP Report of Jogikuti-Mangalapur Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | ii
TABLE OF CONTENT
TABLE OF CONTENT ....................................................................................................................... II
LIST OF TABLES ............................................................................................................................. III
LIST OF FIGURES ........................................................................................................................... III
LIST OF ANNEXES .......................................................................................................................... III
ACRONYMS AND ABBREVIATIONS ...........................................................................................IV
1. INTRODUCTION ............................................................................................................... 2
1.1 Summary of Screening Study ................................................................................... 2 1.2 Project Background .................................................................................................. 2 1.3 Objectives of ESMP ................................................................................................. 3 1.4 Project Description ................................................................................................... 4 1.5 Legal Provision for ESMP Study ............................................................................. 5 1.6 Construction Work and Resource Requirement ....................................................... 8 1.7 Brief on Methodological Approaches of ESMP Study ............................................. 9
2. EXISTING ENVIRONMENTAL AND SOCIAL SETTINGS ..................................... 11
2.1 Physical Environment ............................................................................................. 11 2.2 Biological Environment .......................................................................................... 14 2.3 Socio-Economic and Cultural Environment ........................................................... 15
3. ASSESSMENT OF IMPACTS AND MITIGATION MEASURES ............................. 17
3.1 Beneficial Impacts .................................................................................................. 17 3.2 Potential Adverse Impacts ...................................................................................... 19
3.2.1 Physical Environment ........................................................................................ 19 3.2.2 Biological Environment ..................................................................................... 23 3.2.3 Socio-Economic and Cultural Environment ...................................................... 24
3.3 Environment and Social Management Plan ............................................................ 26 3.4 Emergency Management Plan ................................................................................ 34 3.5 Decommissioning Plan ........................................................................................... 34 3.6 Waste Management Plan ........................................................................................ 35 3.7 Occupational Health and Safety Management (OHSM) Plan ................................ 36
4. MONITORING AND REPORTING MECHANISM .................................................... 40
4.1 Environmental Monitoring ..................................................................................... 40 4.2 Environmental Monitoring Cost ............................................................................. 44 4.3 Grievance Redress Mechanism .............................................................................. 44
5. IMPLEMENTATION OF ESMP .................................................................................... 47
REFERENCES .................................................................................................................................... 48
ANNEXES ........................................................................................................................................... 50
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| Environmental and Social Management Plan | iii
LIST OF TABLES
Table 1-1: Technical Description of the Proposed Project ........................................................ 4
Table 1-2: Estimation of Requirement of Resources ................................................................. 8
Table 1-3: Construction Schedule of Subproject Implementation ............................................. 8
Table 1-4: Identified Stakeholder from Mapping Process ......................................................... 9
Table 1-5: Issues Raised by Stakeholders and Responses ....................................................... 10
Table 2-1: Ambient Air and Noise Quality Parameter Measurement ...................................... 12
Table 2-2: List of Birds Found within the Subproject Area .................................................... 15
Table 3-1: Estimated Daily Solid Waste Generation from Campsite ...................................... 22
Table 3-2: Environmental and Social Management Plan ........................................................ 27
Table 4-1: Environmental Monitoring Plan ............................................................................. 42
Table 4-2: Environmental Monitoring Cost ............................................................................. 44
Table 4-3: Levels of Grievance Redress Mechanism Based on Time Bound ......................... 45
LIST OF FIGURES
Figure 1-1: Location Map of Jogikuti-Mangalapur Distribution Line Subproject .................... 6
Figure 1-2: Bird-Eye View of Jogikuti-Mangalapur Distribution Line Subproject in Satellite
Map ............................................................................................................................................ 7
Figure 2-1: Google Elevation Profile of Distribution Line in Satellite Map ........................... 11
Figure 2-2: Geological Map of Proposed Project .................................................................... 13
Figure 2-3: Seismic Hazard Map of Nepal Showing Proposed Subproject Site ...................... 14
Figure 2-4: Environmental Sensitive Area and Subproject Area Location ............................. 15
Figure 3-1: 33kV, 3-Core Underground Power Cable and Method for Laying Cable ............ 20
Figure 3-2: Waste Minimization Pyramid ............................................................................... 36
Figure 4-1: Workflow Diagram for GRM from NEA ............................................................. 46
LIST OF ANNEXES
ANNEX 1: SAMPLE NOTICE FOR PUBLIC CONSULTATION
ANNEX 2: MAPS, LAYOUT, FACILITY AND COMPONENTS
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
ANNEX 4: LEGISLATIVE PROVISIONS
ANNEX 5: CONSULTATION MEETING MINUTES
ANNEX 6: SUBPROJECT RELATED DOCUMENTS FROM LOCAL LEVEL
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
ANNEX 8: TECHNIQUES APPLICABLE FOR DRAINAGE MANAGEMENT
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
ANNEX 10: PHOTOGRAPHS
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| Environmental and Social Management Plan | iv
ACRONYMS AND ABBREVIATIONS
ADB Asian Development Bank
CITES Convention on International Trade in Endangered Species of Wild Fauna and
Flora
CoI Corridor of Impact
CPA Core Project Area
CSC Construction Supervision Company
DAO District Administration Office
DSUEP Distribution System Upgrade and Expansion Project
EIA Environmental Impact Assessment
EIB European Investment Bank
EPR Environment Protection Regulation
ESMF Environmental and Social Management Framework
ESMP Environmental and Social Management Plan
ESMPF Environmental and Social Management Plan Framework
GoN Government of Nepal
GRC Grievance Redress Committee
GRM Grievance Redress Mechanism
IEE Initial Environmental Examination
IUCN International Union for Conservation of Nature
LPG Liquid Petroleum Gas
NEA Nepal Electricity Authority
NEAEC NEA Engineering Company
OHS Occupational Health and Safety
OPA Outlying Project Area
SESD Subproject Environment and Social Documents
SPA Surrounding Project Area
SWM Solid Waste Management
Units
% Percent/ Percentage
CO2 Carbon dioxide
dB Decibel
g Gram
ha Hectare
HHs Households
Kg Kilogram
Km Kilometer
kV Kilovolt
| ESMP Report of Jogikuti-Mangalapur Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | ii
kWh Kilo Watt Hour
ltr Litre
LV Low Voltage
m Meter
masl Meter Above Sea Level
mm Milimeter
MVA Mega Volt Ampere
MW Megawatt
NRs. Nepalese Rupees
oC Degree Centigrade
sq.m. Square Meter
Conversion Unit
Substation of 10159 m2 = 1.02 ha and 548.62 m DL= 0.14 ha
| ESMP Report of Jogikuti-Mangalapur Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 2
1. INTRODUCTION
1.1 Summary of Screening Study
From the screening study, it concluded that Subproject associated impacts are likely to have
minimal or no adverse environmental and social impact as it does not physically displace any
family and economic displacement of any of the families. For minor level Projects, which have
minimal or no major environmental and social impacts, lies in Category C Subproject as
defined by Environmental and Social Management Framework (ESMF)1 for DSUEP and Joint
Financial Partner (JFP) policies requires a brief Environmental and Social Management Plan
(ESMP). In addition, Subproject induced unforeseen issues and likely raised impacts during
implementation will be addressed in Due Diligence Report (DDR).
1.2 Project Background
Nepal’s energy mostly relies on commercial non-renewable resources like petrol, diesel,
cooking gas (LPG), and so on after the traditional source, ‘fuelwood’ (MoF, 2020). Nepal has
a population of around 29 million2 of which about 90% population have access to electricity in
the FY 2019/20 (MoF, 2020), which was 88% at the same period in FY 2018/19, cooling and
heating with less than 5% within the country. The demand and supply gap is widening every
year with the demand for electricity increasing 10% annually, while the generation does not
increase at this rate. This means deceleration on the sale of diesel and LPG is still not happening
due to adequate supply or acceptance by people for cooking, cooling, and heating purposes. To
ensure reliable and affordable energy supply and proper utilization of energy by generation and
development Government of Nepal has set the target to produce 10,000 MW by production
plant in one decade and will construct and develop all infrastructure for the distribution of
electricity in the next 5 years (The White Paper, 2018).
To improve rural access to electricity for daily HHs use and business, a proper distribution
system at each local level needs to be expanded. To redress this situation, the Government of
Nepal in coordination with NEA has launched the Distribution System Upgrade and Expansion
Project (DSUEP). The main objective of the DSUEP is to improve the rural electrification of
Project sites along with fulfilling the demands of electricity at the local level. The European
Investment Bank (EIB) supports DSUEP by providing loan finance to construct substations,
lines, and distribution lines with the installation of transformers. The Project is a part of Nepal’s
strategy to overcome the continuing power shortages and satisfy the growing electricity
demand. From this, the distribution system is overloaded and feeders are tripping.
1 Environment and Social Management Framework (ESMF) for Distribution System Upgrade and Expansion Project
(DSUEP), Nepal Electricity Authority (NEA), 2019.
2 https://cbs.gov.np/, Retrieved on 2077-02-03 (17/05/2021)
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| Environmental and Social Management Plan | 3
Power shortage in Nepal has been a major constraint to growth. The electricity supply-demand
gap in the country persists, due to the following reasons,
Increasing but insufficient generation capacity.
Seasonal fluctuation of hydro generation, which accounts for 94% of the total installed
generation capacity in Nepal.
Inadequate and outdated transmission and distribution (T&D) systems.
The Project comprises a program of schemes designed to increase access to electricity in 23
districts of Lumbini, Karnali, and Sudurpaschim Provinces in the western and far-western
regions of Nepal3. It has clustered the Project based on geographical location, the difficulty of
implementation, cost, and agreement with the European Investment Bank to finance the
construction of distribution under DSUEP. Under EIB finance, a total of 14 Project; 9 Projects
in 6 districts of Lumbini province, 4 Projects in 3 districts of Sudurpaschim province, and 1
Project in 2 districts of Karnali province will be constructed.
The environmental and social aspects for DSUEP in Nepal reveals that the source of CO2
equivalent (CO2e) emissions for the Programme are the ohmic losses of the new network
equipment being installed to connect new customers. Still, most of the households use kerosene
and business houses are using diesel generators or commercial fossil fuel-based off-grid
alternatives to renewable hydropower energy in the case of Nepal. Following the connection
to the electricity grid, these users will substitute this fossil fuel combustion with electricity
from the grid. On completion, the Project is expected to enable saving of 34 kt CO2e per year4.
For the annual accounting purposes of the EIB Carbon Footprint, the Project emissions will be
prorated according to the EIB lending amount signed in that year, as a proportion of Project
cost.
1.3 Objectives of ESMP
This plan aims to sets out the measures required to maximize the benefits of the Project, avoid,
minimize, mitigate and offset (in the case of the environment) or remedy (in the case of social
impacts) any adverse environmental and social impacts. In addition, budget and estimates,
sources of funding and adequacy, institutional and monitoring, reporting, and accountability
arrangements will be addressed within this plan.
Associated objectives are listed below:
Document the baseline conditions of existing physical, biological, socio-economic
impacts due to 33/11 kV substation construction and 33 kV distribution line.
Identify, predict and assess the potential adverse and beneficial environmental impacts
of the Project.
Recommend pragmatic and site-specific enhancement and mitigation measures, impact
avoidance, minimization of impacts, and required cost for each activity.
3 Environmental and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
4 Environmental and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
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Consult with the affected community, stakeholders to understand the public concerns,
suggestions, and addressing them as per their priorities and relevancy.
To identify the enviro-socio management mechanism to ensure the implementation of
mitigation measures and monitoring programs (as per provision in the Project’s ESMF)
and establish a mechanism to involve stakeholders in the grievance redressing
mechanism.
1.4 Project Description
The proposed Jogikuti-Mangalapur Distribution Line Subproject is located within Tilottama
Municipality, wards-7, of Rupandehi District in Lumbini Province (ANNEX 2). The
Subproject affected ward has a total population of 10492 inhabitants from 2126 families. The
Subproject constitutes two components i.e. construction of 33/11 kV substation of capacity 24
MVA and 33 kV distribution line of 0.236 Kilometer. The line is tapped from 33 kV line at
Tilottama-7, Mangalapur, Rupandehi along the Mangalapur-Kanchibazar access road just 1.54
Km from the Siddhartha Highway (A48) at Mangalapur and ends at the substation at Dalka,
Mangalapur, Tilottama Municipality-7. The substation land is owned by GoN and managed by
Tilottama Municipality while the DL route passes along the RoW of an access road. The area
of land is about 1.02 ha for substation construction and DL’s RoW is about 0.14 ha. The
proposed Subproject will have no direct impact on any private and public entities within its
Core Project Area (CPA). The camp facility will be provided within the Subproject boundary
so that no land issues will arise.
The Subproject area is located just East part of Siddhartha Highway. The site is easily
accessible from Bhairahawa and Butwal through Siddhartha Highway at a distance of 13.5 Km
and 11.5 Km respectively. In addition, the proposed site lies at a 7.33 Km and 36 Km aerial
distance away from the Chure Range and nearest national park (Chitwan NP).
The main features of the Subproject are,
Table 1-1: Technical Description of the Proposed Project
Description Features
Proponent Nepal Electricity Authority
Project Distribution System Upgrade and Expansion Project
Sub Project Jogikuti-Mangalapur Distribution Line Subproject
Funding Agency EIB
Project Location Tilottama Municipality, Rupandehi, Lumbini Province
Distribution Line
33kV Line Starting Point Tapped from 33 kV Line at Tilottama-7, Mangalapur, Rupandehi
Co-ordinate: Lat 27°36'23.37"N, Long 83°29'15.34"E
33kV Line End Point
Mangalapur Substation (Proposed) at Tilottama-7, Mangalapur,
Rupandehi
Co-ordinate: Lat 27°36'17.96"N, Long 83°29'11.79"E
System Voltage 33 kV
Max, Min System Voltage 36, 30 kV
Climatic Condition
Wind Speed: As per IS 802-1-1
Maximum Ambient Temperature: 45 oC
Altitude (Min, Max): 115, 130 masl
Length of Line 0.24 km
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Description Features
Right of way 6 m
Number of Circuit 2
Conductor ACSR Dog or ACSR Wolf
Line Capacity/Thermal Limit 26.8 MW (Dog) at 0.9 power factor
Type of Poles Steel Tubular Pole, 13m
Pole Configurations Single Pole Structures, H-Pole Structures etc.
Diameter of a Single Pole 0.22m (As per IS 2713-3)
Substation
Location
Tilottama-7, Mangalapur, Rupandehi
Co-ordinate: Lat 27°36'17.83"N, Long 83°29'10.29"E
Elevation: 122 masl
Voltage Level 33/11 kV
Substation Capacity 24 MVA
No./ Capacity of Transformer 1 nos. 8 MVA and 1 nos. of 16 MVA
Type of Transformer 3 Phase, ONAN, Mineral Oil
Type of Substation AIS (33kV) and Indoor (11kV)
No. of 33kV Line Bays 2
No. of 33kV Transformer
Bays 2
Number of 11kV Feeders 5
Substation Area 10159 sq.m./ 1.5 Bigha/ 19.97 Ropani / 1.02 ha
1.5 Legal Provision for ESMP Study
The proposed Subproject does not lie within the conservation area and any other ecologically
sensitive areas recognized by the Government of Nepal (Figure 2 3).
Subproject associated impacts are likely to have minimal or no adverse environmental and
social impact, as it does not physically displace any family and economic displacement of any
of the families. For minor level Projects, which have minimal or no major environmental and
social impacts, lies in Category C Subproject as defined by Environmental and Social
Management Framework (ESMF) for DSUEP and Joint Financial Partner (JFP) policies require
a brief Environmental and Social Management Plan (ESMP).
Moreover, pertaining to Rule 3(1), Environment Protection Act (EPA), 2076 describes
completing Environmental Studies as per Schedule 1 or 2 or 3 under Environment Protection
Regulation 2077 (First Amendment in 2078/02/10 BS on Nepal Gazette). For this Project, none
of the legal provisions reflects compliable to Schedule 1 or 2 or 3, and hence, detailed
environmental studies (Brief, IEE or EIA) is not mandatory for this Project. Therefore, ESMP
is minimum requirement for the execution of Subproject.
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Figure 1-1: Location Map of Jogikuti-Mangalapur Distribution Line Subproject
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Figure 1-2: Bird-Eye View of Jogikuti-Mangalapur Distribution Line Subproject in Satellite Map
Substation and
Campsite Area
Siddhartha Highway
(A48)
DL Tapping
Point
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1.6 Construction Work and Resource Requirement
Land Requirement: The Subproject will require about 1.02 ha land for the placement of
substation. The land is owned by GoN and managed by Tilottama Municipality. While in case
for Distribution Line, requires 0.14 ha and hence in total it requires 1.16 ha of land.
Human Resource: Altogether about 20 people (10 unskilled, 6 semi-skilled, and 4 skilled
human resources) will be deployed in the construction of the Subproject on daily basis.
Material and Fuel: The civil construction works will follow excavation for the foundation of
the substation, steel reinforcement, cement, coarse aggregates, and fine aggregates (sand).
Materials will be procured from legally operating markets only.
Table 1-2: Estimation of Requirement of Resources
SN Resource Description Unit Quantity
Construction Material
1. Construction-Cement Kg 44,000.00
2. Sand cum 87.50
3. Stone cum 26.88
4. Gravel/Aggregates cum 26.88
5. Steel Reinforcement Kg 14,300.00
Commercial Fuel
1. Petrol ltr 23,100.00
2. Diesel ltr 9,500.00
3. LPG ltr 1,300.00
Major Equipment and Power Requirements: The major equipment used during the
Subproject implementation are Excavator (1), Roller (1), Drilling Machine (1), and Crane (1).
While, 1 Grid Supply- 120 kVA Distribution Transformer and 2 number of 50 kVA, each
Diesel Generator for Alternate Supply will be required for power.
Construction and Implementation Schedule: the implementation schedule is estimated to be
12 months after the approval of construction bidding from the promoter.
Table 1-3: Construction Schedule of Subproject Implementation
SN Activities/ Months Months (After the completion of Detailed Survey Study)
1-2 3-4 5-6 7-8 9-10 11-12
1. Invitation for tender, evaluation,
and award
2. Implementation of Environmental
and Social Safeguards
3. Erection of Poles
4. Stringing of conductor
5. Construction of substation
6. Charging and Testing
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1.7 Brief on Methodological Approaches of ESMP Study
The study started with the review of previous relevant reports ESF (AIIB), ESS (EIB), ESMF
for DSUEP and SES (NEA), previous feasibility study reports, social safeguard document,
occupational health and safety prospective during implementation stage, as well as other
project documents prepared by the client.
This study report was prepared in accordance with the identified enviro-social impacts in the
screening report of the Project. The activities performed during the preparation of ESMP study
report were listed below,
1. Review of secondary information
2. Field visit
3. Coordination meeting with primary stakeholders
4. Collection of environmental and social information
5. Meaningful public consultation
6. Data management and report preparation
1. Field Visit was conducted from 2078/06/03 to 2078/06/10. The main aim was to collect
information relating to the existing physical, biological, socio-economic, and cultural
environment of the Subproject footprint. A team of sectoral experts was moved into the
field.
A walkover survey was conducted to collect the information of the Subproject surrounding
throughout the route and substation area. The checklist/questionnaire was used for collecting
physical, biological and socio-economic environment baseline information (ANNEX 3).
Following, a public consultation was completed to understand their opinion towards the
proposed Subproject as elaborated in 1.7 (3).
2. Stakeholder Mapping: Stakeholder mapping and their engagement is the key to successful
and constructive enviro-social management of the Project. It is a productive way to boost
willingness, and the ability to work on a Project. For this Project, the following are the
categories of stakeholders identified as,
Table 1-4: Identified Stakeholder from Mapping Process
High Influence Low Influence
High
Interest
Local Level, and Affected Ward
Elected Representative
Community Head (Key Persons)
Adjoining parcel of the land owner throughout the RoW of the
access road
Community
people
from the
OPA area
3. Meaningful Public Consultation: Consultation with the project-affected communities
was given more emphasis from the screening phase up to the plan preparation phase.
Inclusiveness, prior confirmation of venue, time, and subject of consultation, use of
understandable language, and engagement of stakeholders was ensured during
consultation. This was conducted to aware people on Subproject features, and the benefits
that occurred from the Subproject in the immediate and long term. Following, it was used
to understand the public opinion towards this Subproject and recording the feedback for
improvements.
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A public consultation program was scheduled at the ward office-7 dated 2078/06/05. The
issues raised during the consultation were recorded as a living document. The concerns and
suggestions received from public consultation were addressed with measures for mitigation
and/or enhancement.
Table 1-5: Issues Raised by Stakeholders and Responses
Place C.N. Comments/ Suggestions Response
Wa
rd O
ffic
e, T
ilo
tta
ma
Mu
n.-
7 (
207
8-0
6-0
5)
1.
Taking brief about Project’s substation and 33 Kv
distribution line from NEA environmental and
social experts.
Part of consultation/draft ESMP
disclosure, no need to address
2.
During monsoon and heavy rain, the proposed area
for substation gets inundated for which appropriate
drainage system shall be required and implemented
from Subproject
Addressed in Table 3.1 Adverse
Impact in Physical Environment (B-
2)
3. Local people will be prioritized for employment
opportunity based on qualification and skills
Addressed in Table 3.1 Beneficial
Impact (A-1)
4.
During expansion of DL and substation
construction, proper and effective coordination with
local level, stakeholders and people should be given
emphasis before implementation
Positive response towards Subproject
and assurance of support during
implementation
5.
We (local level, stakeholder and local people) have
full support and assurance during the
implementation of Subproject
Positive response towards Subproject
and assurance of support during
implementation
6.
The proposed substation area lies at के्षत्र ८ नं. Public land and none of the person and institution
have owned this land.
Shared information from stakeholders
during consultation and ANNEX 5
7.
During expansion of line and substation
construction damages (if) within the private and
public infrastructures, the Subproject needs to
compensate the loss
Addressed in Table 3.1 Adverse
Impact in Socio-Economic and
Cultural Environment (A-1)
8.
We (Stakeholders and Local People) have full
support and assurance during implementation of
Subproject
Positive response towards Subproject
and assurance of support during
implementation
4. Report Preparation: After field visit, the data, and feedback were put together to identify
the Subproject associated impacts, their magnitude, extent and duration. Based on impact
significance, their respective mitigation measures was proposed at different phases. The
associated cost/budget incurred for the implementation of ESMP and its monitoring on
periodic bases are also incorporated within the document. As a whole, all these site
information were presented from qualitative and quantitative write-up to form this report.
5. Disclosure of ESMP Report: The draft ESMP report was disclosed during public
consultation held on 2078/06/05. The final ESMP report will be disclosed from Promoter
and Lender’ official web portal. While at affected local level, concerned ward and
proponent will disclose ESMP report.
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2. EXISTING ENVIRONMENTAL AND SOCIAL SETTINGS
2.1 Physical Environment
1. Topography and Land Use
The Subproject area is located in the Southwestern region at the foothill of Chure hill at
Rupandehi District of Lumbini Province (LRMP, 1986). It lies in Tilottama Municipality of
ward-7 of Rupandehi, Lumbini Province. It is situated at 27°36'17.83"N latitude and
83°29'10.29"E longitude, with an elevation of 122 meters above sea level (masl). Bhairahawa
and Butwal are the major and nearest business hub nearby the Subproject area.
Geomorphologically, the Subproject area is situated in the flat Terai Region ‘southern belt’,
and is made up of sediments of Quaternary to Recent deposit. There is no presence of any
River/Streams, which will be directly affected from Subproject associated activities. The
substation land is a plain but little bit depressed. For this reason, filling of 25398 cum spoil is
necessary before substation construction.
The substation land is owned by GoN and managed by Tilottama Municipality (GoN owned)
recently practiced as cultivation purpose. None, of the issues associated with owner and user
right will be raised during implementation. While RoW of DL lies passes through the edge of
the existing road network. The substation boundary and DL will cover 1.02 ha and 0.14 ha of
land.
Figure 2-1: Google Elevation Profile of Distribution Line in Satellite Map
A
B
A B
Sidhartha Highway
Tapping Point, Mangalapur-
Kanchibazar Road
Proposed Substation
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Proposed Substation Area, Tilottama Municipality-7, Dalka, Mangalapur
2. Climatic Condition
The proposed Subproject area belongs to the lower-tropical climatic zone (below 300 masl).
As there is no meteorological station presence within the Subproject area, the nearest station at
Bhairahawa Airport Station was taken as a reference for the study. The minimum temperature
of the nearby proposed Subproject site is recorded 8.75oC in January, while the maximum
temperature recorded is 42.40oC, in April (Tilottama, 2018). While it receives the highest
rainfall in July. The summer monsoon is prevalent from May up to September while a decrease
in rainfall is observed in winter. The average rainfall is 3693 mm.
3. Air and Noise Quality and Polluting Sources
The Subproject site is located in a semi-urban setting in Tilottama is Municipality. The major
air polluting sources recorded are from vehicular emission and dust problem from plying of
vehicles. Noise polluting sources noted at the time of field study are similar with the air
polluting sources. Use of unnecessary accelerator and horn along the access road of site is the
second most source of noise generation. Following table shows the real-time quality of air and
noise during field study.
Table 2-1: Ambient Air and Noise Quality Parameter Measurement
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353 Mini
Sound Meter
PM2.5 PM10 Causing Factor dB Causing Factor
1. Tapping Point 65.1 93.7 Vehicular Emission 67 Plying of Vehicle
Source: Field Visit, 2021
The air5 (PM2.5) and noise6 at tapping point is found to exceed the national standard7 for
ambient air and noise quality. During implementation phase, the Subproject induced major air
5 National Indoor Air Quality Standard, 2009
6 National Ambient Sound Quality Standard, 2012
7 CBS. (2013). Environmental Statistics of Nepal. Kathmandu: Central Bureau of Statistics.
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and noise-polluting sources will be from plying of vehicles for transporting spoil, materials,
substation electric components and substation construction activities only. There are no water
sources recorded during the field study.
4. Geology, Soil and Seismic Risks
The geology of the Subproject region is flat and of Quaternary deposit. The Subproject area
consists of cohesive silty clay soil consist of small pebbles/gravels in a sand and silt matrix.
The land is depressed with the lack of the drainage management at the substation area. The soil
consists of the cohesive silty clay at the top, non-cohesive soil silt at the middle and at the
bottom part; it consists of the non-cohesive rounded to angular size gravel pebble of quartzite
and others.
Figure 2-2: Geological Map of Proposed Project8
The study map showed that the horizontal seismicity coefficient of the Subproject area is
100gal, which is equal to 0.06g. Assuming the ratio of horizontal, and the vertical seismic
coefficient is 1.5, the vertical seismic coefficient will be 0.04. Since seismicity can shake in
any direction with the worst-case scenario should be considered, so the recommended seismic
coefficient for this Subproject is 0.06.
8 Department of Survey (DoS) 2020
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Figure 2-3: Seismic Hazard Map of Nepal Showing Proposed Subproject Site9
5. Solid Waste Management
The waste was found littered in front of HHs, shops and business area within most of the
Mangalapur Chowk, Ramnagar and Keulani. The nature of waste comprised of plastics (bottles,
bags and packaging), textiles, and metal cans. Organic waste was observed littered in fewer
places near Mangalapur Chowk (mostly). Most of the people along the CoI has practiced to
manage organic waste within the household premises. Recyclable waste (for large quantity)
has been practiced of selling to the scrap collector.
According to study done by ADB on SWM, and composition practices of municipalities in
2013; findings from the study reveals that the average per capita waste generation was 123.62
g/capita/day where the composition of organic waste is estimated to be 51.06% (ADB, 2013).
2.2 Biological Environment
The Subproject lies within the elevation of below 300 masl of Rupandehi District and thus is
located in Lower Tropical climatic zone.
The proposed Subproject development site does not lies within any protected areas and
conservation areas that are ecological important for which none of the Subproject induced
impact to biological environment is expected. The proposed site lies at 36 Km aerial distance
away from the nearest national park (Chitwan NP).
9 Department of Mines and Geology, http://seismonepal.gov.np/publications, Retrieved on 2078/03/06(6/20/2021)
Proposed Site
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Figure 2-4: Environmental Sensitive Area and Subproject Area Location
From field study and participatory interaction with locals, eight species of birds were reported
from the Subproject site and its peripheral area.
Table 2-2: List of Birds Found within the Subproject Area
SN Common/ Local Name Scientific Name GoN IUCN CITES
1. Crow Corvus splendens LC
2. Spotted Dove Streptopelia chinensis LC
3. Rock Pigeon Columba livia LC
4. Rose Ringed Parakeet Psittacula krameria LC
5. House Sparrow Passer domesticus LC
6. Tree Sparrow Passer montanus LC
7. Titra Francolinus pondicerianus LC
8. Common Quail Coturnix coturnix LC
Source: Field Visit, 2021
Herpetofauna like Asian Common Toad (Bufo melanostictus), Common Garden Lizard
(Calotes versicolor), Checkered Keelback (Xenochrophis piscator), Common Rat Snake
(Pantherophis obsoletus), Common Karait (Bungarus caeruleus), Common Cobra (Naja naja),
and Frog (Rana tigrina) were recorded during public interactions. None of the aquatic life has
existence within the CPA of the site.
2.3 Socio-Economic and Cultural Environment
The Subproject site lies in Tilottama Municipality-7. The total Subproject occupies 1.02 ha of
substation land, which is owned by GoN and managed by Tilottama Municipality and the DL
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route will pass along the RoW of the existing road. None of the private and public
infrastructures are located within the CPA, which needs relocation.
According to the Municipal profile of Tilottama Municipality (Tilottama, 2018), the total
population in this municipality is 123836 living in 25503 HHs. The total male population is
63316 and the female population is 60508. The Subproject affected ward has a total population
of 10492 inhabitants from 2126 HHs where 5345 are male and 5146 are female. Nearly, 78.6%
of people speaks Nepali language among total population of 123836 individuals. According to
the Population Dashboard of Tilottama Municipality, was inhabited by mostly the people of
the Brahman-Chhetri Terai caste with a total population of 55999 followed by Tharu as 20828.
The proposed land of substation area is public and fall under the management of Tilottama
Municipality. This has been confirmed during consultation meeting in presence of ward
chairman. The proposed physical activities of this Subproject (installation of substation) will
not be involved in private land. Therefore, there will be no land acquisition and resettlement
impacts. In case for DL, none of the issues will be arise as DL will be expanded underground
cabling. Other than this issues, community people from the affected ward have agreed and gave
assurance on providing support during implementation of subproject. They have committed for
the support during the implementation through suggesting to install pole without affecting
private and public infrastructures and creating job opportunities based on qualifications and
skills.
Similarly, the main occupation of people in the area are small to medium scale business
followed by agriculture and animal husbandry. Following, wage labor, foreign employment,
services, business, pension, and self-business are the subsequent major occupation sectors
within ward-7 of Tilottama Municipality. While talking about the connectivity, the Subproject
site is connected with Siddhartha Highway at a distance of 1.54 Km. During the field visit, the
major health conditions found are headache, backache, Upper Respiratory Tract Infection
(URTI), Presumed Non-Infectious Diarrhoea, Fungal Infection, Gastritis, ARI/Lower
Respiratory Tract Infection (LRTI), Refractive Error, Conjunctivitis, and cataract. Recent
issues of the COVID19 Pandemic have been observed as one of the major challenging health
risk issues at the local level. The proposed site is accessible with a health facility within half
an hour.
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3. ANTICIPATED IMPACTS AND MITIGATION MEASURES
The development of infrastructure necessarily brings a change in the local environment in terms
of physical, biological, socio-economic aspects. This impact will be both beneficial as well as
adverse. According to National Environmental Impact Assessment Guidelines (GoN, 2050),
the magnitude, extent, and duration of the project-induced impacts have been taken as
referenced. This chapter identifies the basic environmental and social impacts in the Subproject
site that will arise during the construction. The detailed impacts of each component have been
addressed in this chapter.
3.1 Beneficial Impacts
A. Construction Phase
1. Opportunities of Earnings for Local People
Impacts
As Subproject undergoes implementation, local people will be benefited through engagement
in construction related works. Altogether about 20 people (10 unskilled, 6 semi-skilled, and 4
skilled human resources) will be deployed on daily/monthly basis for the implementation
period of 12 months. This will help local people to enhance their skills in construction work,
electrical components installation and earnings. The magnitude of impact is considered
moderate, the extent is local, and the duration is short-term.
Augmentation Measures
• Local people within the Subproject area will be emphasized first based on qualification
and skills.
• Working with technical experts shall be passed expertise on to the local people.
• The construction activities require different construction materials like aggregate, sand,
cement, steel, etc., which shall be brought from the locally available legal market
centers. This will improve their earnings at HHs level.
• Employment opportunities will help on flow of capital to increase production level
thereby helps in boosting business growth.
2. Corporate Social Responsibility (CSR) Activities
Impacts
Community people and local government are one of the key stakeholder to secure social
license. Their support helps Promoter and Construction Contractor to implement designed
activities without any hazel. For this, Subproject have also certain social responsibility
identified from public consultation for the betterment of existing social aspects and practices
that was not addressed within the Subproject design document. Similar with this, is the case in
this Subproject also. The envisaged direct impact is low in magnitude, site specific in extent,
short term in duration.
Augmentation Measures
• Construction of left and right retaining wall along the canal channel route.
• Capacity Building Training (ToT) on Applied Training Course.
Corporate Social Responsibility (CSR)
Subproject Name: Jogikuti-Mangalapur Distribution Line Subproject
Location:- Tilottama Municipality-7
Project: Distribution System Upgrade and Expansion Project (DSUEP)
Promoter: National Electricity Authority (NEA)
SN Description of items Unit Qty. Rate Amount
1.
Construction of left and right retaining
wall (stone masonry) along the canal
channel route
cum 800.00 7,000.00 5,600,000.00
2. Capacity Building Training (ToT) on
Applied Training Course. LS 1.00 500,000.00 500,000.00
Total Budget 6,100,000.00
Source: Field Visit 2021 (Based on issues raised during public consultation meeting)
B. Operation Phase
1. Enhancement in Rural Electrification
Impacts
New business houses are going to establishing different industries within/nearby the Subproject
proposed area. Recently, power tripping and voltage drop problem nearby the areas are one of
the major problem faced. For which, expansion and shifting of industries from commercial fuel
to electricity was influenced. Upgrading and expansion of electricity distribution system is one
of the important basis of rural electrification which helps to way-out many electricity related
issues and promotes to use of more home appliances, use of electric power generators for
irrigation and industries establishment. The magnitude of impact is considered high, the extent
is local, and the duration is long-term.
Augmentation Measures
• The problem related to distribution system on overloading of the distribution
system and tripping of feeder will be resolved.
• Opportunities to upgrading and expansion of new industries shall be established.
• With resolved power related issues, local people shall be motivated to use electric
appliances for cooking, and lighting.
• Diesel powered water pump for irrigation of crops will be replaced by electric
powered water pumps.
• More electric and electronic shops shall be established around the Subproject area.
2. Climate Benefits
Impacts
The existing use of the traditional source of energy like guitha (made from cow dung), firewood
and timber along with commercial fuel LPG/Kerosene for cooking/lighting, heating and diesel
for water pumping is more prevalent around the Subproject area. The combustion of firewood
will ultimately degrade the indoor environment by emitting smoke, and fumes consequencing
health impacts in long run. The magnitude of impact is considered high, the extent is local, and
the duration is long term.
Augmentation Measures • The emission from incomplete combustion of traditional energy sources like fuel wood
and commercial fuel like kerosene, and diesel will be minimized through use of electric
powered equipment/appliances.
• As emission shall gradually reduce, the quality of air will be improved. This will benefit
associated with the health issues of people associated with indoor air pollution after the
commencement of Subproject.
• The Project will contribute in a wider sense to climate mitigation i.e. at completion the
Project is expected to enable saving of 34 kt CO2e per year as calculated by EIB.
• It ultimately helps in reducing average household health expenses and will be used for
other productive use in long run.
3.2 Potential Adverse Impacts
3.2.1 Physical Environment
A. Construction Phase
1. Impact Associated with Change in Land Use
Impacts
The Subproject will require about 1.02 ha land for the placement of substation. The total land
belongs to Tilottama Municipality. While in case for Distribution Line, it passes through the
RoW of access road with CoI area with 0.14 ha. The construction of the Subproject will bring
change in the existing land use of the area permanently. The impacts due to use of land will be
moderate in magnitude, site specific and long term in duration.
Mitigation/Enhancement Measures
• The proposed physical activities of this Subproject (distribution line and
installation of substation) will not be involved in private land i.e. the substation
land owned by GoN and managed by Tilottama Municipality.
• In addition, the campsite is also proposed within the substation site for which no
issues of decommissioning will be raised from the local.
• Planting of Steel Tubular Pole for DL will be replaced by underground cabing at
the RoW of existing access road without hampering traffic movement. No forest
and cultivated land will be used for Project.
2. Impact Associated with Stability and Underground Cabling
Impacts
The Subproject component like DL with total length of 0.24 Km passes through the RoW of
existing road and substation Land is owned by GoN and managed by Tilottama Municipality.
The total length of DL will be proposed as underground cabling so that no major issues shall
arise during implementation. From the construction work (if haphazardly executed) related
activities during trench excavation, pole planting work, ground levelling at substation and
foundation excavation work; subsidence of adjoining land or damage in entities might be
expected consequence sheet erosion during rainy period. The magnitude of impact is
considered low, the extent is site-specific, and the duration is short-term.
Underground Power Cable and Laying System
3-Core Power Cable: A 3-core cable having conductor cross-section of 300 mm2 and
insulation properties of 33 kV, laid underground for a length of 1.13 km will fulfil the power
requirements of Gadhawa substation (8 MVA). The total diameter of this power cable will be
approx. 9 cm and the bending radius of cable while laying will be approx. 1.8m. The sectional
drawing of the cable is shown in following figure.
Figure 3-1: 33kV, 3-Core Underground Power Cable and Method for Laying Cable
Mitigation/Enhancement Measures
• A boundary wall will be constructed first to avoid unnecessary spills towards
cultivated land at South-Eastern/Western part at Substation.
• Adequate, natural drainage system route shall be managed through proper retaining
structure (Stone Masonry) to about 200m each on left and right bank of canal.
• While doing underground cabling, proper warning sheath will be provided for
protection and safety measures.
• Manhole will be placed in certain intervals at conduits so that maintenance work
will get easier and efficient during operation phase.
• While doing underground cabling, the existing access road needs to be cut for
making conduit. After cutting, the access road needs to be rehabilitated into the
previous form within a week days from the cut day.
• Attention will be given while disturbing the site through using only the areas
necessary for construction and phasing construction activities.
• Sediment traps and ditches will be located for controlling runoff water within and
around substation. This will help in avoiding possible unwanted erosion of
materials into the adjoining cultivated land and access road side.
3. Impact Associated with Spoil Management
Impacts
As substation ground level is very low, filling of spoil will be necessary in huge quantity i.e.
25398 cum. In addition, the other construction associated spoil generated here will be the types
like cement bags, iron bars, and other leftover construction materials, and waste generated by
the labor camp might cause adverse impact to the nearby receiver environment if not properly
managed. The magnitude of impact is considered low, the extent is site-specific, and the
duration is short-term.
Mitigation/Enhancement Measures
• The land required for borrowing earth purposes for additional spoil for filling will
be arranged & selected by the contractor and will have to be approved by the site
Supervisor. Selection will be done based on ease rehabilitation.
• The required filling materials will be purchased from nearby market. For this
Subproject won’t excavate or quarry filling materials.
• Selection of spoil for surfacing/leveling material will be free from all types of
organic materials and quality perspectives.
• Spoil will be covered with tarpaulin while transporting it from earth-borrowing
areas till the substation.
• Simultaneous water sprinkling and compaction of spoil will be done using the
roller.
• Spoil generated during underground cabling shall be managed within week of
excavation started for pit.
• Spoil will not be allowed to accumulate in the access road.
4. Impact due to Air and Noise Pollution
Impacts
The construction activities such as site clearance, ground leveling, excavation of the building
foundation, spoil management work, waste burning, haphazard stockpiling of construction
materials, vehicular movement will generate dust and emission at the Subproject site. In
addition, the workforce noise, excavating equipment, and vehicles transporting the
construction materials will raise noise levels than before the implementation of the Project. The
impact on air quality and noise level will be minor in magnitude, site-specific in terms of extent,
and short duration.
Mitigation/Enhancement Measures
• Water sprinkling and compaction from roller will be done simultaneously to
control dust emission during ground levelling after excavating work.
• Open burning of any sorts of wastes will be strictly prohibited.
• Use of face masks to the construction workers on the construction site.
• Construction machinery will be properly maintained to minimize exhaust
emissions of CO, SPM, and Hydrocarbons.
• However, enclosing the boundary with appropriate wall will prevent the dust
generated and spill of spoil to the adjoining parcel of cultivated land.
• Cover all dust generating loads carried in open trucks.
• Wherever required, personal protective equipment such as earplugs, earmuffs, etc.
will be provided to the persons working in high noise areas.
• Stockpiling of construction materials will be stockpiled in designated places within
the Subproject boundary.
5. Impact Associated with Solid Waste Management
Impacts
Nearly, 20 people will be required for the construction work daily. Based on the study done by
ADB 2013, the following waste is projected to be generated on daily basis from the campsite
after commencement of Subproject.
Table 3-1: Estimated Daily Solid Waste Generation from Campsite
SN Description Calculation Remarks
1. Total Labors within the Campsite = 20 Labors
2. Total Waste Generation to be Expected = 20 * 123.62 g/capita/day
= 2472.4 g/capita/day
= 2.4724 kg/day
3. Organic Waste Composition Responsible
for Foul Smell, and Rodents = 1.26 kg/day Assuming
51% organic
waste
Rest other waste is recyclable, and non-decomposable which could be stored for long period, and
have less impact on the environment if properly managed. The amount of organic waste is
manageable within the Subproject site as organic waste per day will be expected to be only 1.26
kg/day.
In addition, construction waste generation can be up to 30% of the materials used in
construction activities (Letcher & Vallero, 2011). Waste generated during the construction
phase from the campsite shall be around 2.4724 kg/day in total. The composition of organic
waste shall be around 1.26 kg/day. Organic waste if unmanaged properly shall arise foul smell,
and rodents. This might be one among other issues consequencing disputes with nearby local
people. The rest inorganic waste generated during implementation shall be managed through
source segregation. The magnitude of impact is considered to be low, the extent is site-specific,
and the duration is short-term.
Mitigation/Enhancement Measures
• Source segregation of organic and inorganic wastes in different storage areas or
facilities in the designated location, and adoption of 3R principle for waste
management.
• The organic waste generated from the campsite will be managed within the
substation premises, as the daily waste projection is just only 1.26 kg/day, which
is easily manageable through composting in the bin or by constructing a ground
pit, and covered, by the sufficient thick layer of soil on daily basis to prevent foul
smell and controlling rodents and insects.
• Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and
sand mix will be used as refills for making ground leveling.
• The packing materials used for casing components should be recyclable, and non-
hazardous. For instance, strong wooden boxes, and somewhere even cardboard
with a waterproof lining shall be emphasized no damages, and corrosion in the
components.
• Recyclable wastes like left out/non-usable reinforcement bars, and packing
materials will be sent or sold to scrap vendors.
• The construction contractor shall ensure proper management of ground drainage
from camps as a preventive measure against breeding places of mosquitoes, and
other pests.
• Chemical waste generated from transformer (if) needs to be collected in leakage
proof, corrosion free special lined designed container for hazardous waste and
sealed carefully.
• Effective coordination with Tilottama Municipality.
• Waste Management Plan and Approaches will be fully complied with.
B. Operation Phase
1. Issues Related to Electric, and Fire Hazard
Impacts
Employees performing servicing or maintenance of substations will be exposed to injuries from
the unexpected energization or release of stored energy in the equipment, and chemical
reactions in the system. From this, the workers will be exposed to electric shocks, and burns.
The magnitude of impact is considered moderate, the extent is site-specific, and the duration
is long term.
Mitigation/Enhancement Measures
For this, the following mitigation measures will be practiced:
• The conductor should be covered or use of covered conductor within the dense
settlement area
• There will be the use of insulation, guarding, grounding, electrical protective
devices, and safe work practices.
• Only trained and authorized personnel will be allowed for the electrical works.
• No electric wire shall be stringed above the house.
• Security fences around the substation.
• Establishment of warning signs.
• Shutdown shall be taken during work on DL route.
3.2.2 Biological Environment
The proposed Subproject avoided the forestland or other sensitive biodiversity areas. Hence,
there will not be a direct impact on the forest. Other impacts indirectly on the biological
environment of the Subproject are expected to be low and negligible.
A. Construction Phase
1. Loss of Habitat
Impacts
As there is no presence of any forestland or sensitive biodiversity area, the occurrence and
contact of any species are less.
Mitigation/Enhancement Measures • No specific mitigation measures necessary.
A. Operation Phase
1. Impact due to Collision of Birds
Impacts
Project has several forms, which can be broadly divided into those measures that make power
lines present less of an ‘obstacle’ for birds to collide with, those that keep birds away from the
power line, and those that make the power line more visible. The magnitude of impact is
considered low, the extent is site-specific, and the duration is long term.
Mitigation/Enhancement Measures
• To reduce the collision of birds within the substation components, markers such as color
balls will be attached to the dead-end tower/s inside the substation to improve line
visibility for the bird.
• Spacing of devices should be not more than 5-10 m apart.
• Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
• The device may not damage the conductor onto which it will be placed.
• Connector part mechanisms must be burr-free.
3.2.3 Socio-Economic and Cultural Environment
The anticipated impacts regarding the socio-economic and cultural environment associated
with Subproject are discussed below:
A. Construction Phase
1. Impact Associated with Construction Activities
Impacts
During the Subproject implementation, expansion of DL and substation construction activities
shall alter existing route and change in form of substation land. Installation of steel tubular pole
and substation construction work might slightly influence the daily practices of people along
the route line and residing behind the substation site. The envisaged direct impact is high in
magnitude, site-specific in extent, and short-term in duration.
Mitigation/Enhancement Measures
• Scientific, legal demarcation and enclosing of substation boundary will be constructed
first to minimize the impact of spoil spillage to adjoining land parcel and access road.
• Fruitful coordination with local level, CBOs and local people will be helpful in effective
implementation of Subproject.
• Underground cabling will be done at the edge of the RoW of access road.
• Compensation shall be provided for the loss of trees and crops through appropriate
coordination with owner of assets. Also, unintentional damages to the private and
public infrastructure will be compensated from Subproject.
• Underground cabling and substation construction will be completed without affecting
private and public infrastructures.
• Expansion of DL will be done following fruitful coordination with local stakeholders.
• In addition, Subproject is responsible to resolve all the unavoidable issues concerned
with adjoining cultivated landowners.
• The construction activities will be completed within the period as approved from NEA.
2. Issues Related to Child Labor, and Gender
Impacts
During the Subproject construction, people will be employed on daily wages for excavation,
transportation of construction materials, and other construction-related works. Discrimination
on women and vulnerable groups while hiring the worker, and minimum wages will be
expected. Despite, the GoN’s strict rules, and regulations on child labor, and gender issues, it
remains a potential threat (chances of exploitation) to children, females, and socially backward
communities. The envisaged indirect impact is high in magnitude, site-specific in extent, and
short-term in duration.
Mitigation/Enhancement Measures
• The use of child labor is strictly restricted during the construction phase.
• The construction contractor will ensure that there will be not gendered discrimination
during the implementation of the Project, and equal wage is given to both the male and
female workers for the same amount of work done irrespective of their gender.
• In addition, the labor camp will be gender friendly including a separate locked
toilet/bathroom, and room, a resting place for females, and special provision during the
menstrual period with the availability of basic sanitary pads, and nutritious diet.
• Existing Labor Act and Labor Rule of GoN shall be strictly followed.
3. Occupational Health, and Safety
Impacts
Occupational health hazard and safety of workers is the major issues during the construction
period. Working without the use of safety measures during excavation work, spoil management
work, mechanical, and electrical equipment handling activities, chemical handling, and
constructional activities may call the risk of accidents. From many accidents, primary victims
may be the workers involved in the construction. In addition, the pedestrian might also be
injured. The envisaged direct impact is high in magnitude, site specific in extent, short term in
duration.
Mitigation/Enhancement Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety
plan from construction contractor are adequate and approved by NEA/PIU (DSUEP)
management will in hand.
• All employees will be provided with the necessary training, and safety equipment as
required for their respective responsibilities, and duties. The Subproject will adhere to
labor acts and rules.
• The basic facilities like drinking water, gender-friendly sanitation facilities & resting
place, secured lock system for female rooms, canteen facility, and basic internet facility
during an off-hour; first aid required for the campsite will be assured.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-
toothed comb (6–8 in) will be provided to each work force.
• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection,
Dust Mask, Head Protection, Foot Protection, and High Visibility Clothes Must be worn
in this Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No
Smoking Area, and High Voltage), Warning Signs (High Voltage, Slippery When Wet),
Fire Safety Signs, and Emergency Signs].
• NEA will be responsible to supervise the OHS, and environmental performance of the
construction contractor, and laborers' condition.
4. Grievances Management
Impacts
Some issues that are frequently observed within the developmental Projects are biasness on the
opportunity to local employment, information disclosure, wage rate, working hours;
misbehave, land disputes, etc. If the grievances are not recorded and addressed properly, they
may arise conflict among workers, and management, and even residents. The envisaged
indirect impact is low in magnitude, local in extent, and short-term in duration.
Mitigation/Enhancement Measures
• A Grievance Redress Committee (GRC) will be established at the three different levels
to address the social issues associated with the Project.
• This committee will settle disputes related to the workers, local, and workers, etc.
within the 7 to 15 days of the complaint registered/forwarded based on Tier-I, II & III.
B. Operation Phase
1. Occupational Health, and Safety
Impacts
Employees working in the operation and maintenance of the electric components are exposed
to electric shock, electrocution, fires, and explosions. The envisaged impact is direct, site-
specific in extent, moderate in magnitude, and long-term.
Mitigation/Enhancement Measures
• The Promoter will organize advanced level training to instruct, and train staff about
health, and safety-related activities, and issues.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-
toothed comb (6–8 in) will be provided to each work force.
• Personal protective equipment for all-purpose (face shields, helmets, safety Goggles,
safety shoes, hand gloves, etc. as per the job requirement) for workers will be provided
to minimize health and safety risks.
• Necessary safety kits such as helmets, gloves, masks, etc. will be provided to
employees. The Promoter will adhere to labor acts and rules.
• There should be the use of insulation, guarding, grounding, electrical protective
devices, and safe work practices.
• Employees working on the electrical devices will be provided with electrical protective
equipment.
• Proper maintenance of fencing will be assured to prevent the movement of unauthorized
personals into the site.
3.3 Environment and Social Management Plan
Environmental and Social Management Plan (ESMP) is a plan for implementing environmental
mitigation, and enhancement measures during the construction, and operation stages of the
Project, monitoring the effectiveness of these measures, providing cost estimates for the
measures, and identifying the Subproject participants that are responsible for implementing the
measures and monitoring them. The ESMP serves as a guide for the Subproject to avoid,
minimize, mitigate adverse environmental impacts, and enhance positive impacts.
The implementation of the mitigation measures will be the responsibility of the contractor, and
promoter during the construction, and operation stages. A detailed ESMP has been prepared
and presented in the following table.
Table 3-2: Environmental and Social Management Plan
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
1. Beneficial Augmentation Measures
A. Construction Phase
1. Opportunities of
Earning for Local
People
Local people within the Subproject area will be emphasized first based on qualification and
skills.
Working with technical experts shall be passed expertise on to the local people.
The construction activities require different construction materials like aggregate, sand,
cement, steel, etc., which shall be brought from the locally available legal market centers.
This will improve their earnings at HHs level.
Employment opportunities will help on flow of capital to increase production level thereby
helps in boosting business growth.
Contract
Document
Construction
Contractor NEA/PIU (DSUEP)
2. Corporate Social
Responsibility
(CSR) Activities
Construction of left and right retaining wall along the canal channel route.
Capacity Building Training (ToT) on Applied Training Course.
5,600,000.00
500,000.000
(Detail in
CSR Section
3.1)
Construction
Contractor/
Outsourcing/
Authorized
Institution from
NEA
NEA/PIU (DSUEP)
B. Operation Phase
1. Enhancement in
Rural
Electrification
The problem related to distribution system on overloading of the distribution system and
tripping of feeder will be resolved.
Opportunities to upgrading and expansion of new industries shall be established.
With resolved power related issues, local people shall be motivated to use electric appliances
for cooking, and lighting.
Diesel powered water pump for irrigation of crops will be replaced by electric powered
water pumps.
More electric and electronic shops shall be established around the Subproject area.
- NEA/PIU
(DSUEP) -
2. Climate Benefits
The emission from incomplete combustion of traditional energy sources like fuel wood and
commercial fuel like kerosene, and diesel will be minimized through use of electric powered
equipment/appliances.
- NEA/PIU
(DSUEP) -
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
As emission shall gradually reduce, the quality of air will be improved. This will benefit
associated with the health issues of people associated with indoor air pollution after the
commencement of Subproject.
The Project will contribute in a wider sense to climate mitigation i.e. at completion the
Project is expected to enable saving of 34 kt CO2e per year as calculated by EIB.
It ultimately helps in reducing average household health expenses and will be used for other
productive use in long run.
2. Adverse Mitigation/ Enhancement Measures
1. Physical Environment
A. Construction Phase
1. Impact
Associated with
Change in Land
Use
The proposed physical activities of this Subproject (distribution line and installation of
substation) will not be involved in private land i.e. the substation land is owned by GoN
and managed by Tilottama Municipality.
In addition, the campsite is also proposed within the substation site for which no issues of
decommissioning will be raised from the local.
Planting of Steel Tubular Pole for DL will be replaced by underground cabing at the RoW of
existing access road without hampering traffic movement. No forest and cultivated land will
be used for Project.
Contract
Document
Construction
Contractor
NEA/PIU (DSUEP)
2. Impact
Associated with
Stability and
Underground
Cabling
A boundary wall will be constructed first to avoid unnecessary spills towards cultivated land
at South-Eastern/Western part at Substation.
Adequate, natural drainage system route shall be managed through proper retaining structure
(Stone Masonry) to about 200m each on left and right bank of canal.
While doing underground cabling, proper warning sheath will be provided for protection and
safety measures.
Manhole will be placed in certain intervals at conduits so that maintenance work will get
easier and efficient during operation phase.
While doing underground cabling, the existing access road needs to be cut for making
conduit. After cutting, the access road needs to be rehabilitated into the previous form within
a week days from the cut day.
Attention will be given while disturbing the site through using only the areas necessary for
construction and phasing construction activities.
Contract
Document
and cost for
second is
addressed in
Beneficial
Measures A-2
Construction
Contractor
NEA/PIU (DSUEP)
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
Sediment traps and ditches will be located for controlling runoff water within and around
substation. This will help in avoiding possible unwanted erosion of materials into the
adjoining cultivated land and access road side.
3. Impact
Associated with
Spoil
Management
The land required for borrowing earth purposes for additional spoil for filling will be
arranged & selected by the contractor and will have to be approved by the site Supervisor.
Selection will be done based on ease rehabilitation.
The required filling materials will be purchased from nearby market. For this Subproject
won’t excavate or quarry filling materials.
Selection of spoil for surfacing/leveling material will be free from all types of organic
materials and quality perspectives.
Spoil will be covered with tarpaulin while transporting it from earth-borrowing areas till the
substation.
Simultaneous water sprinkling and compaction of spoil will be done using the roller.
Spoil generated during underground cabling shall be managed within week of excavation
started for pit.
Spoil will not be allowed to accumulate in the access road.
-
Construction
Contractor NEA/PIU (DSUEP)
4. Impact due to Air
and Noise
Pollution
Water sprinkling and compaction from roller will be done simultaneously to control dust
emission during ground levelling after excavating work.
Open burning of any sorts of wastes will be strictly prohibited.
Use of face masks to the construction workers on the construction site.
Construction machinery will be properly maintained to minimize exhaust emissions of CO,
SPM, and Hydrocarbons.
However, enclosing the boundary with appropriate wall will prevent the dust generated and
spill of spoil to the adjoining parcel of cultivated land.
Cover all dust generating loads carried in open trucks.
Wherever required, personal protective equipment such as earplugs, earmuffs, etc. will be
provided to the persons working in high noise areas.
Stockpiling of construction materials will be stockpiled in designated places within the
Subproject boundary.
300,000.00
Construction
Contractor NEA/PIU (DSUEP)
5. Impact
Associated with
Source segregation of organic and inorganic wastes in different storage areas or facilities in
the designated location, and adoption of 3R principle for waste management. 300,000.00
Construction
Contractor NEA/PIU (DSUEP)
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
Solid Waste
Management
The organic waste generated from the campsite will be managed within the substation
premises, as the daily waste projection is just only 1.26 kg/day, which is easily manageable
through composting in the bin or by constructing a ground pit, and covered, by the sufficient
thick layer of soil on daily basis to prevent foul smell and controlling rodents and insects.
Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and sand mix
will be used as refills for making ground leveling.
The packing materials used for casing components should be recyclable, and non-hazardous.
For instance, strong wooden boxes, and somewhere even cardboard with a waterproof lining
shall be emphasized no damages, and corrosion in the components.
Recyclable wastes like left out/non-usable reinforcement bars, and packing materials will be
sent or sold to scrap vendors.
The construction contractor shall ensure proper management of ground drainage from camps
as a preventive measure against breeding places of mosquitoes, and other pests.
Chemical waste generated from transformer (if) needs to be collected in leakage proof,
corrosion free special lined designed container for hazardous waste and sealed carefully.
Effective coordination with Tilottama Municipality.
Waste Management Plan and Approaches will be fully complied with.
B. Operation Phase
1. Issues Related to
Electric, and Fire
Hazard
The conductor should be covered or use of covered conductor within the dense settlement
area
There will be the use of insulation, guarding, grounding, electrical protective devices, and
safe work practices.
Only trained and authorized personnel will be allowed for the electrical works.
No electric wire shall be stringed above the house.
Security fences around the substation.
Establishment of warning signs.
Shutdown shall be taken during work on DL route.
-
NEA/PIU
(DSUEP) -
2. Biological Environment
A. Construction Phase
1. Loss of Habitat No specific mitigation measures necessary. - Construction
Contractor NEA/PIU (DSUEP)
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
B. Operation Phase
1. Impact due to
Collision of Birds
To reduce the collision of birds within the substation components, markers such as color
balls will be attached to the dead-end tower/s inside the substation to improve line visibility
for the bird.
Spacing of devices should be not more than 5-10 m apart.
Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
The device may not damage the conductor onto which it will be placed.
Connector part mechanisms must be burr-free.
Embedded
within
Contract
Document
NEA/PIU
(DSUEP) -
3. Socio-Economic, and Cultural Environment
A. Construction Phase
1. Impact
Associated with
Construction
Activities
Scientific, legal demarcation and enclosing of substation boundary will be constructed first
to minimize the impact of spoil spillage to adjoining land parcel and access road.
Fruitful coordination with local level, CBOs and local people will be helpful in effective
implementation of Subproject.
Underground cabling will be done at the edge of the RoW of access road.
Compensation shall be provided for the loss of trees and crops through appropriate
coordination with owner of assets.
Underground cabling and substation construction will be completed without affecting
private and public infrastructures.
Expansion of DL will be done following fruitful coordination with local stakeholders.
In addition, Subproject is responsible to resolve all the unavoidable issues concerned with
adjoining cultivated landowners.
The construction activities will be completed within the period as approved from NEA.
Embedded
within
Contract
Document
Construction
Contractor NEA/PIU (DSUEP)
2. Issues Related to
Child Labor, and
Gender
The use of child labor is strictly restricted during the construction phase.
The construction contractor will ensure that there will be not gendered discrimination during
the implementation of the Project, and equal wage is given to both the male and female
workers for the same amount of work done irrespective of their gender.
In addition, the labor camp will be gender friendly including a separate locked
toilet/bathroom, and room, a resting place for females, and special provision during the
menstrual period with the availability of basic sanitary pads, and nutritious diet.
Existing Labor Act and Labor Rule of GoN shall be strictly followed.
Embedded
within
Contract
Document
Construction
Contractor NEA/PIU (DSUEP)
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
3. Occupational
Health, and
Safety
Ensure that the qualified OHS supervisory staff on site, and approved health, and safety plan
from construction contractor are adequate and approved by NEA/PIU (DSUEP)
management will in hand.
All employees will be provided with the necessary training, and safety equipment as
required for their respective responsibilities, and duties. The Subproject will adhere to labor
acts and rules.
The basic facilities like drinking water, gender-friendly sanitation facilities & resting place,
secured lock system for female rooms, canteen facility, and basic internet facility during an
off-hour; first aid required for the campsite will be assured.
Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-toothed
comb (6–8 in) will be provided to each work force.
Provision of a first aid kit will be provided.
Provision of health insurance to employees will be assured.
Security fences around the substation.
Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection, Dust
Mask, Head Protection, Foot Protection, and High Visibility Clothes Must be worn in this
Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No Smoking Area,
and High Voltage), Warning Signs (High Voltage, Slippery When Wet), Fire Safety Signs,
and Emergency Signs].
NEA will be responsible to supervise the OHS, and environmental performance of the
construction contractor, and laborers' condition.
Embedded
within
Contract
Document
Construction
Contractor NEA/PIU (DSUEP)
4. Grievances
Management
A Grievance Redress Committee (GRC) will be established at the three different levels to
address the social issues associated with the Project.
This committee will settle disputes related to the workers, local, and workers, etc. within the
7 to 15 days of the complaint registered/forwarded based on Tier-I, II & III.
100,000.00
Construction
Contractor NEA/PIU (DSUEP)
B. Operation Phase
1. Occupational
Health, and Safety
The Promoter will organize advanced level training to instruct, and train staff about health,
and safety-related activities, and issues.
Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-toothed
comb (6–8 in) will be provided to each work force.
- NEA/PIU
(DSUEP) -
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
Personal protective equipment for all-purpose (face shields, helmets, safety Goggles, safety
shoes, hand gloves, etc. as per the job requirement) for workers will be provided to minimize
health and safety risks.
Necessary safety kits such as helmets, gloves, masks, etc. will be provided to employees.
The Promoter will adhere to labor acts and rules.
There should be the use of insulation, guarding, grounding, electrical protective devices, and
safe work practices.
Employees working on the electrical devices will be provided with electrical protective
equipment.
Proper maintenance of fencing will be assured to prevent the movement of unauthorized
personals into the site.
3.4 Emergency Management Plan
To prevent any unforeseeable disasters, the following actions will be taken: -
Competency-based training programs about emergency preparedness, the response will
be delivered to all personnel, and that all workers are familiar and deemed to be
competent with Emergency Management Procedures and Plans.
Emergency response capabilities, which include all fire, medical, and rescue equipment
will be maintained to an operational standard, reviewed, and documented regularly.
For employers, they will be told to
Comply with all site safety rules and procedures.
Be alert at all times to potential hazards.
Participate in the identification and elimination of hazards.
3.5 Decommissioning Plan
Impact during Decommissioning of Subproject Component: Dismantling operation
however will have an impact on the environment due to noise and dust arising out of it. During
de-installation, a specific strategy shall be adopted to handle each type of item to keep the
impact during the actual activity low. Decommissioning will also have a social impact. The
impact due to decommissioning on power, social and environmental scenario will be guided
by applicable laws and guidelines. These will be addressed appropriately. Impacts during
decommissioning phase are mentioned below,
Noise Pollution: Sources of noise during decommissioning will be similar to those during
construction, and would include equipment (rollers, bulldozers, and diesel engines) and
vehicular traffic. As the residential area is closer, noise levels from some equipment operations
could exceed the EPA/EPR guideline but will be intermittent and occur for a limited time. For
this, the precautions are more similar addressed in ESMP of this report.
Air Quality: Emissions from decommissioning activities include vehicle emissions; diesel
emissions from large construction equipment and generators; and fugitive dust from many
sources such as land clearing, structure removal, backfilling, dumping, restoration of disturbed
areas (grading, seeding, planting), and truck and equipment traffic. Permission from District
Administration Office (DAO) will be required (as during construction), and therefore these
emissions would not likely exceed air quality standards or impacts.
Substation Electric Waste Management: Substantial amounts of solid waste would be
generated during the decommissioning and dismantling of the facility. Much of the solid
material (e.g., concrete and masonry, steel, power cable, transformer body, etc.) could be
recycled and sold as scrap or the remaining non-hazardous waste would be sent to permit
disposal facilities. The categories for hazardous (chemical especially) and non-hazardous waste
shall be dealt with accordingly as per the standard operating procedure for disposal of waste.
For that, a reputable Third Party shall be hired for handling such waste would be having
certification.
3.6 Waste Management Plan
Necessity of WMP
During the construction phase, waste generated from the substation work, and expansion of
distribution line will generate nearly 20-30 percent construction waste (Letcher & Vallero,
2011). Types of waste generated will be cardboards, wood products (frames of equipment,
wood pallet, and its products), plastics products (Plastic, and its products), cement bags, metals,
rubbers, and glasses.
The major objective of the waste management plan is to manage generated waste in proper and
environment-friendly methods. This plan is mandatory and needs to be executed by the
Construction Supervision Company (CSC). The basic principle concentrates on reducing the
amount of waste through the 3R principle, avoidance of waste, and provide efficient and
economical refuse collection, recycling, and disposal services.
Waste Minimization Principles
The haphazard discharge/ disposal of huge volumes of solid waste generated during different
periods of the construction phase will degrade the quality of land and the adjoining settlement.
The envisaged pollution effects are not aesthetic but also chemical, and biological with
implications on the general sanitary conditions, and healthy environmental ecology water
bodies. Following methods will be implemented to handle waste properly, and in making CPA,
and SPA more environmentally friendly.
Waste collection, segregation, and final management from the camp, and
construction area will be established and operated without deteriorating the
surrounding environment.
Haphazard disposal of solid waste shall be strictly prohibited within Subproject
areas.
Lubricants, oils, burnt mobiles, grease, unused chemicals, will be collected in a
centrally located collection center and stored in plastic drums for final disposal in
coordination with the local municipality. If hazardous chemical is to be managed,
it should comply, and follows the GoN concerned policy.
The packing materials used for casing components should be recyclable, and non-
hazardous. For instance, strong wooden boxes, and somewhere even cardboard
with a waterproof lining shall be emphasized no damages, and corrosion in the
components.
Measures addressed in Decommissioning Plan, and measures addressed will be
made aligned with this plan.
Figure 3-2: Waste Minimization Pyramid
3.7 Occupational Health and Safety Management (OHSM) Plan
Workers in the electric power are potentially exposed to a variety of serious hazards, such as
arc flashes (which include arc flash burn and blast hazards), electric shock, falls, and thermal
burn hazards that can cause injury and death.
Scope of the OHSM Plan
This plan ensures the health, and safety standards required for the Subproject confirming to
statutory requirements of the relevant laws of Nepal, and the NEA’s EHS guidelines, and
standards. Work should not proceed until the contractor, consultant, and NEA takes proper
precautions to ensure environmental protection, health, and safety of all workers involved.
Procedures
This plan will be used in conjunction with the existing Safety, and Environmental Management
Plans utilized by NEA.
Identified Project’s Associated Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and
safety plan from construction contractor are adequate and approved by NEA/PIU
(DSUEP) management will in hand.
• Use an examination or interview to make an initial determination that the employee
understands the relevant safety-related work practices before he or she performs
any work.
• The proper use of the special precautionary techniques, personal protective
equipment, insulating and shielding materials, and insulated tools for working on
or near exposed energized parts of electric equipment shall be discussed in toolbox
meeting.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good
quality), hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in),
and wide-toothed comb (6–8 in) will be provided to each work force.
• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing
Protection, Dust Mask, Head Protection, Foot Protection, and High Visibility
Clothes Must be worn in this Area), Prohibition Signs (No Entry, Do Not Use
Mobile, No Cameras, No Smoking Area, and High Voltage), Warning Signs (High
Voltage, Slippery When Wet), Fire Safety Signs, and Emergency Signs].
• An on-site medical facility and first aid will be provided for the construction phase
to cater to the primary health care needs of personnel.
• The Subproject Manager will ensure a smooth line of communication between
NEA staff, related internal departments, the Project, and the contractors.
Preparation of Safety Documents
• The NEA shall ensure that H & S documents submitted by the contractors are
adequate.
• The NEA and CSC will review, and approve the contractor's H & S documents
before commencing site work. The Subproject will respond to all comments from
the contractor for further action.
• Upon approval, the contractor will carry out its work per the approved Health, and
Safety Plan, Environmental Management Plan, and any other requirement of the
GoN or EIB’s ESP, ESS standards.
Monitoring and Supervision of OHS
• The NEA and CSC shall ensure that the contractor complies with the requirements
of Nepalese laws when accidents occur.
• The NEA and CSC monitor health and safety aspects regularly, and record all
observations on issues concerning H & S through adopting the method of regular
monitoring, H&S audit, and inspection, and site meeting.
• NEA will be responsible to supervise the OHS, and environmental performance of
the construction contractor, and laborers' condition.
Skill Development of Workforce through Training on OHS Program
The NEA and CSC shall ensure that the contractor conducts H & S related programs, and training
to raise the level of H & S awareness, skills, and knowledge among its staff, and workers.
• Each employee shall be trained in, and familiar with, the safety-related work
practices, safety procedures, and other safety requirements in this section that
pertain to his or her job assignments. The Subproject will adhere to labor acts and
rules.
• Toolbox meetings and general awareness on emergency warning signposts will be
included on a daily plan basis.
Information Required for OHSM Report
Chapter 1: Project Overview
1.1 Scope of the document
2.2 Overview of health and safety features
2.3 Project Health, Safety, and Environmental Goals & Objectives
Chapter 2: Safety policy of the Project
2.1 Safety policy statement
2.2 Contractor’s overall safety responsibilities
2.3 Contractor’s safety Specialist responsibilities
2.4 Contractor’s Supervisor responsibilities
2.5 Worker’s responsibilities
2.6 Disciplinary policy procedures
2.7 Involvement of the public
2.8 Color coding for PPE
Chapter 3: Health policy, and amenities
3.1 Camp establishment, and operation
3.1.1 Accommodation (Washing, cooking, bedding facilities with locking)
3.1.2 Toilets
3.1.3 Drinking water
3.1.4 Waste collection bin
3.1.5 Lighting
3.1.6 Ventilation
3.1.7 Maintenance of facilities
3.1.8 Menstrual Kit Accessibility
3.2 First-aid facilities
3.3 Insurance of construction workers
3.5 Site facilities for works of short duration
3.6 Avoiding fire hazards
Chapter 4: Employee training
4.1 Competent person designation
4.2 Safety induction for new employees
4.3 Toolbox meetings
Chapter 5: Accidents, and emergency
5.1 First aid requirements
5.2 Assisting coworkers in medical emergencies
5.3 Emergency evacuation plan
5.4 Standby emergency vehicle
5.5 Accident investigations
Chapter 6: Toolbox safety talks
6.1 Overview of toolbox meetings
6.2 Recognize the warning signs
6.3 Good housekeeping
6.4 Trenching and excavation
6.4.1 Trenching
6.4.2 Competent person
6.4.3 Protective systems to prevent subsidence
6.4.4 Other safety requirements
6.5 Access to scaffolds
6.7 Falling object protection
6.7.1 Falling object protection alternatives
6.7.2 Falling object protection methods
6.8 Slips, trips, and falls
6.9 Back safety
6.10 Face, hand, and foot protection
6.10.1 Overview
6.10.2 Types of hazards
6.10.3 Contractor requirements
6.10.4 Worker requirements
6.10.5 Face, and hand protection requirements
6.10.6 Types of protective footwear
6.11 Temporary traffic control
6.11.1 Land closures
6.11.2 Use a variety of TTC devices
6.12 Electrical safety
6.13 Chemical safety
6.13.1 Chemical hazards
6.13.2 Methods of chemical exposure
6.13.3 Safety precautions
6.14 On the Job Toolbox safety talks--The Deadly dozen
6.14.1 Unsafe acts
6.14.2 Unsafe conditions
6.15 Workplace violence
6.15.1 Reducing workplace violence hazards
6.15.2 Actions if someone witnesses or experiences workplace violence
Appendices
Appendix A: Pre Start Information Pack, and Project Notification Approval
Appendix B: Sample health and safety plan format
Appendix C: Standard inspection, and report formats
Appendix D: Worksite safety checklists
Appendix E: Sample health, and safety signs
Appendix F: Site Drawing with Emergency Exit Layout
4. MONITORING AND REPORTING MECHANISM
4.1 Environmental Monitoring
Environmental Monitoring (EM) is undertaken to collect data/information of the Subproject
environment to assess the compliance concerning regularity standards, preparation of planning
documents, and effectiveness of the implementation of Environmental Protection Measures
(EPM) addressed in ESMP. It involves the measurement of Physical, Biological, and
socioeconomic, and cultural variables associated with activities, and stages. To ensure effective
implementation of environmental and social (E&S) safeguards, NEA/PIU (DSUEP) based on
the compliance monitoring indicators will conduct compliance monitoring internally.
The main objectives of the environmental monitoring plan are listed below,
To ensure that the Subproject baseline conditions were adequately documented such that a
comparative evaluation of the Subproject baseline before, and after commencement of the
Subproject could be made precisely for impact evaluation.
To ensure that the mitigation commitments by the Promoter for the minimization of adverse
impacts, and enhance the beneficial impacts, and the mitigation measures, and
enhancement program are complied, and implemented in time, and with sincerity.
To confirm that the Subproject impacts are within the limits of the impact prediction or not,
and to minimize unpredicted impacts that occurred during Subproject construction and
operation.
Following procedures are adopted for monitoring purposes by this Project:
Identifying the sources, and characteristics of all observed environmental effects
Quantifying claims on resources, and discharges to the environment
Quantifying, and qualifying indirect effects as far as possible on the environment
To meet the above objectives and procedures three types of monitoring are envisaged in the
plan, namely: Baseline Monitoring, Compliance Monitoring, and Impact Monitoring. Details
of the monitoring are presented below.
Baseline
Monitoring
This is a pre-audit study, is conducted to know the pre-Project baseline condition of the
environmental parameters. This is carried out just before the construction of the Project.
Baseline monitoring does not apply to this Subproject because it will be launching
immediately after the approval of the report.
Compliance
Monitoring
This monitoring is carried out to know the implementation status of environmental
requirements as documented in the ESMP report, and they will comply during the
construction, and operation stages of the Subproject as appropriate.
It focuses on the compliance of the tender clause, compliance of the mitigation measures,
timely, and adequate implementation of the Environmental Management Plan, and
overall environmental, and social performance of the Project.
Impact
Monitoring
This monitoring detects environmental changes, and estimates inherent variation within
the environment, establishes long-term trends in the natural system, and derives
conclusions by making a comparison against a standard or target.
It focuses on monitoring of,
the impacts of the Subproject on the physical, biological, and socioeconomic &
cultural environment of the area
the accuracy of the predicted impacts
emerging impacts due to Subproject activities or natural processes, and develop
remedial action and
the effectiveness of mitigation measures
Table 4-1: Environmental Monitoring Plan10
SN Environmental
Component Indicators Monitoring Methods Location Schedule
Pre-Construction Phase
1.
Budget allocation for
implementation of
mitigation measures
Budget heading and amount in figures in contract documents
Review of Subproject documents,
and records, and inquires with
Subproject staff
- Once pre-
construction
2. Employment for
Locals
Job placement conditions, Notice of vacancies published in
local media/notice board
Appointment document, and job
announcement Project area
Once, after
vacancy
announcement
Construction Phase
Physical Environment
1. Alternation of Land Demarcation of land for substation, installation of pole in
RoW of access road
Coordination record minutes with
associated stakeholders
DL route and
substation area
Early
Subproject
Implementation
Phase and
Monthly
2. Stability and
Underground Cabling
Backfilling in excavated part after construction,
subsidence/sliding and erosional evidence, damages to
adjoining entities, pit hole and its foundation materials
compaction, design and working framework of underground
cabling, rehabilitation of excavated/drilled part
Direct Site Inspection and records Project area
Early
Subproject
Implementation
Phase and
Monthly
3. Spoil Management Excavation and filling as per design, compaction and watering
facility
Observation, records and contract
documents
Construction
site
Early
Subproject
Implementation
Phase and
Monthly
4. Air quality Emission and Dust around Subproject area, Foul smell,
Suspended particulate matter, Vehicular Maintenance
Observation, and taking records for
spraying water and vehicle log book
of maintenance work
Construction
site Daily
5. Noise pollution Noise level dB(A) of
Construction vehicles and construction schedule
Observation, and measurement
using digital sound meter
Construction
site Daily
10 Nepal Electricity Authority 2019: Environment and Social Management Framework (ESMF) for Distribution System Upgrade & Expansion Project (DSUEP), Kathmandu.
SN Environmental
Component Indicators Monitoring Methods Location Schedule
6. Solid Waste
Management
Solid waste segregation, collection and management
mechanism, follow of waste management plan and practices
and SWM Plan
Direct Site Observation and
practices
Construction
site Weekly
7. Electric, and Fire
Hazard
Evidence of workforce skill development training, installation
of warning signs, electrical, mechanical insulation, and
guarding system
Participation Record, and Direct
Site Inspection
Construction
site Daily
Biological Environment
1. Habitat Loss Incidence of access to nearby forest areas for illegal activities,
complains from locals
Records, minutes, random interview
with elected representatives,
officials and local people
Construction
site Weekly
2. Bird Collision Preventive measures included Subproject infrastructure,
incidence of an accident, and causes
Carcasses count to test the efficacy
of preventative measures Project area
Every 3
Month11
Social, and Cultural Environment
1.
Labor Camp
Location, and
Management
Number of workers from Subproject area, and its surrounding
settlement, Basic facilities within the camps as in ESMP, and
Inclusiveness of marginalized, and indigenous groups people
from SPA
Questionnaire and FGD with local
people, Direct Site Inspection Project area Weekly
2. Child, and Gender
issues
Engagement of child in any form (direct/indirect or on/off-
site), wage discrimination among male, and female workers,
basic facilities for females as per recommended in ESMP,
psychological, and physical assault evidence (recorded/verbal
complain)
Direct Consultation with the Female
workers, Questionnaire with local
people nearby the Subproject area,
Direct Site Observation, and other
Scientific means to evaluate the
gender issues
Construction
site Daily
3. Occupational Health,
and Safety
Impacts on health of the workers, No. of accidents registered,
use of the personal protective instrument by the workers
Approved health, and safety plan
from NEA management team in
hand
Construction
site Daily
4. Grievance Redressing
Mechanisms
Committee formation records, issue settlement records on the
campsite, Gender, social, and others associated with Project.
Inspection of settlement, records of
diseases, and accidents, and
consultation with the public
Project area Every 2 Weeks
11 Bennun, L., van Bochove, J., Ng, C., Fletcher, C., Wilson, D., Phair, N., Carbone, G. (2021). Mitigating biodiversity impacts associated with solar, and wind energy development. Guidelines
for project developers. Gland, Switzerland: IUCN, and Cambridge, UK: The Biodiversity Consultancy. (https://portals.iucn.org/library/sites/library/files/documents/2021-004-En.pdf)
4.2 Environmental Monitoring Cost
During the development phase, the supervising engineer of the civil works will be entrusted
for the environmental monitoring, while during the operation phase an Integrated
Environmental Management System shall be established for the Project among the senior
members from different departments.
The instrumental monitoring cost for air, noise, water quality are not embedded within the
Project document for the environmental management system for the Project and requires a third
party. The cost of such monitoring and expenses on the workforce is presented following table.
Table 4-2: Environmental Monitoring Cost
SN Description Quantity
(Days/Events)
Unit Rate
(NRs.)
Estimated Amount
(NRs.)
Experimentation
1.
Sampling and Laboratory
Analysis for Air, Noise, and
Water
2 times over
the Subproject
construction
period
1,00,000.00 200,000.00
Human Resource (Sectoral Experts)
1. Environmentalist/ESMP Expert 30 days 10,000.00 300,000.00
2. Ecologist/ Biodiversity Expert 10 days 10,000.00 100,000.00
3. Social Expert 30 days 10,000.00 300,000.00
4. OHS Expert 30 days 10,000.00 300,000.00
5. Transmission Line Expert/
Electrical Engineer 10 days 10,000.00
100,000.00
Logistic and Supply
1. Transportation LS - 300,000.00
2. Logistic for Monitoring Study LS - 100,000.00
Total 1,700,000.00
4.3 Grievance Redress Mechanism
A grievance redress mechanism (GRM) will be established to receive, evaluate, and facilitate
the resolution of affected people’s concerns, complaints, and grievances about the social and
environmental related issues at the Subproject level.
The GRM will aim to provide a time-bound and transparent mechanism to voice and resolve
social and environmental concerns linked to the project. It will provide an accessible and
trusted platform for receiving and facilitating resolution of affected persons’ grievances related
to the project. The GRM will provide an accessible and trusted platform for receiving and
facilitating resolution of affected persons’ grievances related to the project. The multi-tier
GRM for the Subproject is outlined below, each tier having time-bound schedules and with
responsible persons identified to address grievances and seek appropriate persons’ advice at
each stage, as required.
This process entails the concerned party submitting a grievance either in-person, or via phone, letter, or email to the Site-Engineer or the concerned
Municipality Chief or the concerned Ward Chair. The Site-Engineer will record such complaint. In cases where Ward Chair has received such
grievance, he should forward the grievance to the Site-Engineer. The Site-Engineer shall notify the committee members of Tier-I. There are three
level of GRM based on time-bound schedules as,
Table 4-3: Levels of Grievance Redress Mechanism Based on Time Bound
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III)
Level Local Level
Project Manager Office (PMO) headed by the
Project Manager (PM) at Project
Implementation Unit (PIU)
District Level
Supervisory NEA Site-Engineer PMO Chief District Officer (CDO)
Assistance
Chief/Mayor of Concerned Local Level
and Chairperson/ Representative of
Ward, Construction Contractor’s (CC)
Representative and Project Supervision
Consultant’s (PSC) Safeguards Officer
NEA Site-Engineer and PSC’s Social Expert,
and Construction Contractor
PMO, affected persons, representative from Rural
Municipality/Municipality, Site-Engineer, PSC’s Social
Expert.
If deemed necessary, representative from Forest Office,
representative from Land Revenue Office, and
representative from Land Survey Office are invited.
Days for
Resolving
Complain
7 days of receipt of a complaints/
grievance
15 days of complaints forwarded by Site-
Engineer 15 days
Committee
Members
Committee Member Designation Committee Member Designation Committee Member Designation
Ward Chair Coordinator Project Manager Coordinator Chief District Officer (CDO) Chair
Site-Engineer-NEA Member secretary Site-Engineer Member
Secretary Project Manager Coordinator
Community Liaison
Officer from PSC Member Mayor/ Chair of municipality Member Site-Engineer Member Secretary
Contractor engineer Member Community Relations
Manager from PSC Member Municipality Chief/Ward Chair Member
Affected person ( one
male and one female) Member Contractor Engineer Member
Community Relations Manager from
PSC Member
Women Member of
ward committee Member
Representative from affected
people (at least 2, one male
and one female)
Members Contractor Engineer Member
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III) One IP member ( if IP’s
are affected) Member
Women Member of
Municipality committee Member
Representatives from affected people
(at least 2, one male and one female) Members
One IP member ( if IP’s are
affected) Member
Women Member of Municipality
committee Member
One IP member ( if IP’s are affected) Member
Figure 4-1: Workflow Diagram for GRM from NEA12
Tier-I Tier-II Tier-III
* Affected People (AP) have the right to refer the grievances to appropriate courts of law if not satisfied with the redress at any stage of the process
i.e., the AP will have the choice to approach country’s judicial system.
12 Grievance Redress Mechanism (GRM) Prepared for the sub-projects financed by Asian Infrastructure Investment Bank (AIIB) under Distribution System Upgrade and Expansion Project
(DSUEP), Nepal Electricity Authority (NEA), May 2021.
5. IMPLEMENTATION OF ESMP
This study has identified and evaluated beneficial as well as adverse impacts with appropriate
suggested mitigation, elimination or minimization measures of adverse impacts, and
augmentation of benefits. The Promoter will be responsible for implementing the proposed
enhancement measures, mitigation measures, and monitoring activities. The total ESMP cost
estimated for this subproject is as NRs. 8,500,000.00. The promoter should carry out all these
activities along with the cost provided within this ESMP report.
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Transformer Switch Yard
Stay/Guy Sets Steel Tubular Pole
Insulator Civil-Structures Supporting Electrical
Components
Conductor
Bird Diverting Reflector Wishbone Prevents Bird Landing on Wire
White Spiral in Wire Improves Visibility of Wire Construction of Nest at Poles also divert Brid not sitting at Wires
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना (DSUEP)
आयोजनावाट पनन सक्न ेभौबतक तथा जैबवक वातावरणीय प्रभावहरुको पबहचान गननका लाबग बवध्यमान
भौबतक तथा जैबवक वातावरणीय अवबथथबतका वारेमा जानकारी बलन तयार पाररएको सवके्षण फारम
Promoter: Field Visit Date:
Name of
Subproject:
Province:
District: Mun/RM:
Field Highlights:
Nearest Landmark
Environmental
Sensitivity
Major Physical Env.
Issues
Major Biological
Env. Issues
Accessibility to Site
Physical Environment Baseline (भौवतक िातािरणीय अिवस्थवत)
1 Occurrence of Slope Instability, Erosion and Flooding
SN
DL
/SS
Co
ord
ina
tes
Occ
urr
en
ce
(Ro
ck f
all/
Lan
dsl
ide/
Ero
sion/
Flo
od
ing
)
Dimension (m)
Ty
pe
(1.
Fal
l 2
. T
opp
le 3
. S
lide
4.
Sp
read
5.
Flo
w 6
. C
reep
7.
Shee
t
8.
Ril
l 9
. G
ull
y 1
0.
Inu
nd
atio
n)
Asp
ect
(No
rth
/ S
ou
th)
Dis
tan
ce f
rom
DL
/SS
(m
)
His
tory
of
Ev
iden
ce (
Yr)
Oth
er T
rig
ger
ing
Fa
cto
rs
Length Width Depth
2 Drainage System
SN
DL
/SS
Lo
cati
on
/ S
ettl
emen
ts
Ty
pe
of
La
nd
Use
La
nd
Pro
file
/ S
ha
pe
(Co
nca
ve,
Co
nv
ex,
Un
ifo
rm S
lop
es)
Ty
pe
of
Dra
ina
ge
(Nat
ura
l o
r
Co
nst
ruct
ed)
Ch
ara
cter
isti
cs (
Bra
ided
, D
end
riti
c)
Operational
Status Associated Issues
Po
or
Fai
r
Go
od
Wat
er L
og
gin
g
Su
bsi
den
ce
Cu
ttin
g
Oth
er (
If a
ny
)
3 River/ Stream Crossing and Water Quality Parameter
SN DL/SS Location/
Settlements
Name
River/Stream
Flooding
width
Left-
Right
(m)
Distance
Substation/DL
Pole from
River/Stream
Water Quality
Parameter- EXTECH
ExStik II DO600
Temp.
(oC)
pH EC
(µc/cm)
4 Accessibility
# NH-National Highway, DR-District Road, VR-Village Road
SN Location/
Settlements
Road Type Classification
of Roads
Road Condition
Asphalt/
Bitumen Concrete Gravel Earthen NH DR VR Poor Fair Good
5 Land Use Pattern
S
N
Compon
ent
(DL/SS)
Chainage/
Settlement/
Landmark
Description of Land Area (ha)
Remar
ks
Forest Cultivabl
e /
Agricult
ure
Bui
lt
Up
Barren Land Other
(Specif
y)
Tot
al
Are
a
Fro
m
T
o
Tot
al
CF
s
Gov
t.
Priva
te
Gov
t.
6 Air Quality and Noise Level
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353 Mini
Sound Meter
PM2.5 PM10 Causing Factors dBA Causing Factors
7 Solid Waste Management Practices
SN Location/ Settlement Source of wastes Management Practices
Biological Environment Baseline (जैविक िातािरणीय अिवस्थवत)
1 Checklist for the Ethno-Botanical studies of the Subproject Area (Site and Surroundings)
SN Local Name Botanical Name Use Categories
Remarks M F T E O R Fi
M = Medicinal, F = Fodder, T = Timber, E = Economical, R = religious, Fi = Fiber yielding
2 Enumeration of the Tree
C*- Cutting, B*- Bushing
#Note: Girth 10-30 cm Pole size, more than 30 cm girth size a tree
3 Wildlife Survey Questionnaire and Checklist
i. Do you see wildlife in your settlement area?
Yes/No
If yes, how often?
Name of Species (Wild Animals and Birds) Where How Often
Frequency: f- frequently, O- occasional, r-rare
ii. Herpetofauna
Name of Species (Wild Animals and Birds) Where How Often
iii. Fish Diversity
Name of Species Where How Often
Screening Checklist Completed by: Checklist Reviewed and Approved by:
Name: Name:
Designation: Designation:
Date: Date:
SN DL/SS Local Name DBH
(cm)
Height
(m) C*/B* Class
GPS Coordinate Remarks
Longitude Latitude
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना (वि.एस.यु.ई.पी). सामावजक आवथिक अध्ययन
(समहू केबरित छलफल प्रश्नावली)
१. सामान्य जानकारी
छलफल गररएको बमबत: .......................................... उप-आयोजनाको नाम:...........................................................
बजल्ला: ................................... गा.पा./न.पा. ....................................... वडा नं. ............
गाउँ/टोल: .........................
२. यस छलफलमा समेविएको अध्ययन स्थलका िस्तीहरुको प्रकार )सहर-बजार, अर्ि घना बवस्त िा छररएको कस्तो
खालको छ नाम सवहत लेख्ने(
िस्तीको नाम िस्तीको प्रकार जम्मा घररु्री मुख्य मुख्य जातजावत मुख्य मुख्य र्मि
३. यस ठाउँका मावनसहरुको स्थानीय भाषा कुन कुन हो र कुन कुन समुदायले प्रयोग गदिछन ?
स्थानीय भाषा बोल्ने समुदाय अनुमावनत घररु्री कैवफयत
४. यस ठाउँका मावनसहरु मुख्य रुपमा कुन कुन पेशामा वनभिर छन ्।
पेशा वनभिर प्रवतशत
आयोजना
वनमािणले प्रभाि
पाछि वक पादैन कस्तो प्रभाि पाछि )सकरात्मक/नकारात्मक( कैवफयत
५. यस स्थानमा हुने बसाईसराई कस्तो कस्तो खालको हुन्छन ?
बसाईसराई सरेर जाने मुख्य
स्थानहरु
घररु्री बसाईसराई सरेर आउने मुख्य
स्थानहरु
घररु्री
६. यस बवस्त बाि वनम्न सुविर्ाहरुको पहुँच कस्तो छ ।
सुविर्ा को अिस्था स्थान दुरी )वक.वम.(
माध्याबमक थकुल
कलेज/क्याम्पस
थवाथथ चौकी
प्राथबमक थवाथथ केरि
आयवेुबिक केरि
अथपताल
मखु्य िजार
थथानीय िजार
िैंक/बवत्तीय संथथा
सडक
वडा कायनलय
पाबलका कायनलय
बजल्ला सिरमकुाम
७. यस स्थानमा रहेका शैविक संस्थाहरुको वििरण वदनुहोस ।
शैविक संस्थाको नाम स्थान पढाई हुने तह/किा स्िावमत्ि )वनवज,
साबिजवनक/सरकारी( कैवफयत
८. यस ठाउको सािरताको अबस्था कस्तो छ?
जनसंख्या
-अंक िा प्रवतशत _
वनरिर सािर
पुरुष
मवहला
९. यस स्थानमा रहेका स्िास््य संस्थाको वििरण वदनुहोस ।
स्िास््य संस्थाको नाम स्थान उपलब्र् स्िास््य
सुवबर्ा
स्िावमत्ि )वनवज,
सरकारी( कैवफयत
१०. यस ठाउँका मावनसहरुमा देखा पने मुख्य मुख्य रोगहरु के के हुन ?
................................................................................................................................
................................................................................................................................
११. यस ठाउँका मावनसहरु वबरामी पदाि अबलम्बन गने मुख्य मुख्य उपचार पद्दवत के के हुन ? )अस्पताल, घरेलु उपचार,
र्ामीझाँक्री(
................................................................................................................................
................................................................................................................................
यस ठाउँका मावनसहरुको खानेपानीको मुख्य मुख्य श्रोत कुन कुन हो?
श्रोतहरु खानेपानीको लावग प्रयोग गने घररु्री
संख्या प्रवतशत
पाईप/िारा
कुवा
महुान तथा ढंुगे िारा
नबि/खोला/खोल्सा
यस ठाउँका मावनसहरुको शौचालय प्रयोग सम्बवन्र् वििरण वदनुहोस ।
चपीको प्रकार प्रयोग गने घररु्री सखं्या प्रवतशत
खाल्डे
प्यान भएको खाल्डे
आिबुनक
चपी नभएको
१२. यस ठाउँका मावनसहरु घरबाि वनस्कने फोहरमैला सामान्यतया कसरर ब्यबस्थापन गने गदिछन ?
................................................................................................................................
................................................................................................................................
१३. यस ठाउँमा उपलब्र् यातायात पूिािर्ारको वििरण वदनुहोस ।
सिकको नाम सिकको लम्बाई लाभावन्ित िस्तीहरु सिकको अिस्था
१४. विरु्तमा पहुँच भएका घररु्रीहरुको वििरण वदनुहोस ?
विरु्तमा पहुचँ भएका घररु्री संख्या/प्रवतशत: ........................................
विरु्तमा पहुचँ नभएका घररु्री सखं्या/प्रवतशत: ......................................
१५. यस स्थानमा वसंचाई सुवबर्ा कस्तो रहेको छ ?
वसंचाईको योजनाको नाम वसंचाई श्रोतको नाम वसंचाई हुने जम्मा िेत्रफल )ईकाई
खुलाउने(
लाभावन्ित
घरपररिार
१६. वबरु्वतकरणले वसंचाई सुवबर्ामा पानि सक्ने प्रभाि सम्बवन्र् वििरण वदनुहोस ।
..................................................................................................................................................
................................................................................................................................................
१७. यस स्थानमा उपलब्र् संचार सुवबर्ाहरुको वििरण वदनुहोस ।
................................................................................................................................
................................................................................................................................
१८. यस स्थानमा उपलब्र् स्थानीय बजार तथा उद्योगहरुको वििरण वदनुहोस ।
िजारको नाम अिवस्थत स्थान खाजा
पसल
लज
संख्या
पसल
संख्या
उद्योग सखं्या
कैवफयत
साना मझौला ठूला
१९. यस स्थानमा हुने मुख्य मुख्य कृवष उत्पादनहरु के के हुन ्?
िाली मुख्य मुख्य िालीको नाम कैवफयत
अरन वाली
तरकारी वाली
नगिे वाली
फलफुल
२०. यस स्थानमा अिस्थीत ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक स्थल तथा सांस्कृवतक महत्िको खुला स्थान भएमा
उल्लेख गनुिहोस ।
ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक
स्थल तथा सांस्कृवतक महत्िको खलुा
स्थानको नाम
सांस्कृवतक/र्ावमिक महत्ि आयोजनाले पानि
सक्ने प्रभाि
कैवफयत
२१. यस ठाउँको प्रमुख चािबाि र मेला समारोह हरु के के हुन ? प्रमुख चािबाि र मेला समारोह मनाउने समुदाय कैवफयत
२२. यहाहरुको वबचारमा आयोजनाका के कस्ता सकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२३. यहाहरुको वबचारमा आयोजना वनमािण भएपवछ के कस्ता नकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२४. आयोजना प्रवत स्थानीयहरु को र्ारणा तथा सहमवतको बारेमा बताईवदनुहोस ्।
................................................................................................................................
................................................................................................................................
२५. अन्य केवह सुझाि तथा विप्पणी छन ्भने उल्लेख गनुिहोस ्।
................................................................................................................................
................................................................................................................................
सिेिण गनेको पुरा नाम, पद र ठेगाना
नाम: ....................................................................
पद: ....................................................................
ठेगाना: ....................................................................
वमवत: ....................................................................
ANNEX 4: LEGISLATIVE PROVISIONS
SN Legislation Provisions Relevancy with respect to
Project
1. Constitution of Nepal
Constitution of Nepal is the main legal document, which emphasizes on right
of clean environment of the people, natural resources protection, preservation
and its prudent use. Rights regarding clean environment, under article 30:
It includes to make multi-purpose development of water resources, while
according priority to domestic investment based on public participation to
ensure reliable supply of energy in an affordable and easy manner, and make
proper use of energy for the fulfillment of the basic needs of citizens, by
generating and developing renewable energy in article 51 (g).
DSUEP helps to fulfil the rights of
people to live in clean
environment along with to fulfil
the basic needs by providing
access of sufficient energy.
2.
Environment
Protection Act 2076
(2019 AD)
Section 3 of the Act requires the proponent to conduct environmental studies
in relation to the prescribed proposals of any developmental works. Subsection
2 of this act provides the framework about the environmental study report
prepared pursuant to sub-section (1) shall, in fulfillment of the process as
prescribed, be submitted to the relevant bodies of Government of Nepal for
approval.
Environmental Studies and
approved of report from
authorized body before
construction of any project is
mandatory to minimize the
negative impacts in Nepal which
is addressed in EPA, 2076.
3.
Environmental
Protection Rule, 2077
(2020 AD) [First
Amendment on 2078
(2021)]
Under the Environmental Protection Rules (2077) first amendment (2078) ,
rule (3) as mentioned in annex (1), Section (F) (Energy, Water Resources and
Irrigation Sector) sub-section (1), a proponent shall be required to carry out the
Brief Environmental Studies for construction of transmission line project less
than 66 kV in forest land for another purpose.
This rule provides the overall
guidance to what type of
environmental studies is required
according to project by
Government of Nepal.
4.
Nepal Environmental
Policy and Action Plan,
2050(1993)
The aims of NEPAP are:
To manage natural and physical resources efficiently and sustainably
To balance the development efforts and environmental conservation for
sustainable fulfilment of basic needs
To preserve endemic and endangered species and their habitats; the promotion
of private and public institutions for biological resources inventory and
conservation
To safeguard national heritage
DSUEP should follow the aims of
NEPAP to protect and conserve
the physical, biological and social
environment during construction
of 33 kV distribution line along
with substation.
SN Legislation Provisions Relevancy with respect to
Project
To mitigate adverse environmental impact of development protects and human
actions
To integrate environment and development through appropriate institutions,
adequate legislation and economic incentives and sufficient public resources
5. CITES Act, 2017
Prohibits for the treat and business of protected species is explained in Section 1,
Rule 3 of this act. However, Sub-Rule 2 of the Rule 3 has allowed for the export
and import of protected species for certain circumstances mention under sub-
rule after taking approval. The Section 5 of the acts state the provision of
punishment for the unauthorized import, export and provision mentioned in
Section 3.
This act binds the workers along
with the people not to collect, treat
and business of the protected
plants and animals listed in
appendices of CITES.
6. Electricity Act 1992
No person shall be entitled to conduct survey, generation, transmission or
distribution of electricity without obtaining license under this act.
The Electricity Act of 1992 has provision of land procurement for the
development of projects that involve electricity generation, transmission or
distribution. The Act states that the licensee may submit an application to GoN
to purchase the land or house of any person if it is required for the generation,
transmission or distribution of electricity. Upon the receipt of such an
application, GoN may make the land or house, so requisitioned, available to
any corporate body under the prevailing laws.
The main goal of this project is to
distribute the sufficient amount of
electricity by constructing 33 kV
line and substation by conducting
the survey to minimize the
impacts.
7.
Soil and Watershed
Conservation Act, 2039
(1982 AD)
Soil and watershed conservation Act, 1982 expedient to make legal provisions on
the land and watershed conservation by controlling natural calamities such as
flood, landslide and soil erosion and maintain convenience and economic
interests of the general public.
To do the works, which can act, as
causative factor of flood, landslide
and soil erosion should strictly
prohibited during the construction
of this project.
8.
Rural Energy Policy,
2006
Rationale of formulating and implementing this policy is to create conducive
environment that will self-motivate and mobilize local institutions, rural energy
user groups, non-government organizations, cooperatives and private sector
organization for the development and expansion of rural energy resources. The
government will facilitate and promote to involve private development and
expansion of new technologies. It has also envisioned subsidy provision for
promotion of such renewable energy technologies.
This project helps to improve the
distribution and motivate to use
the electricity in rural areas of
western Nepal.
SN Legislation Provisions Relevancy with respect to
Project
9.
Labor Act, 2074 (2017
AD)
This labor Act was made under the management of parliament under sub-clause
1 of clause 296 of Constitution of Nepal. Sub-section 3 of Section 2 states that
the employees should not be compelled to other work other than they are
assigned for. In addition, Sub-section 5 of Section 2 states about prohibition of
child labor in any organization and sub-section 6 of Section 2 states that there
should not be any kind of discrimination among the employee’s regard of
religion, ethnicity, gender, origin, language or intelligence or other kind of
characters.
Construction of project is only
possible when the rights of labor is
secure. In this project, the
contractor should follow this act
strictly.
10.
Child Labor
(Prohibition and
Regulation) Act, 2056
(2000 AD)
As per section 3 of this act, no child having not attained the age of 14 years shall
be engaged in works as a laborer.
Child labor is strictly prohibited in
this project and contractor should
follow this act.
11.
Solid Waste
Management Act, 2068
(2011 AD)
This act has been formulated with a goal of minimizing solid waste production
from the target area by setting rules and regulation on solid waste management
(SWM) in the country in order to develop better environment for the systematic
and effective management of solid waste and to involve all the concern
stakeholders in SWM practice. The main features of this act are discussion of
3R principle (Reduce, Reuse and Recycle). 3R principle seems to be very
beneficial as it not only increases the life of landfill site but also save the
money, which could be used for other infrastructure development. Section 4 of
the act assign the local body to manage or use the solid waste discharged or
dumped in collection center, transfer station or treatment plant or collected
during cleaning.
This act provides the overall
framework to manage the solid
waste generated from households
to project level. In addition, the
proponent should manage the
waste generated during
construction.
12.
Solid Waste
Management Rules,
2070 (2013 AD)
The solid waste management rule was formulated as per provision made in article
50 of Solid Waste Management Act, 2068. This regulation has emphasized the
segregation of waste at source and mentioned that the responsibility of proper
disposal and management of source belongs to the producers themselves.
Section 3 of the rule describes about the segregation and management of solid
waste. It has mentioned that it is essential to segregate degradable and non-
degradable solid waste at source.
These rules provide the overall
framework about how to reduce
the volume of waste to dispose
from the source during
construction of substation.
SN Legislation Provisions Relevancy with respect to
Project
13. Fifteenth Plan
Vision of 15th plan is in contribution to the prosperity of the nation through
sustainable and reliable development of hydropower by setting the goal which
is ensure energy security through intensifying hydropower generation. In
addition, one of the strategy of government of Nepal in 15th plan is to make
the distribution system effective and reliable to increase energy efficiency and
increase power consumption by expanding access to electricity by formulating
the required policies.
This 5-year interim plan sets the
goal about generation and
distribution of hydroelectricity in
Nepal, which is directly related to
this project.
14.
United Nations
Framework
Convention on Climate
Change (UNFCCC),
1992
UNFCCC, Signatories: 165. Parties: 195. (1), Article (4), commitment (f) states
climate change considerations into account, to the extent feasible, in their
relevant social, economic and environmental policies and actions, and employ
appropriate methods, for example impact assessments, formulated and
determined nationally, with a view to minimizing adverse effects on the
economy, on public health and on the quality of the environment, of projects
or measures undertaken by them to mitigate or adapt to climate change. After
it entered into force on 21 March 1994, in accordance with, it mandates the
individual state for prioritization of resource conservation with development.
Goal of this project is to replace
the traditional form of energy by
clean energy i.e. electricity which
ultimately reduces the air
pollution and smoke.
15.
Directive 2011/92/EU
of the European
Parliament and of the
Council of 13
December 2011 and its
Amendment
2014/52/EU
Annex II of this directive provides the overall framework of project, which
required environmental assessment according to article 4 (2). Provision of
Environmental Assessment has mentioned for installation of hydroelectric
energy production in 3(h) of Annex II.
The criteria of Lender in case of
minimum issues. (Required
Environmental Assessment-
ESMP for category C Projects)
16. ILO 169
The main objective of this convention is to secure the rights of indigenous and
tribal people along with the gender equality and non-discrimination of workers
during work. The Article 1 on First Part of this convention mainly focused on
following points:
(a) the social, cultural and economic conditions of tribal peoples in independent
countries differentiate from other parts of the national community and their
status is managed fully or partially by their own customs or traditions or by
special laws or regulations;
(b) peoples in independent countries who are regarded as indigenous on account
of their descent from the populations which inhabited the country, or a
Nepal is the part of ILO
convention that’s why ILO 169
should strictly followed during
construction and implementation
of any types
SN Legislation Provisions Relevancy with respect to
Project
geographical region to which the country belongs, at the time of conquest or
colonization or the establishment of present state boundaries and who,
irrespective of their legal status, retain some or all of their own social,
economic, cultural and political institutions.
Self-identification as indigenous or tribal shall be regarded as a fundamental
criterion for determining the groups to which the provisions of this Convention
apply.
The use of the term peoples in this Convention shall not be construed as having
any implications as regards the rights, which may attach to the term under
international law.
17. Environment and
Social Management
Framework
ESMF is to guide DSUEP sub-projects in the area of E&S management using
appropriate instruments, methodologies, procedure and responsibilities during
the project cycle. NEA and the project partners shall apply during design and
development of the sub-projects in order to comply with the Government of
Nepal E&S regulations and the Financiers’ standards on E&S assessment and
management, Involuntary Resettlement, Indigenous People, Gender, etc.).
Main guiding document for E&S
study to identify issues and
recommending appropriate
practical augmentation/
mitigation measures
18. Environmental and
Social Policy (ESP)
This policy speaks for the mandatory E&S requirements for each Project like,
screening, DDR, E&S Assessment, ESMP, ESMF, Information Disclosure,
Consultation and Monitoring and Evaluation.
Mandatory requirement for
ESMP study
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
SIGNAL NOTICE
DANGER SIGNS
INSTRUCTION SIGNS
SAFETY AND SAFETY INSTRUCTION SIGNS
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
SWM Approaches Waste Segregation Container
Waste Types for Selling to Scrap Dealers Major SWM Practices (Discard Open
Burning)
ANNEX 10: PHOTOGRAPHS
Southwest View of Substation at Mangalapur, Tilottama Municipality-7
North Face of Substation at Hatkot and Expert Team During Field
Measurement of Air and Noise Quality, Subproject Site, Tilottama Municipality-7
Stakeholders during Public Consultation cum FGD Meeting at Tilottama Municipality
Stakeholders during Public Consultation cum FGD Meeting near Substation
Community People during Interaction Meeting near Substation
ENVIRONMENTAL AND SOCIAL MANAGEMENT PLAN
SUNAWAL-HAKUI SUBSTATION SUBPROJECT
Nawalparasi (Bardaghat Susta West) District, Lumbini Province
OCTOBER 2021
CLIENT:
NEPAL ELECTRICITY AUTHORITY
DISTRIBUTION, AND CONSUMER SERVICE DIRECTORATE
DISTRIBUTION SYSTEM UPGRADE, AND
EXPANSION PROJECT (DSUEP)
DURBAR MARG KATHMANDU NEPAL
DURBAR MARG, KATHMANDU, NEPAL
CONSULTANT:
NEA ENGINEERING COMPANY LIMITED, TRADE TOWER
THAPATHALI, KATHMANDU, NEPAL
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TABLE OF CONTENT
TABLE OF CONTENT ....................................................................................................................... II
LIST OF TABLES ............................................................................................................................. III
LIST OF FIGURES ........................................................................................................................... III
LIST OF ANNEXES .......................................................................................................................... III
ACRONYMS, AND ABBREVIATIONS ..........................................................................................IV
1. INTRODUCTION ............................................................................................................... 2
1.1 Summary of Screening Study ................................................................................... 2 1.2 Project Background .................................................................................................. 2 1.3 Objectives of ESMP ................................................................................................. 3 1.4 Project Description ................................................................................................... 4 1.5 Legal Provision for ESMP Study ............................................................................. 5 1.6 Construction Work, and Resource Requirement ...................................................... 7 1.7 Brief on Methodological Approaches of ESMP Study ............................................. 8
2. EXISTING ENVIRONMENTAL CONDITIONS.......................................................... 10
2.1 Physical Environment ............................................................................................. 10 2.2 Biological Environment .......................................................................................... 14 2.3 Socio-Economic, and Cultural Environment .......................................................... 15
3. ANTICIPATED ENVIRONMENTAL AND SOCIAL IMPACTS, AND
MITIGATION MEASURES .............................................................................................................. 16
3.1 Beneficial Impacts .................................................................................................. 16 3.2 Potential Adverse Impacts ...................................................................................... 17
3.2.1 Physical Environment ........................................................................................ 17 3.2.2 Biological Environment ..................................................................................... 20 3.2.3 Socio-Economic, and Cultural Environment ..................................................... 21
3.3 Environment, and Social Management Plan ........................................................... 24 3.4 Emergency Management Plan ................................................................................ 32 3.5 Decommissioning Plan ........................................................................................... 32 3.6 Waste Management Plan ........................................................................................ 33 3.7 Occupational Health and Safety Management (OHSM) Plan ................................ 34
4. MONITORING, AND REPORTING MECHANISM ................................................... 38
4.1 Environmental Monitoring ..................................................................................... 38 4.2 Environmental Monitoring Cost ............................................................................. 42 4.3 Grievance Redress Mechanism .............................................................................. 42
5. IMPLEMENTATION OF ESMP .................................................................................... 45
REFERENCES .................................................................................................................................... 46
ANNEXES ........................................................................................................................................... 48
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LIST OF TABLES
Table 1-1: Technical Description of the Proposed Project ........................................................ 4
Table 1-2: Estimation of Requirement of Resources ................................................................. 7
Table 1-3: Construction Schedule of Project Implementation ................................................... 7
Table 1-4: Identified Stakeholder from Mapping Process ......................................................... 8
Table 1-5: Issues Raised by Stakeholders and Responses ......................................................... 9
Table 2-1: Ambient Air and Noise Quality Parameter Measurement ...................................... 11
Table 2-2: Physical Parameter of Water .................................................................................. 12
Table 2-3: List of Birds Found within the Project Area .......................................................... 14
Table 2-4: List of Herpetofauna Found within the Outlying Project Area .............................. 15
Table 3-1: Estimated Daily Solid Waste Generation from Campsite ...................................... 19
Table 3-2: Environmental, and Social Management Plan ....................................................... 25
Table 4-1: Environmental Monitoring Plan ............................................................................. 40
Table 4-2: Environmental Monitoring Cost ............................................................................. 42
Table 4-3: Levels of Grievance Redress Mechanism .............................................................. 43
LIST OF FIGURES
Figure 1-1: Layout and Location Map of Sunawal-Hakui Substation Subproject..................... 5
Figure 1-2: Bird-Eye View of Sunawal-Hakui Substation Subproject in Satellite Map ........... 6
Figure 2-1: Proposed Site, and Nearby Hydrological Feature ................................................. 10
Figure 2-2: Geological Map of Proposed Project .................................................................... 12
Figure 2-3: Seismic Hazard Map of Nepal Showing Proposed Project Site ............................ 13
Figure 2-4: Environmental Sensitive Area, and Project Area Location .................................. 14
Figure 3-1: Waste Minimization Pyramid ............................................................................... 34
Figure 4-1: Workflow Diagram for GRM from NEA ............................................................. 44
LIST OF ANNEXES
ANNEX 1: SAMPLE NOTICE FOR PUBLIC CONSULTATION
ANNEX 2: MAPS, LAYOUT, FACILITY AND COMPONENTS
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
ANNEX 4: LEGISLATIVE PROVISIONS
ANNEX 5: CONSULTATION MEETING MINUTES
ANNEX 6: SUBPROJECT RELATED DOCUMENTS FROM LOCAL LEVEL
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
ANNEX 8: TECHNIQUES APPLICABLE FOR DRAINAGE MANAGEMENT
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
ANNEX 10: PHOTOGRAPHS
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ACRONYMS, and ABBREVIATIONS
ADB Asian Development Bank
CITES Convention on International Trade in Endangered Species of Wild Fauna, and
Flora
CoI Corridor of Impact
CPA Core Project Area
CSC Construction Supervision Company
DAO District Administration Office
DSUEP Distribution System Upgrade and Expansion Project
EIA Environmental Impact Assessment
EIB European Investment Bank
EPR Environment Protection Regulation
ESMF Environmental and Social Management Framework
ESMP Environmental and Social Management Plan
ESMPF Environmental and Social Management Plan Framework
GoN Government of Nepal
GRC Grievance Redress Committee
GRM Grievance Redress Mechanism
IEE Initial Environmental Examination
IUCN International Union for Conservation of Nature
LPG Liquid Petroleum Gas
NEA Nepal Electricity Authority
NEAEC NEA Engineering Company
OHS Occupational Health and Safety
OPA Outlying Project Area
SESD Subproject Environment and Social Documents
SPA Surrounding Project Area
SWM Solid Waste Management
Units
% Percent/ Percentage
CO2 Carbon dioxide
dB Decibel
g Gram
ha Hectare
HHs Households
Kg Kilogram
Km Kilometer
kV Kilovolt
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kWh Kilo Watt Hour
ltr Litre
LV Low Voltage
m Meter
masl Meter Above Sea Level
mm Milimeter
MVA Mega Volt Ampere
MW Megawatt
NRs. Nepalese Rupees
oC Degree Centigrade
sq.m. Square Meter
Conversion Unit
Substation of 56757 m2 = 8.4 Bigha = 5.68 ha
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1. INTRODUCTION
1.1 Summary of Screening Study
From the screening study, it concluded that Project associated impacts are likely to have
minimal or no adverse environmental and social impact as it does not physically displace any
family and economic displacement of any of the families. For minor level Projects, which have
minimal or no major environmental and social impacts, lies in Category C Project as defined
by Environmental and Social Management Framework (ESMF)1 for DSUEP and Joint
Financial Partner (JFP) policies requires a brief Environmental and Social Management Plan
(ESMP). In addition, project induced unforeseen issues and likely raised impacts during
implementation will be addressed in Due Diligence Report (DDR).
1.2 Project Background
Nepal’s energy mostly relies on commercial non-renewable resources like petrol, diesel,
cooking gas (LPG), and so on after the traditional source, ‘fuelwood’ (MoF, 2020). Nepal has
a population of around 29 million2 of which about 90% population have access to electricity in
the FY 2019/20 (MoF, 2020), which was 88% at the same period in FY 2018/19, cooling, and
heating with less than 5% within the country. The demand, and supply gap is widening every
year with the demand for electricity increasing 10% annually, while the generation does not
increase at this rate. This means deceleration on the sale of diesel, and LPG is still not
happening due to adequate supply or acceptance by people for cooking, cooling, and heating
purposes. To ensure reliable, and affordable energy supply, and proper utilization of energy by
generation, and development Government of Nepal has set the target to produce 10,000 MW
by production plant in one decade, and will construct, and develop all infrastructure for the
distribution of electricity in the next 5 years (The White Paper, 2018).
To improve rural access to electricity for daily HHs use, and business, a proper distribution
system at each local level needs to be expanded. To redress this situation, the Government of
Nepal in coordination with NEA has launched the Distribution System Upgrade, and Expansion
Project (DSUEP). The main objective of the DSUEP is to improve the rural electrification of
Project sites along with fulfilling the demands of electricity at the local level. The European
Investment Bank (EIB) supports DSUEP by providing loan finance to construct substations,
lines, and distribution lines with the installation of transformers. The Project is a part of Nepal’s
strategy to overcome the continuing power shortages, and satisfy the growing electricity
demand. From this, the distribution system is overloaded, and feeders are tripping.
1 Environment and Social Management Framework (ESMF) for Distribution System Upgrade and Expansion Project
(DSUEP), Nepal Electricity Authority (NEA), 2019.
2 https://cbs.gov.np/, Retrieved on 2077-02-03 (17/05/2021)
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Power shortage in Nepal has been a major constraint to growth. The electricity supply-demand
gap in the country persists, due to the following reasons,
Increasing but insufficient generation capacity.
Seasonal fluctuation of hydro generation, which accounts for 94% of the total installed
generation capacity in Nepal.
Inadequate, and outdated transmission, and distribution (T&D) systems.
The Project comprises a program of schemes designed to increase access to electricity in 23
districts of Lumbini, Karnali, and Sudurpaschim Provinces in the western and far-western
regions of Nepal3. It has clustered the Project based on geographical location, the difficulty of
implementation, cost, and agreement with the European Investment Bank to finance the
construction of distribution under DSUEP. Under EIB finance, a total of 14 Project; 9 Projects
in 6 districts of Lumbini province, 4 Projects in 3 districts of Sudurpaschim province, and 1
Project in 2 districts of Karnali province will be constructed.
The environmental, and social aspects for DSUEP in Nepal reveals that the source of CO2
equivalent (CO2e) emissions for the Programme are the ohmic losses of the new network
equipment being installed to connect new customers. Still, most of the households use
kerosene, and business houses are using diesel generators or commercial fossil fuel-based off-
grid alternatives to renewable hydropower energy in the case of Nepal. Following the
connection to the electricity grid, these users will substitute this fossil fuel combustion with
electricity from the grid. On completion, the Project is expected to enable saving of 34 kt CO2e
per year4. For the annual accounting purposes of the EIB Carbon Footprint, the Project
emissions will be prorated according to the EIB lending amount signed in that year, as a
proportion of Project cost.
1.3 Objectives of ESMP
This plan aims to sets out the measures required to maximize the benefits of the Project, avoid,
minimize, mitigate, and offset (in the case of the environment) or remedy (in the case of social
impacts) any adverse environmental and social impacts. In addition, budget, and estimates,
sources of funding, and adequacy, institutional, and monitoring, reporting, and accountability
arrangements will be addressed within this plan.
Associated objectives are listed below:
Document the baseline conditions of existing physical, biological, socio-economic
impacts due to 33/11 kV substation construction.
Identify, predict, and assess the potential adverse, and beneficial environmental impacts
of the Project.
Recommend pragmatic and site-specific enhancement, and mitigation measures, impact
avoidance, minimization of impacts, and required cost for each activity.
Consult with the affected community, stakeholders to understand the public concerns,
suggestions, and addressing them as per their priorities, and relevancy.
3 Environmental, and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
4 Environmental, and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
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To identify the enviro-socio management mechanism to ensure the implementation of
mitigation measures, and monitoring programs (as per provision in the Project’s
ESMF), and establish a mechanism to involve stakeholders in the grievance redressing
mechanism.
1.4 Project Description
The proposed Sunawal-Hakui Substation Subproject is located within Ramgram Municipality,
wards-16, of Nawalparasi (Bardaghat Susta West) District in Lumbini Province (Annex 2).
The Project affected ward has a total population of 6627 inhabitants from 1096 families. The
Project only constitutes only one component i.e. construction of 33/11 kV substation of
capacity 8 MVA. NEA already acquires the proposed land for substation construction. The area
of land is about 5.68 ha. The proposed Project will have no direct impact on any private and
public entities within its Core Project Area (CPA). The camp facility will be provided within
the Project boundary so that no land issues will arise.
The Project area is located just south part of Mahendra Highway or Asian Highway (AH2) is
easily accessible from Sunawal through Sunawal-Parasi Road (F9) to Ramgram at 9 Km, and
then Parasi Road (F130) at a distance of 7 Km from Ramgram. In addition, the proposed site
is just 12 Km away from Chure Siwalik Hills in the northern part, and 6.5 Km from the
international border with India. The main features of the Project are,
Table 1-1: Technical Description of the Proposed Project
Description Features
Promoter Nepal Electricity Authority
Project Distribution System Upgrade, and Expansion Project
(DSUEP)
Subproject Sunawal-Hakui Substation Subproject
Funding Agency EIB
Project Location Ramgram Municipality, Nawalparasi (Bardaghat Susta
West), Lumbini Province
Promoter Nepal Electricity Authority
Substation
Location
Ramgram Mun- 16, Hakui, Nawalparasi (Bardaghat
Susta West)
Co-ordinate: Lat 27°30'59.29"N, Long 83°36'11.89"E
Elevation: 111 masl
Type of Land Owned by NEA
Voltage Level 33/11 kV
Substation Capacity 8 MVA
Number, and Capacity of
Transformer 1 nos., 6/8 MVA
Type of Transformer 3 Phase, ONAN, Mineral Oil
Type of Substation AIS (33kV), and Indoor (11kV)
Number of 33kV Line Bays 1
Number of 33kV Transformer
Bays 1
Number of 11kV Feeders 4
Approximate Area of Substation 56757 sq.m./ 8.4 bigha/ 111.6 ropani / 5.68 ha
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1.5 Legal Provision for ESMP Study
The proposed Subproject does not lie within the conservation area and any other ecologically
sensitive areas recognized by the Government of Nepal (Figure 2 3).
Subproject associated impacts are likely to have minimal or no adverse environmental and
social impact, as it does not physically displace any family and economic displacement of any
of the families. For minor level Projects, which have minimal or no major environmental and
social impacts, lies in Category C Subproject as defined by Environmental and Social
Management Framework (ESMF) for DSUEP and Joint Financial Partner (JFP) policies require
a brief Environmental and Social Management Plan (ESMP).
Moreover, pertaining to Rule 3(1), Environment Protection Act (EPA), 2076 describes
completing Environmental Studies as per Schedule 1 or 2 or 3 under Environment Protection
Regulation 2077 (First Amendment in 2078/02/10 BS on Nepal Gazette). For this Project, none
of the legal provisions reflects compliable to Schedule 1 or 2 or 3, and hence, detailed
environmental studies (Brief, IEE or EIA) is not mandatory for this Project. Therefore, ESMP
is minimum requirement for the execution of Subproject.
Figure 1-1: Layout and Location Map of Sunawal-Hakui Substation Subproject
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Figure 1-2: Bird-Eye View of Sunawal-Hakui Substation Subproject in Satellite Map
Substation, and
Campsite Area Mahendra Highway
(H1 / AH2)
Chure Range
Ramgram
Municipality Office
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1.6 Construction Work, and Resource Requirement
Land Requirement: The Project will require about 5.68 ha land for the placement of
substation. The land owned by NEA. No forestland is required for the proposed Project.
Human Resource: Altogether about 20 people (10 unskilled, 6 semi-skilled, and 4 skilled
human resources) will be deployed in the construction of the Project on daily basis.
Material and Fuel: The civil construction works will follow excavation for the foundation of
the substation, steel reinforcement, cement, coarse aggregates, and fine aggregates (sand).
Materials will be procured from legally operating markets only.
Table 1-2: Estimation of Requirement of Resources
SN Resource Description Unit Quantity
Construction Material
1. Construction-Cement Kg 44,000.00
2. Sand cum 82.50
3. Stone cum 21.88
4. Gravel/Aggregates cum 21.88
5. Steel Reinforcement Kg 14,300.00
Commercial Fuel
1. Petrol ltr 23,100.00
2. Diesel ltr 9,500.00
3. LPG ltr 1,300.00
Major Equipment and Power Requirements: The major equipment used during the Project
implementation are Excavator (1), Roller (1), Drilling Machine (1), and Crane (1). While, 1
Grid Supply- 120 kVA Distribution Transformer, and 2 number of 50 kVA, each Diesel
Generator for Alternate Supply will be required for power.
Construction and Implementation Schedule: the implementation schedule is estimated to be
12 Months after the approval of construction bidding from the promoter.
Table 1-3: Construction Schedule of Project Implementation
SN Activities/ Months Months (After the completion of Detailed Survey Study)
1-2 3-4 5-6 7-8 9-10 11-12
1. Invitation for tender, evaluation,
and award
2. Implementation of Environmental,
and Social Safeguards
3. Construction of substation
4. Charging, and Testing
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1.7 Brief on Methodological Approaches of ESMP Study
The study started with the review of previous relevant reports ESF (AIIB), ESS (EIB), ESMF
for DSUEP and SES (NEA), previous feasibility study reports, social safeguard document,
occupational health and safety prospective during implementation stage, as well as other
project documents prepared by the client.
This study report was prepared in accordance with the identified enviro-social impacts in the
screening report of the Project. The activities performed during the preparation of ESMP study
report were listed below,
1. Review of secondary information
2. Field visit
3. Coordination meeting with primary stakeholders
4. Collection of environmental and social information
5. Meaningful public consultation
6. Data management and report preparation
1. Field Visit was conducted from 2078/06/05 to 2078/06/12. The main aim was to collect
information relating to the existing physical, biological, socio-economic, and cultural
environment of the Subproject footprint. A team of sectoral experts was moved into the
field.
A walkover survey was conducted to collect the information of the Subproject surrounding
substation area. The checklist/questionnaire was used for collecting physical, biological and
socio-economic environment baseline information (ANNEX 3). Following, a public
consultation was completed to understand their opinion towards the proposed Subproject as
elaborated in 1.7 (3).
2. Stakeholder Mapping: Stakeholder mapping and their engagement is the key to successful
and constructive enviro-social management of the Project. It is a productive way to boost
willingness, and the ability to work on a Project. For this Project, the following are the
categories of stakeholders identified as,
Table 1-4: Identified Stakeholder from Mapping Process
High Influence Low Influence
High
Interest
Local Level, and Affected Ward
Elected Representative
Community Head (Key Persons)
Adjoining parcel of the land owner throughout the RoW of the
access road
Community
people
from the
OPA area
3. Meaningful Public Consultation: Consultation with the project-affected communities
was given more emphasis from the screening phase up to the plan preparation phase.
Inclusiveness, prior confirmation of venue, time, and subject of consultation, use of
understandable language, and engagement of stakeholders was ensured during
consultation. This was conducted to aware people on Subproject features, and the benefits
that occurred from the Subproject in the immediate and long term. Following, it was used
to understand the public opinion towards this Subproject and recording the feedback for
improvements.
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A public consultation program was scheduled at the Bakenawa, Ramgram Municipality-16
dated 2078/06/07. The issues raised during the consultation were recorded as a living
document. The concerns and suggestions received from public consultation were addressed
with measures for mitigation and/or enhancement.
Table 1-5: Issues Raised by Stakeholders and Responses
Place C.N. Comments/ Suggestions Response
Ba
ken
aw
a,
Ra
mg
ram
Mu
n.-
16
(20
78
-06-0
7)
1. The information on consultation program was
priorly shared from the experts
Part of consultation/draft ESMP
disclosure, no need to address
2.
Taking brief about Project’s substation and 33 kV
distribution line from NEA environmental and
social experts.
Part of consultation, no need to
address
3.
The issues on voltage drop down is making
people’s daily HHs chores so difficult. For this
reason, proposed Subproject needs to be
implemented sooner.
Addressed in Table 3.1 Adverse
Impact in Physical Environment (B-
2)
4. The proposed substation land is already managed
by NEA.
Addressed in Table 3.1 Beneficial
Impact (A-1)
5.
At present the proposed substation land is used by
previous owner have agreed to clear and provide
the field and let for Subproject construction
without any circumstances
Positive response towards Subproject
and assurance of support during
implementation
6.
We (local level, stakeholder and local people) have
full support and assurance during the
implementation of Subproject
Positive response towards Subproject
and assurance of support during
implementation
7.
During the course of implementation, community
from Tharu/Chaudhary, Muslims and other’s
culture and tradition won’t get affected.
Shared information from
stakeholders during consultation and
ANNEX 5
4. Report Preparation: After field visit, the data, and feedback were put together to identify
the Subproject associated impacts, their magnitude, extent and duration. Based on impact
significance, their respective mitigation measures was proposed at different phases. The
associated cost/budget incurred for the implementation of ESMP and its monitoring on
periodic bases are also incorporated within the document. As a whole, all these site
information were presented from qualitative and quantitative write-up to form this report.
5. Disclosure of ESMP Report: The draft ESMP report was disclosed during public
consultation held on 2078/06/07. The final ESMP report will be disclosed from Promoter
and Lender’ official web portal. While at affected local level, concerned ward and
proponent will disclose ESMP report.
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2. EXISTING ENVIRONMENTAL CONDITIONS
2.1 Physical Environment
1. Topography, and Land Use
The Project area is located in the Southwestern region at the foothill of the Chure region at
Nawalparasi (Bardaghat Susta West) District of Lumbini Province. The Project site lies in the
Terai Region of Nepal (LRMP, 1986). Hakui, Project area lies in Ramgram Municipality
(RMun) ward-16 of Nawalparasi (Bardaghat Susta West), Lumbini Province. It is situated at
27°31'0.35"N latitude, and 83°36'9.32"E longitude, with an elevation of 111 meters above sea
level (masl). Sunawal, Butwal, and Bhairahawa are the major, and nearest business hub nearby
the Project area.
Geomorphologically, the Project area is situated in the flat Terai Region ‘southern belt’, and is
made up of sediments of Quaternary to Recent deposit. There is an adjoining seasonal river
stream Turiya Khola flowing towards the South. Turiya Khola surrounds from North, and West
sides while Parasi road passes on the Southern side and agricultural land on the Eastern side.
The land is plain but fewly depressed from the road level. For this reason, filling of spoil is
necessary before substation construction. The Project substation land owned by NEA.
2. Erosion from Flooding
According to the flood vulnerability classification of Nawalparasi (Bardaghat Susta West)
District, the proposed core Project area comes under the moderate flood vulnerability region5.
Figure 2-1: Proposed Site, and Nearby Hydrological Feature
5 https://un.info.np/Net/NeoDocs/View/6759, Retrieved on 29/05/2021.
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The proposed site lies adjoining to the stream Turiya Khola which is meandering, and braided
in nature of seasonal nature. The proposed site is depressed with respect to Khola, and access
road. For this reason, there is a high chance of flooding during the monsoon.
3. Climatic Condition
The proposed Project area belongs to the lower-tropical climatic zone. As there is no
meteorological station presence within the Project area, the nearest station at Bhairahawa
Airport Station was taken as a reference for the study. The minimum temperature of the nearby
proposed Project site is recorded 8.88oC in January, while the maximum temperature recorded
is 36.86oC, in April (DHM, 2017). While it receives the highest rainfall in July. The summer
monsoon is prevalent from May up to September while a decrease in rainfall is observed in
winter. The average rainfall is 1566.65 mm.
4. Air, and Noise, and Water Quality
The Subproject site lies within the semi-urban setting. The major air polluting sources recorded
are industry emission and vehicular emission and dust problem from plying of vehicles through
little bit damaged roads. Noise polluting sources noted at the time of field study are similar
with the air polluting sources. Use of unnecessary accelerator along the access road of site is
the second most source of noise generation. Following table shows the real-time quality of air
and noise during field study.
Table 2-1: Ambient Air and Noise Quality Parameter Measurement
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353
Mini Sound Meter
PM2.5 PM10 Causing Factor dB Causing Factor
1. Substation 63.7 89.2
Industry within 500 m
and Vehicular
Emission
68.4 Industry within 500 m
Source: Field Visit, 2021
The air6 and noise7 at substation was found to exceed the national standard8 for ambient air and
noise quality.
6 National Indoor Air Quality Standard, 2009
7 National Ambient Sound Quality Standard, 2012
8 CBS. (2013). Environmental Statistics of Nepal. Kathmandu: Central Bureau of Statistics.
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Turiya Khola lies adjoining to the substation area which is seasonal in nature. The major water
polluting sources found are solid waste and liquid waste from industry. Following table shows
the real-time physical parameter of water in these streams during field study.
Table 2-2: Physical Parameter of Water
SN DL/ SS Location/
Settlements
Name
River/
Stream
Flooding
width
Left-
Right
(m)
Distance
Substation/DL
Pole from
River/ Stream
Parameter- EXTECH
ExStik II DO600
Temp.
(oC) pH
EC
(µc/cm)
1. Substation Hakui,
Bakenawa
Turiya
Khola 35 Adjoining 32.1 6.1 0912
Source: Field Visit, 2021
From our observation during field visit, the water quality of the streams have observed beyond
the national standard9 for drinking purpose.
5. Geology, and Seismic Risks
The geology of the Subproject site is flat and of Quaternary to Recent deposit. It consists of
alluvium of Terai plain consisting pebbles/gravels in a sand and silt matrix constituting sandy
and silty soil with clay, which are loosely deposited and uncemented.
Figure 2-2: Geological Map of Proposed Project10
9 Nepal's Drinking Water Quality Standards, 2006
10 Department of Survey (DoS) 2020
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The study map showed that the horizontal seismicity coefficient of the Subproject area is
100gal, which is equal to 0.06g. The seismic information shows that the site is less susceptible
from Earthquake hazard.
The proposed substation site is primarily within the flat land and depressed. The substation
land needs to be filled up to a height of 1.5 m at least. For this purpose, the total spoil necessary
for the filling is estimated to be 85203 cum.
Figure 2-3: Seismic Hazard Map of Nepal Showing Proposed Project Site11
6. Solid Waste Management
The substation proposed area lies in semi-urban areas. The waste was found littered in front of
HHs, shops and business area near substation and Ramgram Bazar areas. The nature of waste
comprised of plastics (bottles, bags and packaging), textiles, and metal cans. Organic waste
was observed littered in few areas. People nearby the substation area has been practicing to
manage organic waste within the household premises. Recyclable waste (for large quantity)
has been practiced of selling to the scrap collector.
According to study done by ADB on SWM, and composition practices of municipalities in
2013; findings from the study reveals that the average per capita waste generation was 123.62
g/capita/day where the composition of organic waste is estimated to be 51.06% (ADB, 2013).
11 Department of Mines, and Geology, http://seismonepal.gov.np/publications, Retrieved on
2078/03/06(6/20/2021)
Proposed Site
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2.2 Biological Environment
The Subproject lies within the elevation below 500 masl of Nawalparasi (Bardaghat Susta
West) District and thus is located in lower tropical bioclimatic zone. The proposed Subproject
development site does not lies within any protected areas and conservation areas i.e. 26.40 Km
apart from the protected area :Chitwan National Park; that are ecological important for which
none of the Subproject induced impact to biological environment is expected. Similarly, there
is only one seasonal natural streams ‘Turiya Khola’ which lies adjoining to the substation area.
Figure 2-4: Environmental Sensitive Area, and Project Area Location
From participatory interaction with locals, ten species of birds were reported from project site,
and its peripheral area.
Table 2-3: List of Birds Found within the Project Area
S.N. Common/ Local Name Scientific Name GoN IUCN CITES
1. Crow Corvus
2. Dangre Acridotheres fuscus
3. Gauthali Apus affinis
4. Spotted Dove/Dhukur Streptopelia chinensis LC
5. Eagle Milvus migrans
6. Bhangera Passer domesticus
7. Jureli Hypsipetes leucocephalus
8. Suga Psittacula himalayana
9. Fisto Phylloscopus collybita
10. Piegon Columbia livia
Source: Field Visit, 2021
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A total of seven species of herpetofauna were recorded after consultation with people, which
includes five species of reptiles, and two species of amphibian species.
Table 2-4: List of Herpetofauna Found within the Outlying Project Area
S.N. Common/ Local Name Scientific Name GoN IUCN CITES
1. Common Karait Bungarus caeruleus
2. Chipkali Hemidactylus frenatus
3. Cobra Naja naja II
4. Toad Bufo melanocostric LC
5. Chheparo Callotes versicolor
6. Water Snake Xenochrophis sanctijohannis
7. Bhyaguta Rana tigrina
Source: Field Visit, 2021
2.3 Socio-Economic, and Cultural Environment
The Subproject site lies in Wards 16 of Ramgram Municipality. The total Project occupies 5.68
ha of substation land owned by NEA. None of the private and public infrastructures are located
within the footprint area, which needs relocation. According to the municipal profile of
Ramgram Municipality12, the total number of population in this municipality is 59,455 living
in 10,855 households. The total male population is 29,132, and the female population is 30,323.
The population density of this municipality is 825 per sq. Km. In addition, the total population
of ward 16 is 6,627 among which 3,185 are male, and 3,442 is female living in 1,096
households. Most of the people in this area follow Hinduism. Ramgram Municipality was
inhabited by Tharu caste with a total population of 12,669.
The proposed land of substation area is of GoN and fall under the management of NEA. The
proposed physical activities of this Subproject (installation of substation) will not be involved
in private land. Therefore, there will be no land acquisition and resettlement impacts. Similarly,
the main occupation of people in the area is agro base with nearly 80% contribution followed
by small trade and business/enterprises and services. The tripping and voltage drop in
electricity was high within the proposed and nearby areas affecting irrigation schedule and HHs
chores. The major health issues found are headache, Backache, Upper Respiratory Tract
Infection (URTI), Presumed Non-Infectious Diarrhea, Fungal Infection, Gastritis, ARI/Lower
Respiratory Tract Infection (LRTI), Refractive Error, Conjunctivitis, and cataract. Recent
issues of COVID19 Pandemic have been observed as one of the major challenging health risk
issues within the local level. The nearest and easily accessible health facility to the proposed
Subproject is Nepal Cancer Hospital, Khajura, Banke located at 23-30 minute medium driving
distance from substation site.
12 https://ramgrammun.gov.np/en/node/40, Retrieved on 2077/01/21 (04/05/2021).
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3. ANTICIPATED IMPACTS, AND MITIGATION MEASURES
The development of infrastructure necessarily brings a change in the local environment in terms
of physical, biological, socio-economic aspects. This impact will be both beneficial as well as
adverse. According to National Environmental Impact Assessment Guidelines (GoN, 2050),
the magnitude, extent, and duration of the project-induced impacts have been taken as
referenced. This chapter identifies the basic environmental, and social impacts in the project
site that will arise during the construction. The detailed impacts of each component have been
addressed in this chapter.
3.1 Beneficial Impacts
A. Construction Phase
1. Opportunities of Earnings for Local People
Impacts
As Subproject undergoes implementation, local people will be benefited through engagement
in construction related works. Altogether about 20 people (10 unskilled, 6 semi-skilled, and 4
skilled human resources) will be deployed in the construction of the Project on daily basis for
the implementation period of 12 months. This will help local people to enhance their skills in
construction work, electrical components installation and earnings. The magnitude of impact is
considered high, the extent is local, and the duration is short-term.
Augmentation Measures
• Local people within the Subproject area will be emphasized first based on qualification
and skills.
• Working with technical experts shall be passed expertise on to the local people.
• The construction activities require different construction materials like aggregate, sand,
cement, steel, etc., which shall be brought from the locally available legal market
centers. This will improve their earnings at HHs level.
• Employment opportunities will help on flow of capital to increase production level
thereby helps in boosting business growth.
B. Operation Phase
1. Enhancement in Rural Electrification
Impacts
New business houses are going to establishing different industries within/nearby the Subproject
proposed area. Recently, power tripping and voltage drop problem nearby the areas are one of
the major problem faced. For which, expansion and shifting of industries from commercial fuel
to electricity was influenced. Upgrading and expansion of electricity distribution system is one
of the important basis of rural electrification which helps to way-out many electricity related
issues and promotes to use of more home appliances, use of electric power generators for
irrigation and industries establishment. The magnitude of impact is considered high, the extent
is local, and the duration is short-term.
Augmentation Measures
• The problem related to distribution system on overloading of the distribution system
and tripping of feeder will be resolved.
• Opportunities to upgrading and expansion of new industries shall be established within
Khajura industrial park (proposed).
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• With resolved power related issues, local people shall be motivated to use electric
appliances for cooking, and lighting.
• Diesel powered water pump for irrigation of crops will be replaced by electric powered
water pumps.
• More electric and electronic shops shall be established around the Subproject area.
2. Climate Benefits
Impacts
The existing use of the traditional source of energy like guitha (made from cow dung), firewood
and timber along with commercial fuel LPG/Kerosene for cooking/lighting, heating and diesel
for water pumping is more prevalent around the Subproject area. The combustion of firewood
will ultimately degrade the indoor environment by emitting smoke, and fumes consequencing
health impacts in long run. The magnitude of impact is considered high, the extent is local, and
the duration is long term.
Augmentation Measures • The emission from incomplete combustion of traditional energy sources like fuel wood
and commercial fuel like kerosene, and diesel will be minimized through use of electric
powered equipment/appliances.
• As emission shall gradually reduce, the quality of air will be improved. This will benefit
associated with the health issues of people associated with indoor air pollution after the
commencement of Subproject.
• The Project will contribute in a wider sense to climate mitigation i.e. at completion the
Project is expected to enable saving of 34 kt CO2e per year as calculated by EIB.
• It ultimately helps in reducing average household health expenses and will be used for
other productive use in long run.
3.2 Potential Adverse Impacts
3.2.1 Physical Environment
A. Construction Phase
1. Impact due to Erosion from Flooding
Impacts
The proposed site lies adjoining Turiya Khola which is susceptible to high erosion from
flooding13 during the rainy season. During construction, a huge quantity of spoil is necessary
for filling the site. The upper layer of filling spoil material is loosely bonded. As such, if this
surface area came into contact with flood water of Turiya Khola then it will be eroded out. As
these activities are limited, within the Project boundary the impact will be medium in
magnitude, site-specific, and short duration.
Mitigation/Enhancement Measures • Compaction of spoil disposal and the leveled area will be assured through the
simultaneous sprinkling of water, and compaction from the roller.
• A boundary wall will be constructed first to avoid unnecessary spills towards Turiya
Khola and adjoining private agricultural land. This will also help in mitigating river
floods entering into the substation area during the monsoon season. In addition, a
boundary wall will help in minimizing dust particulate transportation to the adjoining
crops, and nearby receivers.
13 (CBS, 2017), P-44.
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• Wet hole method and excavation of minimal area will be assured for foundation and
boundary wall placement work within the substation site.
• An adequate site drainage system will be provided around stockpiled materials,
campsites and the foundation work area.
• Attention will be given while disturbing the site through using only the areas necessary
for construction, and phasing construction activities.
• Sediment control traps and ditches will be located for controlling runoff water within
the periphery of the inner substation boundary.
2. Impact due to Air, and Noise Pollution
Impacts
The construction activities such as site clearance, ground leveling, excavation of the building
foundation, spoil management work, waste burning, haphazard stockpiling of construction
materials, vehicular movement will generate dust and emission at the Project site. In addition,
the workforce noise, excavating equipment, and vehicles transporting the construction
materials will raise noise levels than before the implementation of the Project. The impact on
air quality and noise level will be minor in magnitude, site-specific in terms of extent, and short
duration.
Mitigation/Enhancement Measures • Water sprinkling and compaction from roller will be done simultaneously to control
dust emission during ground levelling after excavating work.
• Open burning of any sorts of wastes will be strictly prohibited.
• Use of face masks to the construction workers on the construction site.
• Construction machinery will be properly maintained to minimize exhaust emissions of
CO, SPM, and Hydrocarbons.
• However, enclosing the boundary with appropriate wall will prevent the dust generated
and spill of spoil to the adjoining parcel of cultivated land.
• Cover all dust generating loads carried in open trucks.
• Wherever required, personal protective equipment such as earplugs, earmuffs, etc. will
be provided to the persons working in high noise areas.
• Stockpiling of construction materials will be stockpiled in designated places within the
Subproject boundary.
3. Impact due to Spoil Management
Impacts
As substation ground level is very low, filling of spoil will be necessary in huge quantity i.e.
85203 cum. In addition, the other construction associated spoil generated here will be the types
like cement bags, iron bars, and other leftover construction materials, and waste generated by
the labor camp might cause adverse impact to the nearby receiver environment if not properly
managed. The magnitude of impact is considered low, the extent is site-specific, and the
duration is short-term.
Mitigation/Enhancement Measures • The land required for borrowing earth purposes for additional spoil for filling will be
arranged & selected by the contractor and will have to be approved by the site
Supervisor. Selection will be done based on ease rehabilitation.
• The required filling materials will be purchased from nearby market. For this
Subproject won’t excavate or quarry filling materials.
• Selection of spoil for surfacing/leveling material will be free from all types of organic
materials and quality perspectives.
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• Spoil will be covered with tarpaulin while transporting it from earth-borrowing areas
till the substation.
• Simultaneous water sprinkling and compaction of spoil will be done using the roller.
• Spoil will not be allowed to accumulate in the access road.
4. Impact due to Solid Waste Management
Impacts
Nearly, 20 people will be required for the construction work daily. Based on the study done by
ADB 2013, the following waste is projected to be generated on daily basis from the campsite
after commencement of Subproject.
Table 3-1: Estimated Daily Solid Waste Generation from Campsite
SN Description Calculation Remarks
1. Total Labors within the Campsite = 20 Labors
2. Total Waste Generation to be Expected = 20 * 123.62 g/capita/day
= 2472.4 g/capita/day
= 2.4724 kg/day
3. Organic Waste Composition Responsible
for Foul Smell, and Rodents = 1.26 kg/day Assuming
51% organic
waste
Rest other waste is recyclable, and non-decomposable which could be stored for long period, and
have less impact on the environment if properly managed. The amount of organic waste is
manageable within the Subproject site as organic waste per day will be expected to be only 1.26
kg/day.
In addition, construction waste generation can be up to 30% of the materials used in
construction activities (Letcher & Vallero, 2011). Waste generated during the construction
phase from the campsite shall be around 2.4724 kg/day in total. The composition of organic
waste shall be around 1.26 kg/day. Organic waste if unmanaged properly shall arise foul smell,
and rodents. This might be one among other issues consequencing disputes with nearby local
people. The rest inorganic waste generated during implementation shall be managed through
source segregation. The magnitude of impact is considered to be low, the extent is site-specific,
and the duration is short-term.
Mitigation/Enhancement Measures • Source segregation of organic, and inorganic wastes in different storage areas or
facilities in the designated location, and adoption of 3R principle for waste
management.
• Waste from the campsite will be properly managed, and disposal in nearby Turiya
Khola, and open ground outside the substation site will not be allowed to spill in nearby
land, cultivated land, etc., and shall be monitored.
• The organic waste generated from the campsite will be managed within the Project area,
as the daily Projection is just only 1.26 kg/day, which is easily manageable through
composting in the bin or by constructing a ground pit, and covered by the sufficient
thick layer of soil daily.
• Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and sand
mix will be used as refills for making ground leveling.
• The packing materials used for casing components should be recyclable, and non-
hazardous. For instance, strong wooden boxes, and somewhere even cardboard with a
waterproof lining shall be emphasized no damages, and corrosion in the components.
• Recyclable wastes like left out/non-useable reinforcement bars, and packing materials
will be sent or sold to scrap vendors.
• The construction contractor shall ensure proper management of ground drainage from
camps as a preventive measure against breeding places of mosquitoes, and other pests.
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• Effective coordination with Ramgram Municipality.
• Waste Management Plan and Approaches will be fully complied with.
5. Impact on Hydrology
Impacts As the proposed site is depressed than the road alignment and adjacent to Turiya Khola, the
embankment of Khola gets vulnerable to slide during filling. In addition, the water requirement
during the construction phase will be fulfilled from Turiya Khola, and ground water extraction.
The impact is expected to be moderate in magnitude, site-specific, and for a short duration.
Mitigation/Enhancement Measures • Whenever the water table during the monsoon will meet during the excavation, it will
be dewatered, and the water table will be maintained below the bottom of the excavation
level during excavation, concreting, and backfilling.
• An adequate site drainage system will be provided by the Contractor.
• A retaining wall will be necessary to control the river cutting from the flood.
• Temporary toilets and sufficient drinking water facilities will be provided for the
construction workers.
• Appropriate bioengineering shall be done for the surface loose soil stability.
• The sewage from those temporary toilets will be disposed of in the septic tank and the
effluent to the soak pit.
• The drainage system will be adequate without the use of cable/pipe trenches. (Pipe
drains will be provided in areas of the switchyard where the movement of crane will be
necessary for the operating phase of the substation).
B. Operation Phase
1. Issues Related to Electric, and Fire Hazard
Impacts
Employees performing servicing or maintenance of substations will be exposed to injuries from
the unexpected energization or release of stored energy in the equipment, and chemical
reactions in the system. From this, the workers will be exposed to electric shocks, and burns.
The magnitude of impact is considered moderate, the extent is site-specific, and the duration
is long term.
Mitigation/Enhancement Measures
• The conductor should be covered or use of covered conductor within the dense
settlement area
• There will be the use of insulation, guarding, grounding, electrical protective devices,
and safe work practices.
• Only trained and authorized personnel will be allowed for the electrical works.
• No electric wire shall be stringed above the house.
• Security fences around the substation.
• Establishment of warning signs.
• Shutdown shall be taken during maintenance work.
3.2.2 Biological Environment
The proposed Project avoided the forestland or other sensitive biodiversity areas. Hence, there
will not be a direct impact on the forest. Other impacts indirectly on the biological environment
of the Project are expected to be low and negligible.
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A. Construction Phase
1. Loss of Habitat
Impacts
As there is no presence of any forestland or sensitive biodiversity area, the occurrence and
contact of any species are less.
Mitigation/Enhancement Measures • No specific mitigation measures necessary.
A. Operation Phase
1. Impact due to Collision of Birds
Impacts
Project has several forms, which can be broadly divided into those measures that make power
lines present less of an ‘obstacle’ for birds to collide with, those that keep birds away from the
power line, and those that make the power line more visible. The magnitude of impact is
considered low, the extent is site-specific, and the duration is long term.
Mitigation/Enhancement Measures
• To reduce the collision of birds within the substation components, markers such as color
balls will be attached to the dead-end tower/s inside the substation to improve line
visibility for the bird.
• Spacing of devices should be not more than 5-10 m apart.
• Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
• The device may not damage the conductor onto which it will be placed.
• Connector part mechanisms must be burr-free.
3.2.3 Socio-Economic, and Cultural Environment
The anticipated impacts regarding the socio-economic and cultural environment associated
with Subproject are discussed below:
A. Construction Phase
1. Impacts Associated with Transformation of Land
Impacts
The Project will require about 5.68 ha of land for the placement of the substation. The total
land belongs to NEA. The construction of the Project will bring change in the existing land use
of the area permanently. The impacts due to the use of land will be moderate in magnitude,
site-specific, and short-term in duration.
Mitigation/Enhancement Measures • Scientific, and legal demarcation of the Project area shall be given priority before
initiating construction activities as it sensitive issue.
• Fruitful coordination with local level, CBOs and local people will be helpful in effective
implementation of Subproject.
• No Project associated activities shall consequence the illegal use and disturbance to the
adjoining parcel of the landowner.
• The campsite is also proposed within the substation site for which no issues of
decommissioning will be raised from the local.
• The Project will use only use the minimum area of land to construct the building along
with the required structure so that in the future if upgrading is necessary the open space
will be used.
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• Compensation shall be provided for the unintentional damages to the private and public
infrastructure, loss of trees and crops through appropriate coordination with owner of
assets from the Subproject.
• In addition, Project is responsible to resolve all the unavoidable issues concerned with
adjoining cultivated landowners.
2. Issues Related to Child Labor, and Gender
Impacts
During the Subproject construction, people will be employed on daily wages for excavation,
transportation of construction materials, and other construction-related works. Discrimination
on women and vulnerable groups while hiring the worker, and minimum wages will be
expected. Despite, the GoN’s strict rules, and regulations on child labor, and gender issues, it
remains a potential threat (chances of exploitation) to children, females, and socially backward
communities. The envisaged indirect impact is high in magnitude, site-specific in extent, and
short-term in duration.
Mitigation/Enhancement Measures
• The use of child labor is strictly restricted during the construction phase.
• The construction contractor will ensure that there will be not gendered discrimination
during the implementation of the Project, and equal wage is given to both the male and
female workers for the same amount of work done irrespective of their gender.
• In addition, the labor camp will be gender friendly including a separate locked
toilet/bathroom, and room, a resting place for females, and special provision during the
menstrual period with the availability of basic sanitary pads, and nutritious diet.
• Existing Labor Act and Labor Rule of GoN shall be strictly followed.
3. Occupational Health, and Safety
Impacts
Occupational health hazard and safety of workers is the major issues during the construction
period. Working without the use of safety measures during excavation work, spoil management
work, mechanical, and electrical equipment handling activities, chemical handling, and
constructional activities may call the risk of accidents. From many accidents, primary victims
may be the workers involved in the construction. In addition, the pedestrian might also be
injured. The envisaged direct impact is high in magnitude, site specific in extent, short term in
duration.
Mitigation/Enhancement Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety
plan from construction contractor are adequate and approved by NEA/PIU (DSUEP)
management will in hand.
• All employees will be provided with the necessary training, and safety equipment as
required for their respective responsibilities, and duties. The Subproject will adhere to
labor acts and rules.
• The basic facilities like drinking water, gender-friendly sanitation facilities & resting
place, secured lock system for female rooms, canteen facility, and basic internet facility
during an off-hour; first aid required for the campsite will be assured.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-
toothed comb (6–8 in) will be provided to each work force.
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• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection,
Dust Mask, Head Protection, Foot Protection, and High Visibility Clothes Must be worn
in this Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No
Smoking Area, and High Voltage), Warning Signs (High Voltage, Slippery When Wet),
Fire Safety Signs, and Emergency Signs].
• NEA will be responsible to supervise the OHS, and environmental performance of the
construction contractor, and laborers' condition.
4. Grievances Management
Impacts
Some issues that are frequently observed within the developmental Projects are biasness on the
opportunity to local employment, information disclosure, wage rate, working hours,
misbehave, land disputes, etc. If the grievances are not recorded and addressed properly, they
may arise conflict among workers, and management, and even residents. The envisaged
indirect impact is low in magnitude, local in extent, and short-term in duration.
Mitigation/Enhancement Measures • A Grievance Redress Committee (GRC) will be established at the three different levels
to address the social issues associated with the Project.
• This committee will settle disputes related to the workers, local, and workers, etc.
within the 7 to 15 days of the complaint registered/forwarded based on Tier-I, II & III.
B. Operation Phase
1. Occupational Health, and Safety
Impacts
Employees working in the operation, and maintenance of the electric components are exposed
to electric shock, electrocution, fires, and explosions. The envisaged impact is direct, site-
specific in extent, moderate in magnitude, and long-term.
Mitigation/Enhancement Measures • The Promoter will organize advanced level training to instruct, and train staff about
health, and safety-related activities, and issues.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-
toothed comb (6–8 in) will be provided to each work force.
• Personal protective equipment for all-purpose (face shields, helmets, safety Goggles,
safety shoes, hand gloves, etc. as per the job requirement) for workers will be provided
to minimize health and safety risks.
• Necessary safety kits such as helmets, gloves, masks, etc. will be provided to
employees. The Promoter will adhere to labor acts and rules.
• There should be the use of insulation, guarding, grounding, electrical protective
devices, and safe work practices.
• Employees working on the electrical devices will be provided with electrical protective
equipment.
• Proper maintenance of fencing will be assured to prevent the movement of unauthorized
personals into the site.
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3.3 Environment, and Social Management Plan
Environmental and Social Management Plan (ESMP) is a plan for implementing environmental
mitigation, and enhancement measures during the construction, and operation stages of the
Project, monitoring the effectiveness of these measures, providing cost estimates for the
measures, and identifying the Subproject participants that are responsible for implementing the
measures and monitoring them. The ESMP serves as a guide for the Subproject to avoid,
minimize, mitigate adverse environmental impacts, and enhance positive impacts.
The implementation of the mitigation measures will be the responsibility of the contractor, and
promoter during the construction, and operation stages. A detailed ESMP has been prepared
and presented in the following table.
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 25
Table 3-2: Environmental, and Social Management Plan
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
1. Beneficial Augmentation Measures
A. Construction Phase
1. Opportunities of
Earning for Local
People
• Local people within the Subproject area will be emphasized first based on qualification and
skills.
• Working with technical experts shall be passed expertise on to the local people.
• The construction activities require different construction materials like aggregate, sand,
cement, steel, etc., which shall be brought from the locally available legal market centers.
This will improve their earnings at HHs level.
• Employment opportunities will help on flow of capital to increase production level thereby
helps in boosting business growth.
Contract
Document
Construction
Contractor NEA/PIU (DSUEP)
B. Operation Phase
1. Enhancement in
Rural
Electrification
• The problem related to distribution system on overloading of the distribution system and
tripping of feeder will be resolved.
• Opportunities to upgrading and expansion of new industries shall be established within
Khajura industrial park (proposed).
• With resolved power related issues, local people shall be motivated to use electric appliances
for cooking, and lighting.
• Diesel powered water pump for irrigation of crops will be replaced by electric powered
water pumps.
• More electric and electronic shops shall be established around the Subproject area.
- NEA/PIU
(DSUEP) -
2. Climate Benefits
• The emission from incomplete combustion of traditional energy sources like fuel wood and
commercial fuel like kerosene, and diesel will be minimized through use of electric powered
equipment/appliances.
• As emission shall gradually reduce, the quality of air will be improved. This will benefit
associated with the health issues of people associated with indoor air pollution after the
commencement of Subproject.
• The Project will contribute in a wider sense to climate mitigation i.e. at completion the
Project is expected to enable saving of 34 kt CO2e per year as calculated by EIB.
• It ultimately helps in reducing average household health expenses and will be used for other
productive use in long run.
- NEA/PIU
(DSUEP) -
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| Environmental, and Social Management Plan | 26
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
2. Adverse Mitigation/ Enhancement Measures
1. Physical Environment
A. Construction Phase
1. Impact due to
Erosion from
Flooding
• Compaction of spoil disposal and the leveled area will be assured through the simultaneous
sprinkling of water, and compaction from the roller.
• A boundary wall will be constructed first to avoid unnecessary spills towards Turiya Khola
and adjoining private agricultural land. This will also help in mitigating river floods entering
into the substation area during the monsoon season. In addition, a boundary wall will help in
minimizing dust particulate transportation to the adjoining crops, and nearby receivers.
• Wet hole method and excavation of minimal area will be assured for foundation and
boundary wall placement work within the substation site.
• An adequate site drainage system will be provided around stockpiled materials, campsites
and the foundation work area.
• Attention will be given while disturbing the site through using only the areas necessary for
construction, and phasing construction activities.
• Sediment control traps and ditches will be located for controlling runoff water within the
periphery of the inner substation boundary.
500,000.00
for outer
drainage
management
Construction
Contractor NEA/PIU (DSUEP)
2. Impact due to Air,
and Noise
Pollution
• Water sprinkling and compaction from roller will be done simultaneously to control dust
emission during ground levelling after excavating work.
• Open burning of any sorts of wastes will be strictly prohibited.
• Use of face masks to the construction workers on the construction site.
• Construction machinery will be properly maintained to minimize exhaust emissions of CO,
SPM, and Hydrocarbons.
• However, enclosing the boundary with appropriate wall will prevent the dust generated and
spill of spoil to the adjoining parcel of cultivated land.
• Cover all dust generating loads carried in open trucks.
• Wherever required, personal protective equipment such as earplugs, earmuffs, etc. will be
provided to the persons working in high noise areas.
• Stockpiling of construction materials will be stockpiled in designated places within the
Subproject boundary.
300,000.00
Construction
Contractor NEA/PIU (DSUEP)
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| Environmental, and Social Management Plan | 27
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
3. Impact due to
Spoil
Management
• The land required for borrowing earth purposes for additional spoil for filling will be
arranged & selected by the contractor and will have to be approved by the site Supervisor.
Selection will be done based on ease rehabilitation.
• The required filling materials will be purchased from nearby market. For this Subproject
won’t excavate or quarry filling materials.
• Selection of spoil for surfacing/leveling material will be free from all types of organic
materials and quality perspectives.
• Spoil will be covered with tarpaulin while transporting it from earth-borrowing areas till the
substation.
• Simultaneous water sprinkling and compaction of spoil will be done using the roller.
• Spoil will not be allowed to accumulate in the access road.
Embedded in
Project Cost
Construction
Contractor
NEA/PIU (DSUEP)
and Ramgram
Municipality
4. Impact due to
Solid Waste
Management
• Source segregation of organic, and inorganic wastes in different storage areas or facilities in
the designated location, and adoption of 3R principle for waste management.
• Waste from the campsite will be properly managed, and disposal in nearby Turiya Khola,
and open ground outside the substation site will not be allowed to spill in nearby land,
cultivated land, etc., and shall be monitored.
• The organic waste generated from the campsite will be managed within the Project area, as
the daily Projection is just only 1.26 kg/day, which is easily manageable through composting
in the bin or by constructing a ground pit, and covered by the sufficient thick layer of soil
daily.
• Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and sand mix
will be used as refills for making ground leveling.
• The packing materials used for casing components should be recyclable, and non-hazardous.
For instance, strong wooden boxes, and somewhere even cardboard with a waterproof lining
shall be emphasized no damages, and corrosion in the components.
• Recyclable wastes like left out/non-useable reinforcement bars, and packing materials will
be sent or sold to scrap vendors.
• The construction contractor shall ensure proper management of ground drainage from camps
as a preventive measure against breeding places of mosquitoes, and other pests.
• Effective coordination with Ramgram Municipality.
• Waste Management Plan and Approaches will be fully complied with.
300,000.00
Construction
Contractor
NEA/PIU (DSUEP)
and Ramgram
Municipality
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| Environmental, and Social Management Plan | 28
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
5. Impact on
Hydrology
• Whenever the water table during the monsoon will meet during the excavation, it will be
dewatered, and the water table will be maintained below the bottom of the excavation level
during excavation, concreting, and backfilling.
• An adequate site drainage system will be provided by the Contractor.
• A retaining wall will be necessary to control the river cutting from the flood.
• Temporary toilets and sufficient drinking water facilities will be provided for the
construction workers.
• Appropriate bioengineering shall be done for the surface loose soil stability.
• The sewage from those temporary toilets will be disposed of in the septic tank and the
effluent to the soak pit.
• The drainage system will be adequate without the use of cable/pipe trenches. (Pipe drains
will be provided in areas of the switchyard where the movement of crane will be necessary
for the operating phase of the substation).
1,500,000.00
Construction
Contractor NEA/PIU (DSUEP)
B. Operation Phase
1. Issues Related to
Electric, and Fire
Hazard
• The conductor should be covered or use of covered conductor within the dense settlement
area
• There will be the use of insulation, guarding, grounding, electrical protective devices, and
safe work practices.
• Only trained and authorized personnel will be allowed for the electrical works.
• No electric wire shall be stringed above the house.
• Security fences around the substation.
• Establishment of warning signs.
• Shutdown shall be taken during maintenance work.
-
NEA/PIU
(DSUEP) -
2. Biological Environment
A. Construction Phase
1. Loss of Habitat,
and Biodiversity • No specific measures will be necessary. -
Construction
Contractor NEA/PIU (DSUEP)
B. Operation Phase
1. Impact due to
Collision of Birds
• To reduce the collision of birds within the substation components, markers such as color
balls will be attached to the dead-end tower/s inside the substation to improve line visibility
for the bird.
• Spacing of devices should be not more than 5-10 m apart.
Embedded
within
Contract
Document
NEA/PIU
(DSUEP) -
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| Environmental, and Social Management Plan | 29
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
• The device may not damage the conductor onto which it will be placed.
• Connector part mechanisms must be burr-free.
3. Socio-Economic, and Cultural Environment
A. Construction Phase
1. Impacts
Associated with
Transformation of
Land
• Scientific, and legal demarcation of the Project area shall be given priority before initiating
construction activities as it sensitive issue.
• Fruitful coordination with local level, CBOs and local people will be helpful in effective
implementation of Subproject.
• No Project associated activities shall consequence the illegal use and disturbance to the
adjoining parcel of the landowner.
• The campsite is also proposed within the substation site for which no issues of
decommissioning will be raised from the local.
• The Project will use only use the minimum area of land to construct the building along with
the required structure so that in the future if upgrading is necessary the open space will be
used.
• Compensation shall be provided for the unintentional damages to the private and public
infrastructure, loss of trees and crops through appropriate coordination with owner of assets
from the Subproject.
• In addition, Project is responsible to resolve all the unavoidable issues concerned with
adjoining cultivated landowners.
Embedded
within
Contract
Document
Construction
Contractor
NEA/PIU (DSUEP)
and Ramgram
Municipality
2. Issues Related to
Child Labor, and
Gender
• The use of child labor is strictly restricted during the construction phase.
• The construction contractor will ensure that there will be not gendered discrimination during
the implementation of the Project, and equal wage is given to both the male and female
workers for the same amount of work done irrespective of their gender.
• In addition, the labor camp will be gender friendly including a separate locked
toilet/bathroom, and room, a resting place for females, and special provision during the
menstrual period with the availability of basic sanitary pads, and nutritious diet.
• Existing Labor Act and Labor Rule of GoN shall be strictly followed.
Embedded
within
Contract
Document
Construction
Contractor
NEA/PIU (DSUEP)
and Ramgram
Municipality
3. Occupational
Health, and
Safety
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety plan
from construction contractor are adequate and approved by NEA/PIU (DSUEP) management
will in hand.
Embedded
within
Construction
Contractor NEA/PIU (DSUEP)
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| Environmental, and Social Management Plan | 30
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• All employees will be provided with the necessary training, and safety equipment as
required for their respective responsibilities, and duties. The Subproject will adhere to labor
acts and rules.
• The basic facilities like drinking water, gender-friendly sanitation facilities & resting place,
secured lock system for female rooms, canteen facility, and basic internet facility during an
off-hour; first aid required for the campsite will be assured.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-toothed
comb (6–8 in) will be provided to each work force.
• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection, Dust
Mask, Head Protection, Foot Protection, and High Visibility Clothes Must be worn in this
Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No Smoking Area,
and High Voltage), Warning Signs (High Voltage, Slippery When Wet), Fire Safety Signs,
and Emergency Signs].
• NEA will be responsible to supervise the OHS, and environmental performance of the
construction contractor, and laborers' condition.
Contract
Document
4. Grievances
Management
• A Grievance Redress Committee (GRC) will be established at the three different levels to
address the social issues associated with the Project.
• This committee will settle disputes related to the workers, local, and workers, etc. within the
7 to 15 days of the complaint registered/forwarded based on Tier-I, II & III.
100,000.00
Construction
Contractor
NEA/PIU (DSUEP)
and Ramgram
Municipality
B. Operation Phase
1. Occupational
Health, and Safety
• The Promoter will organize advanced level training to instruct, and train staff about health,
and safety-related activities, and issues.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-toothed
comb (6–8 in) will be provided to each work force.
• Personal protective equipment for all-purpose (face shields, helmets, safety Goggles, safety
shoes, hand gloves, etc. as per the job requirement) for workers will be provided to minimize
health and safety risks.
- NEA/PIU
(DSUEP)
Ramgram
Municipality
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| Environmental, and Social Management Plan | 31
Environmental
Issues Environmental Mitigation Measures
Mitigation/
Monitoring
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• Necessary safety kits such as helmets, gloves, masks, etc. will be provided to employees.
The Promoter will adhere to labor acts and rules.
• There should be the use of insulation, guarding, grounding, electrical protective devices, and
safe work practices.
• Employees working on the electrical devices will be provided with electrical protective
equipment.
• Proper maintenance of fencing will be assured to prevent the movement of unauthorized
personals into the site.
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| Environmental, and Social Management Plan | 32
3.4 Emergency Management Plan
To prevent any unforeseeable disasters, the following actions will be taken: -
Competency-based training programs about emergency preparedness, the response will
be delivered to all personnel, and that all workers are familiar and deemed to be
competent with Emergency Management Procedures and Plans.
Emergency response capabilities, which include all fire, medical, and rescue equipment
will be maintained to an operational standard, reviewed, and documented regularly.
For employers, they will be told to
Comply with all site safety rules and procedures.
Be alert at all times to potential hazards.
Participate in the identification and elimination of hazards.
3.5 Decommissioning Plan
Impact during Decommissioning of Project Component: Dismantling operation however
will have an impact on the environment due to noise and dust arising out of it. During de-
installation, a specific strategy shall be adopted to handle each type of item to keep the impact
during the actual activity low. Decommissioning will also have a social impact. The impact
due to decommissioning on power, social and environmental scenario will be guided by
applicable laws and guidelines. These will be addressed appropriately. Impacts during
decommissioning phase are mentioned below,
Noise Pollution: Sources of noise during decommissioning will be similar to those during
construction, and would include equipment (rollers, bulldozers, and diesel engines) and
vehicular traffic. As the residential area is closer, noise levels from some equipment operations
could exceed the EPA/EPR guideline but will be intermittent and occur for a limited time. For
this, the precautions are more similar addressed in ESMP of this report.
Air Quality: Emissions from decommissioning activities include vehicle emissions; diesel
emissions from large construction equipment and generators; and fugitive dust from many
sources such as land clearing, structure removal, backfilling, dumping, restoration of disturbed
areas (grading, seeding, planting), and truck and equipment traffic. Permission from District
Administration Office (DAO) will be required (as during construction), and therefore these
emissions would not likely exceed air quality standards or impacts.
Substation Electric Waste Management: Substantial amounts of solid waste would be
generated during the decommissioning and dismantling of the facility. Much of the solid
material (e.g., concrete and masonry, steel, power cable, transformer body, etc.) could be
recycled and sold as scrap or the remaining non-hazardous waste would be sent to permit
disposal facilities. The categories for hazardous (chemical especially) and non-hazardous waste
shall be dealt with accordingly as per the standard operating procedure for disposal of waste.
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| Environmental, and Social Management Plan | 33
For that, a reputable Third Party shall be hired for handling such waste would be having
certification.
3.6 Waste Management Plan
Necessity of WMP
During the construction phase, waste generated from the substation work, and expansion of
distribution line will generate nearly 20-30 percent construction waste (Letcher & Vallero,
2011). Types of waste generated will be cardboards, wood products (frames of equipment,
wood pallet, and its products), plastics products (Plastic, and its products), cement bags, metals,
rubbers, and glasses.
The major objective of the waste management plan is to manage generated waste in proper and
environment-friendly methods. This plan is mandatory and needs to be executed by the
Construction Supervision Company (CSC). The basic principle concentrates on reducing the
amount of waste through the 3R principle, avoidance of waste, and provide efficient and
economical refuse collection, recycling, and disposal services.
Waste Minimization Principles
The haphazard discharge/ disposal of huge volumes of solid waste generated during different
periods of the construction phase will degrade the quality of land and the adjoining settlement.
The envisaged pollution effects are not aesthetic but also chemical, and biological with
implications on the general sanitary conditions, and healthy environmental ecology water
bodies. Following methods will be implemented to handle waste properly, and in making CPA,
and SPA more environmentally friendly.
Waste collection, segregation, and final management from the camp, and
construction area will be established and operated without deteriorating the
surrounding environment.
Haphazard disposal of solid waste shall be strictly prohibited within Subproject
areas.
Lubricants, oils, burnt mobiles, grease, unused chemicals, will be collected in a
centrally located collection center and stored in plastic drums for final disposal in
coordination with the local municipality. If hazardous chemical is to be managed,
it should comply, and follows the GoN concerned policy.
The packing materials used for casing components should be recyclable, and non-
hazardous. For instance, strong wooden boxes, and somewhere even cardboard
with a waterproof lining shall be emphasized no damages, and corrosion in the
components.
Measures addressed in Decommissioning Plan, and measures addressed will be
made aligned with this plan.
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| Environmental, and Social Management Plan | 34
Figure 3-1: Waste Minimization Pyramid
3.7 Occupational Health and Safety Management (OHSM) Plan
Workers in the electric power are potentially exposed to a variety of serious hazards, such as
arc flashes (which include arc flash burn and blast hazards), electric shock, falls, and thermal
burn hazards that can cause injury and death.
Scope of the OHSM Plan
This plan ensures the health, and safety standards required for the Subproject confirming to
statutory requirements of the relevant laws of Nepal, and the NEA’s EHS guidelines, and
standards. Work should not proceed until the contractor, consultant, and NEA takes proper
precautions to ensure environmental protection, health, and safety of all workers involved.
Procedures
This plan will be used in conjunction with the existing Safety, and Environmental Management
Plans utilized by NEA.
Identified Project’s Associated Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and
safety plan from construction contractor are adequate and approved by NEA/PIU
(DSUEP) management will in hand.
• Use an examination or interview to make an initial determination that the employee
understands the relevant safety-related work practices before he or she performs
any work.
• The proper use of the special precautionary techniques, personal protective
equipment, insulating and shielding materials, and insulated tools for working on
or near exposed energized parts of electric equipment shall be discussed in toolbox
meeting.
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| Environmental, and Social Management Plan | 35
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good
quality), hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in),
and wide-toothed comb (6–8 in) will be provided to each work force.
• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing
Protection, Dust Mask, Head Protection, Foot Protection, and High Visibility
Clothes Must be worn in this Area), Prohibition Signs (No Entry, Do Not Use
Mobile, No Cameras, No Smoking Area, and High Voltage), Warning Signs (High
Voltage, Slippery When Wet), Fire Safety Signs, and Emergency Signs].
• An on-site medical facility and first aid will be provided for the construction phase
to cater to the primary health care needs of personnel.
• The Subproject Manager will ensure a smooth line of communication between
NEA staff, related internal departments, the Project, and the contractors.
Preparation of Safety Documents
• The NEA shall ensure that H & S documents submitted by the contractors are
adequate.
• The NEA and CSC will review, and approve the contractor's H & S documents
before commencing site work. The Subproject will respond to all comments from
the contractor for further action.
• Upon approval, the contractor will carry out its work per the approved Health, and
Safety Plan, Environmental Management Plan, and any other requirement of the
GoN or EIB’s ESP, ESS standards.
Monitoring and Supervision of OHS
• The NEA and CSC shall ensure that the contractor complies with the requirements
of Nepalese laws when accidents occur.
• The NEA and CSC monitor health and safety aspects regularly, and record all
observations on issues concerning H & S through adopting the method of regular
monitoring, H&S audit, and inspection, and site meeting.
• NEA will be responsible to supervise the OHS, and environmental performance of
the construction contractor, and laborers' condition.
Skill Development of Workforce through Training on OHS Program
The NEA and CSC shall ensure that the contractor conducts H & S related programs, and training
to raise the level of H & S awareness, skills, and knowledge among its staff, and workers.
• Each employee shall be trained in, and familiar with, the safety-related work
practices, safety procedures, and other safety requirements in this section that
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 36
pertain to his or her job assignments. The Subproject will adhere to labor acts and
rules.
• Toolbox meetings and general awareness on emergency warning signposts will be
included on a daily plan basis.
Information Required for OHSM Report
Chapter 1: Project Overview
1.1 Scope of the document
2.2 Overview of health and safety features
2.3 Project Health, Safety, and Environmental Goals & Objectives
Chapter 2: Safety policy of the Project
2.1 Safety policy statement
2.2 Contractor’s overall safety responsibilities
2.3 Contractor’s safety Specialist responsibilities
2.4 Contractor’s Supervisor responsibilities
2.5 Worker’s responsibilities
2.6 Disciplinary policy procedures
2.7 Involvement of the public
2.8 Color coding for PPE
Chapter 3: Health policy, and amenities
3.1 Camp establishment, and operation
3.1.1 Accommodation (Washing, cooking, bedding facilities with locking)
3.1.2 Toilets
3.1.3 Drinking water
3.1.4 Waste collection bin
3.1.5 Lighting
3.1.6 Ventilation
3.1.7 Maintenance of facilities
3.1.8 Menstrual Kit Accessibility
3.2 First-aid facilities
3.3 Insurance of construction workers
3.5 Site facilities for works of short duration
3.6 Avoiding fire hazards
Chapter 4: Employee training
4.1 Competent person designation
4.2 Safety induction for new employees
4.3 Toolbox meetings
Chapter 5: Accidents, and emergency
5.1 First aid requirements
5.2 Assisting coworkers in medical emergencies
5.3 Emergency evacuation plan
5.4 Standby emergency vehicle
5.5 Accident investigations
Chapter 6: Toolbox safety talks
6.1 Overview of toolbox meetings
6.2 Recognize the warning signs
6.3 Good housekeeping
6.4 Trenching and excavation
6.4.1 Trenching
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| Environmental, and Social Management Plan | 37
6.4.2 Competent person
6.4.3 Protective systems to prevent subsidence
6.4.4 Other safety requirements
6.5 Access to scaffolds
6.7 Falling object protection
6.7.1 Falling object protection alternatives
6.7.2 Falling object protection methods
6.8 Slips, trips, and falls
6.9 Back safety
6.10 Face, hand, and foot protection
6.10.1 Overview
6.10.2 Types of hazards
6.10.3 Contractor requirements
6.10.4 Worker requirements
6.10.5 Face, and hand protection requirements
6.10.6 Types of protective footwear
6.11 Temporary traffic control
6.11.1 Land closures
6.11.2 Use a variety of TTC devices
6.12 Electrical safety
6.13 Chemical safety
6.13.1 Chemical hazards
6.13.2 Methods of chemical exposure
6.13.3 Safety precautions
6.14 On the Job Toolbox safety talks--The Deadly dozen
6.14.1 Unsafe acts
6.14.2 Unsafe conditions
6.15 Workplace violence
6.15.1 Reducing workplace violence hazards
6.15.2 Actions if someone witnesses or experiences workplace violence
Appendices
Appendix A: Pre Start Information Pack, and Project Notification Approval
Appendix B: Sample health and safety plan format
Appendix C: Standard inspection, and report formats
Appendix D: Worksite safety checklists
Appendix E: Sample health, and safety signs
Appendix F: Site Drawing with Emergency Exit Layout
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| Environmental, and Social Management Plan | 38
4. MONITORING, AND REPORTING MECHANISM
4.1 Environmental Monitoring
Environmental Monitoring (EM) is undertaken to collect data/information of the Subproject
environment to assess the compliance concerning regularity standards, preparation of planning
documents, and effectiveness of the implementation of Environmental Protection Measures
(EPM) addressed in ESMP. It involves the measurement of Physical, Biological, and
socioeconomic, and cultural variables associated with activities, and stages. To ensure effective
implementation of environmental and social (E&S) safeguards, NEA/PIU (DSUEP) based on
the compliance monitoring indicators will conduct compliance monitoring internally.
The main objectives of the environmental monitoring plan are listed below,
To ensure that the Subproject baseline conditions were adequately documented such that a
comparative evaluation of the Subproject baseline before, and after commencement of the
Subproject could be made precisely for impact evaluation.
To ensure that the mitigation commitments by the Promoter for the minimization of adverse
impacts, and enhance the beneficial impacts, and the mitigation measures, and
enhancement program are complied, and implemented in time, and with sincerity.
To confirm that the Subproject impacts are within the limits of the impact prediction or not,
and to minimize unpredicted impacts that occurred during Subproject construction and
operation.
Following procedures are adopted for monitoring purposes by this Project:
Identifying the sources, and characteristics of all observed environmental effects
Quantifying claims on resources, and discharges to the environment
Quantifying, and qualifying indirect effects as far as possible on the environment
To meet the above objectives and procedures three types of monitoring are envisaged in the
plan, namely: Baseline Monitoring, Compliance Monitoring, and Impact Monitoring. Details
of the monitoring are presented below.
Baseline
Monitoring
This is a pre-audit study, is conducted to know the pre-Project baseline condition of the
environmental parameters. This is carried out just before the construction of the Project.
Baseline monitoring does not apply to this Subproject because it will be launching
immediately after the approval of the report.
Compliance
Monitoring
This monitoring is carried out to know the implementation status of environmental
requirements as documented in the ESMP report, and they will comply during the
construction, and operation stages of the Subproject as appropriate.
It focuses on the compliance of the tender clause, compliance of the mitigation measures,
timely, and adequate implementation of the Environmental Management Plan, and
overall environmental, and social performance of the Project.
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| Environmental, and Social Management Plan | 39
Impact
Monitoring
This monitoring detects environmental changes, and estimates inherent variation within
the environment, establishes long-term trends in the natural system, and derives
conclusions by making a comparison against a standard or target.
It focuses on monitoring of,
the impacts of the Subproject on the physical, biological, and socioeconomic &
cultural environment of the area
the accuracy of the predicted impacts
emerging impacts due to Subproject activities or natural processes, and develop
remedial action and
the effectiveness of mitigation measures
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 40
Table 4-1: Environmental Monitoring Plan14
SN Environmental
Component Indicators Monitoring Methods Location Schedule
Pre-Construction Phase
1.
Budget allocation for
implementation of
mitigation measures
Budget heading and amount in figures in contract documents
Review of Subproject documents,
and records, and inquires with
Subproject staff
- Once pre-
construction
2. Employment for
Locals
Job placement conditions, Notice of vacancies published in
local media/notice board
Appointment document, and job
announcement Project area
Once, after
vacancy
announcement
Construction Phase
Physical Environment
1. Alternation of Land Demarcation of land for substation, installation of pole in
RoW of access road
Coordination record minutes with
associated stakeholders
DL route
and
substation
area
Early Subproject
Implementation
Phase and Monthly
2. Stability and Erosion
Issues
Backfilling in excavated part after construction,
subsidence/sliding and erosional evidence, damages to
adjoining entities, pit hole and its foundation materials
compaction, design and working framework
Direct Site Inspection and records Project area
Early Subproject
Implementation
Phase and Monthly
3. Spoil Management Excavation and filling as per design, compaction and watering
facility
Observation, records and contract
documents
Construction
site
Early Subproject
Implementation
Phase and Monthly
4. Air quality Emission and Dust around Subproject area, Foul smell,
Suspended particulate matter, Vehicular Maintenance
Observation, and taking records for
spraying water and vehicle log
book of maintenance work
Construction
site Daily
5. Noise pollution Noise level dB(A) of
Construction vehicles and construction schedule
Observation, and measurement
using digital sound meter
Construction
site Daily
6. Solid Waste
Management
Solid waste segregation, collection and management
mechanism, follow of waste management plan and practices
and SWM Plan
Direct Site Observation and
practices
Construction
site Weekly
14 Nepal Electricity Authority 2019: Environment, and Social Management Framework (ESMF) for Distribution System Upgrade & Expansion Project (DSUEP), Kathmandu.
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 41
SN Environmental
Component Indicators Monitoring Methods Location Schedule
7. Electric, and Fire
Hazard
Evidence of workforce skill development training, installation
of warning signs, electrical, mechanical insulation, and
guarding system
Participation Record, and Direct
Site Inspection
Construction
site Daily
Biological Environment
1. Habitat Loss Incidence of access to nearby forest areas for illegal activities,
complains from locals
Records, minutes, random
interview with elected
representatives, officials and local
people
Construction
site Weekly
2. Bird Collision Preventive measures included Subproject infrastructure,
incidence of an accident, and causes
Carcasses count to test the efficacy
of preventative measures Project area Every 3 Month15
Social, and Cultural Environment
1.
Labor Camp
Location, and
Management
Number of workers from Subproject area, and its surrounding
settlement, Basic facilities within the camps as in ESMP, and
Inclusiveness of marginalized, and indigenous groups people
from SPA
Questionnaire and FGD with local
people, Direct Site Inspection Project area Weekly
2. Child, and Gender
issues
Engagement of child in any form (direct/indirect or on/off-
site), wage discrimination among male, and female workers,
basic facilities for females as per recommended in ESMP,
psychological, and physical assault evidence (recorded/verbal
complain)
Direct Consultation with the
Female workers, Questionnaire
with local people nearby the
Subproject area, Direct Site
Observation, and other Scientific
means to evaluate the gender issues
Construction
site Daily
3. Occupational Health,
and Safety
Impacts on health of the workers, No. of accidents registered,
use of the personal protective instrument by the workers
Approved health, and safety plan
from NEA management team in
hand
Construction
site Daily
4. Grievance Redressing
Mechanisms
Committee formation records, issue settlement records on the
campsite, Gender, social, and others associated with Project.
Inspection of settlement, records of
diseases, and accidents, and
consultation with the public
Project area Every 2 Weeks
15 Bennun, L., van Bochove, J., Ng, C., Fletcher, C., Wilson, D., Phair, N., Carbone, G. (2021). Mitigating biodiversity impacts associated with solar, and wind energy development. Guidelines
for project developers. Gland, Switzerland: IUCN, and Cambridge, UK: The Biodiversity Consultancy. (https://portals.iucn.org/library/sites/library/files/documents/2021-004-En.pdf)
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 42
4.2 Environmental Monitoring Cost
During the development phase, the supervising engineer of the civil works will be entrusted
for the environmental monitoring, while during the operation phase an Integrated
Environmental Management System shall be established for the Project among the senior
members from different departments.
The instrumental monitoring cost for air, noise, water quality are not embedded within the
Project document for the environmental management system for the Project and requires a third
party. The cost of such monitoring and expenses on the workforce is presented following table.
Table 4-2: Environmental Monitoring Cost
SN Description Quantity
(Days/Events)
Unit Rate
(NRs.)
Estimated Amount
(NRs.)
Experimentation
1.
Sampling and Laboratory
Analysis for Air, Noise, and
Water
2 times over
the Subproject
construction
period
1,00,000.00 200,000.00
Human Resource (Sectoral Experts)
1. Environmentalist/ESMP Expert 30 days 10,000.00 300,000.00
2. Ecologist/ Biodiversity Expert 10 days 10,000.00 100,000.00
3. Social Expert 30 days 10,000.00 300,000.00
4. OHS Expert 30 days 10,000.00 300,000.00
5. Transmission Line Expert/
Electrical Engineer 10 days 10,000.00
100,000.00
Logistic and Supply
1. Transportation LS - 300,000.00
2. Logistic for Monitoring Study LS - 100,000.00
Total 1,700,000.00
4.3 Grievance Redress Mechanism
A grievance redress mechanism (GRM) will be established to receive, evaluate, and facilitate
the resolution of affected people’s concerns, complaints, and grievances about the social and
environmental related issues at the project level.
The GRM will aim to provide a time-bound and transparent mechanism to voice and resolve
social and environmental concerns linked to the project. It will provide an accessible and
trusted platform for receiving and facilitating resolution of affected persons’ grievances related
to the project. The GRM will provide an accessible and trusted platform for receiving and
facilitating resolution of affected persons’ grievances related to the project. The multi-tier
GRM for the project is outlined below, each tier having time-bound schedules and with
responsible persons identified to address grievances and seek appropriate persons’ advice at
each stage, as required.
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 43
This process entails the concerned party submitting a grievance either in-person, or via phone, letter, or email to the Site-Engineer or the concerned
Municipality Chief or the concerned Ward Chair. The Site-Engineer will record such complaint. In cases where Ward Chair has received such
grievance, he should forward the grievance to the Site-Engineer. The Site-Engineer shall notify the committee members of Tier-I. There are three
level of GRM based on time-bound schedules as,
Table 4-3: Levels of Grievance Redress Mechanism
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III)
Level Local Level
Project Manager Office (PMO) headed by the
Project Manager (PM) at Project
Implementation Unit (PIU)
District Level
Supervisory NEA Site-Engineer PMO Chief District Officer (CDO)
Assistance
Chief/Mayor of Concerned Local Level
and Chairperson/ Representative of
Ward, Construction Contractor’s (CC)
Representative and Project Supervision
Consultant’s (PSC) Safeguards Officer
NEA Site-Engineer and PSC’s Social Expert,
and Construction Contractor
PMO, affected persons, representative from Rural
Municipality/Municipality, Site-Engineer, PSC’s Social
Expert.
If deemed necessary, representative from Forest Office,
representative from Land Revenue Office, and
representative from Land Survey Office are invited.
Days for
Resolving
Complain
7 days of receipt of a complaints/
grievance
15 days of complaints forwarded by Site-
Engineer 15 days
Committee
Members
Committee Member Designation Committee Member Designation Committee Member Designation
Ward Chair Coordinator Project Manager Coordinator Chief District Officer (CDO) Chair
Site-Engineer-NEA Member secretary Site-Engineer Member
Secretary Project Manager Coordinator
Community Liaison
Officer from PSC Member Mayor/ Chair of municipality Member Site-Engineer Member Secretary
Contractor engineer Member Community Relations
Manager from PSC Member Municipality Chief/Ward Chair Member
Affected person ( one
male and one female) Member Contractor Engineer Member
Community Relations Manager from
PSC Member
Women Member of
ward committee Member
Representative from affected
people (at least 2, one male
and one female)
Members Contractor Engineer Member
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 44
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III) One IP member ( if IP’s
are affected) Member
Women Member of
Municipality committee Member
Representatives from affected people
(at least 2, one male and one female) Members
One IP member ( if IP’s are
affected) Member
Women Member of Municipality
committee Member
One IP member ( if IP’s are affected) Member
Figure 4-1: Workflow Diagram for GRM from NEA16
Tier-I Tier-II Tier-III
* Affected People (AP) have the right to refer the grievances to appropriate courts of law if not satisfied with the redress at any stage of the process
i.e., the AP will have the choice to approach country’s judicial system.
16 Grievance Redress Mechanism (GRM) Prepared for the sub-projects financed by Asian Infrastructure Investment Bank (AIIB) under Distribution System Upgrade and Expansion Project
(DSUEP), Nepal Electricity Authority (NEA), May 2021.
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 45
5. IMPLEMENTATION OF ESMP
This study has identified and evaluated beneficial as well as adverse impacts with appropriate
suggested mitigation, elimination or minimization measures of adverse impacts, and
augmentation of benefits. The Promoter will be responsible for implementing the proposed
enhancement measures, mitigation measures, and monitoring activities. The total ESMP cost
estimated for this subproject is as NRs. 4,400,000.00. The promoter should carry out all these
activities along with the cost provided within this ESMP report.
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 46
REFERENCES
ADB. (2013). Solid Waste Management in Nepal: Current Status and Policy
Recommendations. Philippines: Asian Development Bank.
ADB. (2018). Impact of Dams on Fish in the Rivers of Nepal. Philippines: ADB. doi:DOI:
http://dx.doi.org/10.22617/TCS189802
CBS. (2017). Rural Municipality-Municipality Profile of Parasi District. Nawalparasi: Office
of Statistics.
Cross, E. A. (2014). THE STRUCTURE, STRATIGRAPHY, AND EVOLUTION OF THE
LESSER HIMALAYA OF. ARIZONA: THE UNIVERSITY OF ARIZONA.
DHM. (2017). Retrieved from https://www.dhm.gov.np/climate/
DHM. (2021). Retrieved from http://mfd.gov.np/city?id=26
Dobremez, J. (1976). Le Népal Ecologie et Biogeography, Editions du Centre National de la
Recherche Scientifique,. Paris, France.
DoS. (2020). Data & Metadata. Retrieved from National Spatial Data Center : Geoportal:
http://nationalgeoportal.gov.np
Environmental and Social Management Framework (DSUEP) NEA- November 2021
Environmental and Social Standards, European Investment Bank.
EPA. (2019). Environmental Protection Act. Kathmandu: Government of Nepal.
EPR. (2020). Environmental Protection Regulation. Kathmandu: Government of Nepal.
GoN. (2050). National Environmental Impact Assessment Guidelines. National Planning
Commission Secretariat.
IPCC. (2006). 2006 IPCC Guidelines for National Greenhouse Gas Inventories. IGES, Japan.
Retrieved from https://www.ipcc-nggip.iges.or.jp/public/2006gl/vol2.html
IUCN. (2000). NEPAL Iso-Potential Agro-Ecological Zone Map. HMG/DANIDA
NARMSAP TISC, Kathmandu, Nepal.
Letcher, & Vallero. (2011). Waste: A Handbook for Management . London: Elsevier Inc.
LRMP. (1986). Land Utilization Report. Land Resources Mapping Project (LRMP).
Government of Nepal and Government of Canada. Kenting Earth Sciences Limited.
MoF. (2020). Economic Survey 2019/20. Singh Durbar, Kathmandu: Government of Nepal,
Ministry of Finance. Retrieved from https://www.worldbank.org:
https://mof.gov.np/uploads/document/file/Economic%20Survey%202019_202011250
24153.pdf
Shahi, D. K., Rijal, H. B., & Shukuya, M. (2019). Study on Household Energy Usage
Patterns in Urban and Rural Areas. Journal of the Institute of Engineering, 15 (No. 3),
402-410. doi:https://doi.org/10.3126/jie.v15i3.32761
| ESMP Report of Sunawal-Hakui Substation Subproject | October 2021
| Environmental, and Social Management Plan | 47
Stakeholder Engagement Strategy, DSUEP, NEA, 2019.
The White Paper. (2018). Energy, Water Resources and Irrigation Sector’s Status and
Roadmap for the Future. Kathmandu: Government of Nepal.
US EPA. (2016). Greenhouse Gas Inventory Guidance: Direct Emissions from Stationary
Combustion Sources. U.S. EPA Center for Corporate Climate Leadership. Retrieved
from www.epa.gov/climateleadership
WECS. (2014). Energy Data Sheet. Water and Energy Commission Secretariat. Retrieved
from
www.energyefficiency.gov.np/downloadthis/final_data_book__11_june_2014.pdf
Transformer Switch Yard
Stay/Guy Sets Steel Tubular Pole
Insulator Civil-Structures Supporting Electrical
Components
Conductor
Bird Diverting Reflector Wishbone Prevents Bird Landing on Wire
White Spiral in Wire Improves Visibility of Wire Construction of Nest at Poles also divert Brid not sitting at Wires
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना (DSUEP)
आयोजनावाट पनन सक्न ेभौबतक तथा जैबवक वातावरणीय प्रभावहरुको पबहचान गननका लाबग बवध्यमान
भौबतक तथा जैबवक वातावरणीय अवबथथबतका वारेमा जानकारी बलन तयार पाररएको सवके्षण फारम
Promoter: Field Visit Date:
Name of
Subproject:
Province:
District: Mun/RM:
Field Highlights:
Nearest Landmark
Environmental
Sensitivity
Major Physical Env.
Issues
Major Biological
Env. Issues
Accessibility to Site
Physical Environment Baseline (भौवतक िातािरणीय अिवस्थवत)
1 Occurrence of Slope Instability, Erosion and Flooding
SN
DL
/SS
Co
ord
ina
tes
Occ
urr
en
ce
(Ro
ck f
all/
Lan
dsl
ide/
Ero
sion/
Flo
od
ing
)
Dimension (m)
Ty
pe
(1.
Fal
l 2
. T
opp
le 3
. S
lide
4.
Sp
read
5.
Flo
w 6
. C
reep
7.
Shee
t
8.
Ril
l 9
. G
ull
y 1
0.
Inu
nd
atio
n)
Asp
ect
(No
rth
/ S
ou
th)
Dis
tan
ce f
rom
DL
/SS
(m
)
His
tory
of
Ev
iden
ce (
Yr)
Oth
er T
rig
ger
ing
Fa
cto
rs
Length Width Depth
2 Drainage System
SN
DL
/SS
Lo
cati
on
/ S
ettl
emen
ts
Ty
pe
of
La
nd
Use
La
nd
Pro
file
/ S
ha
pe
(Co
nca
ve,
Co
nv
ex,
Un
ifo
rm S
lop
es)
Ty
pe
of
Dra
ina
ge
(Nat
ura
l o
r
Co
nst
ruct
ed)
Ch
ara
cter
isti
cs (
Bra
ided
, D
end
riti
c)
Operational
Status Associated Issues
Po
or
Fai
r
Go
od
Wat
er L
og
gin
g
Su
bsi
den
ce
Cu
ttin
g
Oth
er (
If a
ny
)
3 River/ Stream Crossing and Water Quality Parameter
SN DL/SS Location/
Settlements
Name
River/Stream
Flooding
width
Left-
Right
(m)
Distance
Substation/DL
Pole from
River/Stream
Water Quality
Parameter- EXTECH
ExStik II DO600
Temp.
(oC)
pH EC
(µc/cm)
4 Accessibility
# NH-National Highway, DR-District Road, VR-Village Road
SN Location/
Settlements
Road Type Classification
of Roads
Road Condition
Asphalt/
Bitumen Concrete Gravel Earthen NH DR VR Poor Fair Good
5 Land Use Pattern
S
N
Compon
ent
(DL/SS)
Chainage/
Settlement/
Landmark
Description of Land Area (ha)
Remar
ks
Forest Cultivabl
e /
Agricult
ure
Bui
lt
Up
Barren Land Other
(Specif
y)
Tot
al
Are
a
Fro
m
T
o
Tot
al
CF
s
Gov
t.
Priva
te
Gov
t.
6 Air Quality and Noise Level
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353 Mini
Sound Meter
PM2.5 PM10 Causing Factors dBA Causing Factors
7 Solid Waste Management Practices
SN Location/ Settlement Source of wastes Management Practices
Biological Environment Baseline (जैविक िातािरणीय अिवस्थवत)
1 Checklist for the Ethno-Botanical studies of the Subproject Area (Site and Surroundings)
SN Local Name Botanical Name Use Categories
Remarks M F T E O R Fi
M = Medicinal, F = Fodder, T = Timber, E = Economical, R = religious, Fi = Fiber yielding
2 Enumeration of the Tree
C*- Cutting, B*- Bushing
#Note: Girth 10-30 cm Pole size, more than 30 cm girth size a tree
3 Wildlife Survey Questionnaire and Checklist
i. Do you see wildlife in your settlement area?
Yes/No
If yes, how often?
Name of Species (Wild Animals and Birds) Where How Often
Frequency: f- frequently, O- occasional, r-rare
ii. Herpetofauna
Name of Species (Wild Animals and Birds) Where How Often
iii. Fish Diversity
Name of Species Where How Often
Screening Checklist Completed by: Checklist Reviewed and Approved by:
Name: Name:
Designation: Designation:
Date: Date:
SN DL/SS Local Name DBH
(cm)
Height
(m) C*/B* Class
GPS Coordinate Remarks
Longitude Latitude
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना (वि.एस.यु.ई.पी). सामावजक आवथिक अध्ययन
(समहू केबरित छलफल प्रश्नावली)
१. सामान्य जानकारी
छलफल गररएको बमबत: .......................................... उप-आयोजनाको नाम:...........................................................
बजल्ला: ................................... गा.पा./न.पा. ....................................... वडा नं. ............
गाउँ/टोल: .........................
२. यस छलफलमा समेविएको अध्ययन स्थलका िस्तीहरुको प्रकार )सहर-बजार, अर्ि घना बवस्त िा छररएको कस्तो
खालको छ नाम सवहत लेख्ने(
िस्तीको नाम िस्तीको प्रकार जम्मा घररु्री मुख्य मुख्य जातजावत मुख्य मुख्य र्मि
३. यस ठाउँका मावनसहरुको स्थानीय भाषा कुन कुन हो र कुन कुन समुदायले प्रयोग गदिछन ?
स्थानीय भाषा बोल्ने समुदाय अनुमावनत घररु्री कैवफयत
४. यस ठाउँका मावनसहरु मुख्य रुपमा कुन कुन पेशामा वनभिर छन ्।
पेशा वनभिर प्रवतशत
आयोजना
वनमािणले प्रभाि
पाछि वक पादैन कस्तो प्रभाि पाछि )सकरात्मक/नकारात्मक( कैवफयत
५. यस स्थानमा हुने बसाईसराई कस्तो कस्तो खालको हुन्छन ?
बसाईसराई सरेर जाने मुख्य
स्थानहरु
घररु्री बसाईसराई सरेर आउने मुख्य
स्थानहरु
घररु्री
६. यस बवस्त बाि वनम्न सुविर्ाहरुको पहुँच कस्तो छ ।
सुविर्ा को अिस्था स्थान दुरी )वक.वम.(
माध्याबमक थकुल
कलेज/क्याम्पस
थवाथथ चौकी
प्राथबमक थवाथथ केरि
आयवेुबिक केरि
अथपताल
मखु्य िजार
थथानीय िजार
िैंक/बवत्तीय संथथा
सडक
वडा कायनलय
पाबलका कायनलय
बजल्ला सिरमकुाम
७. यस स्थानमा रहेका शैविक संस्थाहरुको वििरण वदनुहोस ।
शैविक संस्थाको नाम स्थान पढाई हुने तह/किा स्िावमत्ि )वनवज,
साबिजवनक/सरकारी( कैवफयत
८. यस ठाउको सािरताको अबस्था कस्तो छ?
जनसंख्या
-अंक िा प्रवतशत _
वनरिर सािर
पुरुष
मवहला
९. यस स्थानमा रहेका स्िास््य संस्थाको वििरण वदनुहोस ।
स्िास््य संस्थाको नाम स्थान उपलब्र् स्िास््य
सुवबर्ा
स्िावमत्ि )वनवज,
सरकारी( कैवफयत
१०. यस ठाउँका मावनसहरुमा देखा पने मुख्य मुख्य रोगहरु के के हुन ?
................................................................................................................................
................................................................................................................................
११. यस ठाउँका मावनसहरु वबरामी पदाि अबलम्बन गने मुख्य मुख्य उपचार पद्दवत के के हुन ? )अस्पताल, घरेलु उपचार,
र्ामीझाँक्री(
................................................................................................................................
................................................................................................................................
यस ठाउँका मावनसहरुको खानेपानीको मुख्य मुख्य श्रोत कुन कुन हो?
श्रोतहरु खानेपानीको लावग प्रयोग गने घररु्री
संख्या प्रवतशत
पाईप/िारा
कुवा
महुान तथा ढंुगे िारा
नबि/खोला/खोल्सा
यस ठाउँका मावनसहरुको शौचालय प्रयोग सम्बवन्र् वििरण वदनुहोस ।
चपीको प्रकार प्रयोग गने घररु्री सखं्या प्रवतशत
खाल्डे
प्यान भएको खाल्डे
आिबुनक
चपी नभएको
१२. यस ठाउँका मावनसहरु घरबाि वनस्कने फोहरमैला सामान्यतया कसरर ब्यबस्थापन गने गदिछन ?
................................................................................................................................
................................................................................................................................
१३. यस ठाउँमा उपलब्र् यातायात पूिािर्ारको वििरण वदनुहोस ।
सिकको नाम सिकको लम्बाई लाभावन्ित िस्तीहरु सिकको अिस्था
१४. विरु्तमा पहुँच भएका घररु्रीहरुको वििरण वदनुहोस ?
विरु्तमा पहुचँ भएका घररु्री संख्या/प्रवतशत: ........................................
विरु्तमा पहुचँ नभएका घररु्री सखं्या/प्रवतशत: ......................................
१५. यस स्थानमा वसंचाई सुवबर्ा कस्तो रहेको छ ?
वसंचाईको योजनाको नाम वसंचाई श्रोतको नाम वसंचाई हुने जम्मा िेत्रफल )ईकाई
खुलाउने(
लाभावन्ित
घरपररिार
१६. वबरु्वतकरणले वसंचाई सुवबर्ामा पानि सक्ने प्रभाि सम्बवन्र् वििरण वदनुहोस ।
..................................................................................................................................................
................................................................................................................................................
१७. यस स्थानमा उपलब्र् संचार सुवबर्ाहरुको वििरण वदनुहोस ।
................................................................................................................................
................................................................................................................................
१८. यस स्थानमा उपलब्र् स्थानीय बजार तथा उद्योगहरुको वििरण वदनुहोस ।
िजारको नाम अिवस्थत स्थान खाजा
पसल
लज
संख्या
पसल
संख्या
उद्योग सखं्या
कैवफयत
साना मझौला ठूला
१९. यस स्थानमा हुने मुख्य मुख्य कृवष उत्पादनहरु के के हुन ्?
िाली मुख्य मुख्य िालीको नाम कैवफयत
अरन वाली
तरकारी वाली
नगिे वाली
फलफुल
२०. यस स्थानमा अिस्थीत ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक स्थल तथा सांस्कृवतक महत्िको खुला स्थान भएमा
उल्लेख गनुिहोस ।
ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक
स्थल तथा सांस्कृवतक महत्िको खलुा
स्थानको नाम
सांस्कृवतक/र्ावमिक महत्ि आयोजनाले पानि
सक्ने प्रभाि
कैवफयत
२१. यस ठाउँको प्रमुख चािबाि र मेला समारोह हरु के के हुन ? प्रमुख चािबाि र मेला समारोह मनाउने समुदाय कैवफयत
२२. यहाहरुको वबचारमा आयोजनाका के कस्ता सकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२३. यहाहरुको वबचारमा आयोजना वनमािण भएपवछ के कस्ता नकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२४. आयोजना प्रवत स्थानीयहरु को र्ारणा तथा सहमवतको बारेमा बताईवदनुहोस ्।
................................................................................................................................
................................................................................................................................
२५. अन्य केवह सुझाि तथा विप्पणी छन ्भने उल्लेख गनुिहोस ्।
................................................................................................................................
................................................................................................................................
सिेिण गनेको पुरा नाम, पद र ठेगाना
नाम: ....................................................................
पद: ....................................................................
ठेगाना: ....................................................................
वमवत: ....................................................................
ANNEX 4: LEGISLATIVE PROVISIONS
SN Legislation Provisions Relevancy with respect to
Project
1. Constitution of Nepal
Constitution of Nepal is the main legal document, which emphasizes on right
of clean environment of the people, natural resources protection, preservation
and its prudent use. Rights regarding clean environment, under article 30:
It includes to make multi-purpose development of water resources, while
according priority to domestic investment based on public participation to
ensure reliable supply of energy in an affordable and easy manner, and make
proper use of energy for the fulfillment of the basic needs of citizens, by
generating and developing renewable energy in article 51 (g).
DSUEP helps to fulfil the rights of
people to live in clean
environment along with to fulfil
the basic needs by providing
access of sufficient energy.
2.
Environment
Protection Act 2076
(2019 AD)
Section 3 of the Act requires the proponent to conduct environmental studies
in relation to the prescribed proposals of any developmental works. Subsection
2 of this act provides the framework about the environmental study report
prepared pursuant to sub-section (1) shall, in fulfillment of the process as
prescribed, be submitted to the relevant bodies of Government of Nepal for
approval.
Environmental Studies and
approved of report from
authorized body before
construction of any project is
mandatory to minimize the
negative impacts in Nepal which
is addressed in EPA, 2076.
3.
Environmental
Protection Rule, 2077
(2020 AD) [First
Amendment on 2078
(2021)]
Under the Environmental Protection Rules (2077) first amendment (2078) ,
rule (3) as mentioned in annex (1), Section (F) (Energy, Water Resources and
Irrigation Sector) sub-section (1), a proponent shall be required to carry out the
Brief Environmental Studies for construction of transmission line project less
than 66 kV in forest land for another purpose.
This rule provides the overall
guidance to what type of
environmental studies is required
according to project by
Government of Nepal.
4.
Nepal Environmental
Policy and Action Plan,
2050(1993)
The aims of NEPAP are:
To manage natural and physical resources efficiently and sustainably
To balance the development efforts and environmental conservation for
sustainable fulfilment of basic needs
To preserve endemic and endangered species and their habitats; the promotion
of private and public institutions for biological resources inventory and
conservation
To safeguard national heritage
To mitigate adverse environmental impact of development protects and human
actions
DSUEP should follow the aims of
NEPAP to protect and conserve
the physical, biological and social
environment during construction
of 33 kV distribution line along
with substation.
SN Legislation Provisions Relevancy with respect to
Project
To integrate environment and development through appropriate institutions,
adequate legislation and economic incentives and sufficient public resources
5. CITES Act, 2017
Prohibits for the treat and business of protected species is explained in Section 1,
Rule 3 of this act. However, Sub-Rule 2 of the Rule 3 has allowed for the export
and import of protected species for certain circumstances mention under sub-
rule after taking approval. The Section 5 of the acts state the provision of
punishment for the unauthorized import, export and provision mentioned in
Section 3.
This act binds the workers along
with the people not to collect, treat
and business of the protected
plants and animals listed in
appendices of CITES.
6. Electricity Act 1992
No person shall be entitled to conduct survey, generation, transmission or
distribution of electricity without obtaining license under this act.
The Electricity Act of 1992 has provision of land procurement for the
development of projects that involve electricity generation, transmission or
distribution. The Act states that the licensee may submit an application to GoN
to purchase the land or house of any person if it is required for the generation,
transmission or distribution of electricity. Upon the receipt of such an
application, GoN may make the land or house, so requisitioned, available to
any corporate body under the prevailing laws.
The main goal of this project is to
distribute the sufficient amount of
electricity by constructing 33 kV
line and substation by conducting
the survey to minimize the
impacts.
7.
Soil and Watershed
Conservation Act, 2039
(1982 AD)
Soil and watershed conservation Act, 1982 expedient to make legal provisions on
the land and watershed conservation by controlling natural calamities such as
flood, landslide and soil erosion and maintain convenience and economic
interests of the general public.
To do the works, which can act, as
causative factor of flood, landslide
and soil erosion should strictly
prohibited during the construction
of this project.
8.
Rural Energy Policy,
2006
Rationale of formulating and implementing this policy is to create conducive
environment that will self-motivate and mobilize local institutions, rural energy
user groups, non-government organizations, cooperatives and private sector
organization for the development and expansion of rural energy resources. The
government will facilitate and promote to involve private development and
expansion of new technologies. It has also envisioned subsidy provision for
promotion of such renewable energy technologies.
This project helps to improve the
distribution and motivate to use
the electricity in rural areas of
western Nepal.
SN Legislation Provisions Relevancy with respect to
Project
9.
Labor Act, 2074 (2017
AD)
This labor Act was made under the management of parliament under sub-clause
1 of clause 296 of Constitution of Nepal. Sub-section 3 of Section 2 states that
the employees should not be compelled to other work other than they are
assigned for. In addition, Sub-section 5 of Section 2 states about prohibition of
child labor in any organization and sub-section 6 of Section 2 states that there
should not be any kind of discrimination among the employee’s regard of
religion, ethnicity, gender, origin, language or intelligence or other kind of
characters.
Construction of project is only
possible when the rights of labor is
secure. In this project, the
contractor should follow this act
strictly.
10.
Child Labor
(Prohibition and
Regulation) Act, 2056
(2000 AD)
As per section 3 of this act, no child having not attained the age of 14 years shall
be engaged in works as a laborer.
Child labor is strictly prohibited in
this project and contractor should
follow this act.
11.
Solid Waste
Management Act, 2068
(2011 AD)
This act has been formulated with a goal of minimizing solid waste production
from the target area by setting rules and regulation on solid waste management
(SWM) in the country in order to develop better environment for the systematic
and effective management of solid waste and to involve all the concern
stakeholders in SWM practice. The main features of this act are discussion of
3R principle (Reduce, Reuse and Recycle). 3R principle seems to be very
beneficial as it not only increases the life of landfill site but also save the
money, which could be used for other infrastructure development. Section 4 of
the act assign the local body to manage or use the solid waste discharged or
dumped in collection center, transfer station or treatment plant or collected
during cleaning.
This act provides the overall
framework to manage the solid
waste generated from households
to project level. In addition, the
proponent should manage the
waste generated during
construction.
12.
Solid Waste
Management Rules,
2070 (2013 AD)
The solid waste management rule was formulated as per provision made in article
50 of Solid Waste Management Act, 2068. This regulation has emphasized the
segregation of waste at source and mentioned that the responsibility of proper
disposal and management of source belongs to the producers themselves.
Section 3 of the rule describes about the segregation and management of solid
waste. It has mentioned that it is essential to segregate degradable and non-
degradable solid waste at source.
These rules provide the overall
framework about how to reduce
the volume of waste to dispose
from the source during
construction of substation.
SN Legislation Provisions Relevancy with respect to
Project
13. Fifteenth Plan
Vision of 15th plan is in contribution to the prosperity of the nation through
sustainable and reliable development of hydropower by setting the goal which
is ensure energy security through intensifying hydropower generation. In
addition, one of the strategy of government of Nepal in 15th plan is to make
the distribution system effective and reliable to increase energy efficiency and
increase power consumption by expanding access to electricity by formulating
the required policies.
This 5-year interim plan sets the
goal about generation and
distribution of hydroelectricity in
Nepal, which is directly related to
this project.
14.
United Nations
Framework
Convention on Climate
Change (UNFCCC),
1992
UNFCCC, Signatories: 165. Parties: 195. (1), Article (4), commitment (f) states
climate change considerations into account, to the extent feasible, in their
relevant social, economic and environmental policies and actions, and employ
appropriate methods, for example impact assessments, formulated and
determined nationally, with a view to minimizing adverse effects on the
economy, on public health and on the quality of the environment, of projects
or measures undertaken by them to mitigate or adapt to climate change. After
it entered into force on 21 March 1994, in accordance with, it mandates the
individual state for prioritization of resource conservation with development.
Goal of this project is to replace
the traditional form of energy by
clean energy i.e. electricity which
ultimately reduces the air
pollution and smoke.
15.
Directive 2011/92/EU
of the European
Parliament and of the
Council of 13
December 2011 and its
Amendment
2014/52/EU
Annex II of this directive provides the overall framework of project, which
required environmental assessment according to article 4 (2). Provision of
Environmental Assessment has mentioned for installation of hydroelectric
energy production in 3(h) of Annex II.
The criteria of Lender in case of
minimum issues. (Required
Environmental Assessment-
ESMP for category C Projects)
16. ILO 169
The main objective of this convention is to secure the rights of indigenous and
tribal people along with the gender equality and non-discrimination of workers
during work. The Article 1 on First Part of this convention mainly focused on
following points:
(a) the social, cultural and economic conditions of tribal peoples in independent
countries differentiate from other parts of the national community and their
status is managed fully or partially by their own customs or traditions or by
special laws or regulations;
(b) peoples in independent countries who are regarded as indigenous on account
of their descent from the populations which inhabited the country, or a
Nepal is the part of ILO
convention that’s why ILO 169
should strictly followed during
construction and implementation
of any types
SN Legislation Provisions Relevancy with respect to
Project
geographical region to which the country belongs, at the time of conquest or
colonization or the establishment of present state boundaries and who,
irrespective of their legal status, retain some or all of their own social,
economic, cultural and political institutions.
Self-identification as indigenous or tribal shall be regarded as a fundamental
criterion for determining the groups to which the provisions of this Convention
apply.
The use of the term peoples in this Convention shall not be construed as having
any implications as regards the rights, which may attach to the term under
international law.
17. Environment and
Social Management
Framework
ESMF is to guide DSUEP sub-projects in the area of E&S management using
appropriate instruments, methodologies, procedure and responsibilities during
the project cycle. NEA and the project partners shall apply during design and
development of the sub-projects in order to comply with the Government of
Nepal E&S regulations and the Financiers’ standards on E&S assessment and
management, Involuntary Resettlement, Indigenous People, Gender, etc.).
Main guiding document for E&S
study to identify issues and
recommending appropriate
practical augmentation/
mitigation measures
18. Environmental and
Social Policy (ESP)
This policy speaks for the mandatory E&S requirements for each Project like,
screening, DDR, E&S Assessment, ESMP, ESMF, Information Disclosure,
Consultation and Monitoring and Evaluation.
Mandatory requirement for
ESMP study
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
SIGNAL NOTICE
DANGER SIGNS
INSTRUCTION SIGNS
SAFETY AND SAFETY INSTRUCTION SIGNS
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
SWM Approaches Waste Segregation Container
Waste Types for Selling to Scrap Dealers Major SWM Practices (Discard Open
Burning)
ANNEX 10: PHOTOGRAPHS
Proposed Site for Hakui Substation
Expert Team during Field Study at Hakui
Stakeholders during Public Consultation cum FGD Meeting at Bakenawa
ENVIRONMENTAL AND SOCIAL MANAGEMENT PLAN
THABANG-PUNTIBAN DISTRIBUTION LINE SUBPROJECT
Rolpa District, Lumbini Province
OCTOBER 2021
CLIENT:
NEPAL ELECTRICITY AUTHORITY
DISTRIBUTION AND CONSUMER SERVICE DIRECTORATE
DISTRIBUTION SYSTEM UPGRADE AND
EXPANSION PROJECT (DSUEP)
DURBAR MARG KATHMANDU NEPAL
DURBAR MARG, KATHMANDU, NEPAL
CONSULTANT:
NEA ENGINEERING COMPANY LIMITED, TRADE TOWER
THAPATHALI, KATHMANDU, NEPAL
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| Environmental and Social Management Plan | ii
TABLE OF CONTENT
TABLE OF CONTENT ....................................................................................................................... II
LIST OF TABLES ............................................................................................................................. III
LIST OF FIGURES ........................................................................................................................... III
LIST OF ANNEXES .......................................................................................................................... III
ACRONYMS AND ABBREVIATIONS ...........................................................................................IV
1. INTRODUCTION ............................................................................................................... 2
1.1 Summary of Screening Study ................................................................................... 2 1.2 Project Background .................................................................................................. 2 1.3 Objectives of ESMP ................................................................................................. 3 1.4 Project Description ................................................................................................... 4 1.5 Legal Provision for ESMP Study ............................................................................. 5 1.6 Construction Work and Resource Requirement ....................................................... 6 1.7 Brief on Methodological Approaches of ESMP Study ............................................. 7
2. EXISTING ENVIRONMENTAL AND SOCIAL SETTINGS ..................................... 10
2.1 Physical Environment ............................................................................................. 10 2.2 Biological Environment .......................................................................................... 12 2.3 Socio-Economic and Cultural Environment ........................................................... 14
3. ANTICIPATED IMPACTS AND MITIGATION MEASURES .................................. 15
3.1 Beneficial Impacts .................................................................................................. 15 3.2 Potential Adverse Impacts ...................................................................................... 17
3.2.1 Physical Environment ........................................................................................ 17 3.2.2 Biological Environment ..................................................................................... 20 3.2.3 Socio-Economic and Cultural Environment ...................................................... 21
3.3 Environment and Social Management Plan ............................................................ 24 3.4 Emergency Management Plan ................................................................................ 32 3.5 Decommissioning Plan ........................................................................................... 32 3.6 Waste Management Plan ........................................................................................ 33 3.7 Occupational Health and Safety Management (OHSM) Plan ................................ 34
4. MONITORING AND REPORTING MECHANISM .................................................... 38
4.1 Environmental Monitoring ..................................................................................... 38 4.2 Environmental Monitoring Cost ............................................................................. 42 4.3 Grievance Redress Mechanism .............................................................................. 42
5. IMPLEMENTATION OF ESMP .................................................................................... 45
REFERENCES .................................................................................................................................... 46
ANNEXES ........................................................................................................................................... 48
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| Environmental and Social Management Plan | iii
LIST OF TABLES
Table 1-1: Technical Description of the Proposed Project ........................................................ 4
Table 1-2: Estimation on Requirement of Resources ................................................................ 6
Table 1-3: Construction Schedule of Subproject Implementation ............................................. 7
Table 1-4: Identified Stakeholder from Mapping Process ......................................................... 8
Table 1-5: Issues Raised by Stakeholders and Responses ......................................................... 8
Table 2-1: Ambient Air and Noise Quality within the Proposed Subproject Site ................... 10
Table 2-2: List of Bird Found within the Subproject Area ...................................................... 13
Table 3-1: Estimated Daily Solid Waste Generation from Campsite ...................................... 19
Table 3-2: Environmental and Social Management Plan ........................................................ 25
Table 4-1: Environmental Monitoring Plan ............................................................................. 40
Table 4-2: Environmental Monitoring Cost ............................................................................. 42
Table 4-3: Levels of Grievance Redress Mechanism Based on Time Bound ......................... 43
LIST OF FIGURES
Figure 1-1: Location Map of Thabang-Puntiban Distribution Line Project .............................. 5
Figure 2-1: Geological Map of Proposed Project .................................................................... 11
Figure 2-2: Seismic Hazard Map of Nepal Showing Proposed Subproject Site ...................... 12
Figure 2-3: Environmental Sensitive Area and Subproject Area Location ............................. 13
Figure 3-1: Waste Minimization Pyramid ............................................................................... 34
Figure 4-1: Workflow Diagram for GRM from NEA ............................................................. 44
LIST OF ANNEXES
ANNEX 1: SAMPLE NOTICE FOR PUBLIC CONSULTATION
ANNEX 2: MAPS, LAYOUT, FACILITY AND COMPONENTS
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
ANNEX 4: LEGISLATIVE PROVISIONS
ANNEX 5: CONSULATATION MEETING MINUTES
ANNEX 6: SUBPROJECT RELATED DOCUMENTS FROM LOCAL LEVEL
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
ANNEX 8: TECHNIQUES APPLICABLE FOR DRAINAGE MANAGEMENT
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
ANNEX 10: PHOTOGRAPH
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| Environmental and Social Management Plan | iv
ACRONYMS AND ABBREVIATIONS
ADB Asian Development Bank
CITES Convention on International Trade in Endangered Species of Wild Fauna and
Flora
CoI Corridor of Impact
CPA Core Project Area
CSC Construction Supervision Company
DAO District Administration Office
DSUEP Distribution System Upgrade and Expansion Project
EIA Environmental Impact Assessment
EIB European Investment Bank
EPR Environment Protection Regulation
ESMF Environmental and Social Management Framework
ESMP Environmental and Social Management Plan
ESMPF Environmental and Social Management Plan Framework
GoN Government of Nepal
GRC Grievance Redress Committee
GRM Grievance Redress Mechanism
IEE Initial Environmental Examination
IUCN International Union for Conservation of Nature
LPG Liquid Petroleum Gas
NEA Nepal Electricity Authority
NEAEC NEA Engineering Company
OHS Occupational Health and Safety
OPA Outlying Project Area
SESD Subproject Environment and Social Documents
SPA Surrounding Project Area
SWM Solid Waste Management
Units
% Percent/ Percentage
CO2 Carbon dioxide
dB Decibel
g Gram
ha Hectare
HHs Households
Kg Kilogram
Km Kilometer
kV Kilovolt
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| Environmental and Social Management Plan | ii
kWh Kilo Watt Hour
ltr Litre
LV Low Voltage
m Meter
masl Meter Above Sea Level
mm Milimeter
MVA Mega Volt Ampere
MW Megawatt
NRs. Nepalese Rupees
oC Degree Centigrade
sq.m. Square Meter
Conversion Unit
10396 m2 = 1.54 Bigha = 1.04 ha
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 2
1. INTRODUCTION
1.1 Summary of Screening Study
From the screening study, it concluded that Subproject associated impacts are likely to have
minimal or no adverse environmental and social impact as it does not physically displace any
family and economic displacement of any of the families. For minor level Projects, which have
minimal or no major environmental and social impacts, lies in Category C Subproject as
defined by Environmental and Social Management Framework (ESMF) for DSUEP and Joint
Financial Partner (JFP) policies requires a brief Environmental and Social Management Plan
(ESMP). In addition, project induced unforeseen issues and likely raised impacts during
implementation will be addressed in Due Diligence Report (DDR).
1.2 Project Background
Nepal’s energy mostly rely on commercial non-renewable resources like, petrol, diesel,
cooking gas (LPG) and so on after traditional source, ‘fuelwood’ (MoF, 2020). Nepal has a
population of around 29 million1 of which about 90% population have access to electricity in
the FY 2019/20 (MoF, 2020), which was 88% at the same period in FY 2018/19, cooling and
heating with less than 5% within the country. The demand and supply gap is widening every
year with the demand for electricity increasing 10% annually, while the generation does not
increases at this rate. This means deceleration on the sale of diesel and LPG is still not
happening due to adequate supplied or accepted from the people for cooking, cooling and
heating purposes. To ensure reliable and affordable energy supply, proper utilization of energy
by generation and development Government of Nepal has set the target to produce 10,000 MW
by production plant in one decade and will construct and develop all infrastructure for
distribution of electricity in next 5 year (The White Paper, 2018).
In order to improve rural accessibility to electricity for daily HHs use and business, proper
distribution system in each local level needs to be expanded. To redress this situation,
Government of Nepal in coordination with NEA has launched the Distribution System Upgrade
and Expansion Project (DSUEP). The main objective of the DSUEP is to improve the rural
electrification of Project sites along with fulfilling the demands of electricity in local level. The
European Investment Bank (EIB) supports to DSUEP by providing loan finance to construct
substations, lines and distribution lines with installation of transformers. The Project is a part
of Nepal’s strategy to overcome the continuing power shortages and satisfy the growing
demand. From this, distribution system overloaded and feeders are tripping.
Power shortage in Nepal has been a major constraint to growth. The electricity supply-demand
gap in the country persists, due to the following reasons,
Increasing but insufficient generation capacity.
Seasonal fluctuation of hydro generation, which accounts for 94% of the total installed
generation capacity in Nepal.
1 https://cbs.gov.np/, Retrieved on 2078-04-06 (21/07/2021)
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| Environmental and Social Management Plan | 3
Inadequate and outdated transmission and distribution (T&D) systems.
The Project comprises a programme of schemes designed to increase access to electricity in 23
districts of Lumbini, Karnali and Sudurpaschim Provinces in the western and far-western
regions of Nepal2. It has clustered the Project based on geographical location, difficulty of
implementation, cost and agreement with the European Investment Bank to finance
construction of distribution under DSUEP. Under EIB finance, a total of 14 Project; 9 Project
in 6 districts of Lumbini province and 5 Project in 3 districts of Sudurpaschim province will be
constructed.
The environmental and social aspects for DSUEP in Nepal reveals that the source of CO2
equivalent (CO2e) emissions for the Programme is the ohmic losses of the new network
equipment being installed to connect new customers. Still, most of the households uses
kerosene and business houses are using diesel generators or commercial fossil fuel-based off-
grid alternatives to renewable hydropower energy in case of Nepal. Following the connection
to the electricity grid, these users will substitute this fossil fuel combustion with electricity
from the grid. On completion, the Project is expected to enable a saving of 34 kt CO2e per
year3. For the annual accounting purposes of the EIB Carbon Footprint, the Project emissions
will be prorated according to the EIB lending amount signed in that year, as a proportion of
Project cost.
1.3 Objectives of ESMP
This plan aims to sets out the measures required to maximize the benefits of the Project, avoid,
minimize, mitigate and offset (in the case of environment) or remedy (in the case of social
impacts) of any adverse environmental and social impacts. In addition, budget and estimates,
sources of funding and adequacy, institutional and monitoring, reporting and accountability
arrangements will be addressed within this plan.
Associated objectives are listed below:
Document the baseline conditions of existing physical, biological, socio-economic
environment due to 33/11 kV substation construction and 33 kV distribution line.
Identify, predict and assess the potential adverse and beneficial environmental impacts
of the Project.
Recommend pragmatic and site-specific enhancement and mitigation measures, impact
avoidance, minimization of impacts and required cost for each activity.
Consult with affected community, stakeholder to understand the public concerns,
suggestions, and addressing them as per their priorities and relevancy.
To identify the enviro-socio management mechanism to ensure the implementation of
mitigation measures and monitoring programs (as per provision in the Project’s ESMF)
and establish a mechanism to involve stakeholders in grievance redressing mechanism.
2 Environmental and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
3 Environmental and Social Data Sheet, European Investment Bank (EIB), Luxemberg, 02.12.2019.
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1.4 Project Description
The proposed Thabang-Puntiban Distribution Line Subproject is located within Thabang Rural
Municipality, wards-1, of Rolpa District in Sudurpaschim Province (ANNEX 2). The
Subproject affected ward has a total population of 1,912 inhabitants from 417 families. This
Subproject constitutes construction of 33/11 kV substation of capacity 3 MVA and 0.5 km 33
kV distribution line. The line is tapped from existing 33kV DL at Thabang-1, Bibang, Rolpa
that lies at just upside of acces road at 28°29'19.66"N latitude and 82°43'7.81"E longitude. The
land for proposed substation land is owned by GoN and and managed by Bir Balbhadra School.
The area of substation land is about 1.04 ha while DL will cover 0.3 ha. The proposed
Subproject will have no direct impact to any private and public entities whithin its Core Project
Area (CPA). The camp facility will be provided within the Project boundary so that no land
issues will arised.
The Subproject area is located about 1 Km far that is in North direction from Ghartigaun-
Thabang road section upto Bibang. In addition, the proposed site is about 10.27 Km arial
distance away from Dhorpatan Hunting Reserve that lies in the Northeast part. The main
features of the Subproject are,
Table 1-1: Technical Description of the Proposed Project
Description Features
Proponent Nepal Electricity Authority
Project Distribution System Upgrade and Expansion Project
Sub Project Thabang-Puntiban Distribution Line Subproject
Funding Agency EIB
Project Location Thabang Rural Municipality, Bibang, Rolpa, Lumbini
Province
Distribution Line
33kV Line Starting Point
Tapped from Existing 33kV DL at Thabang - 1, Bibang,
Rolpa
Co-ordinate:Lat 28°29'19.66"N, Long 82°43'7.81"E
33kV Line End Point
Thabang Substation (Proposed) at Thabang - 1,Bibang,
Rolpa
Co-ordinate: Lat 28°29'24.67"N, Long 82°43'9.37"E
System Voltage 33 kV
Max, Min System Voltage 36, 30 kV
Climatic Condition
Wind Speed: As per IS 802-1-1
Maximum Ambient Temperature: 40 oC
Altitude (Min, Max): 2115, 2200 amsl
Length of Line 0.5 km
Right of way 6 m
Number of Circuit 2, Loop In Loop Out
Conductor ACSR Dog
Line Capacity/Thermal Limit
(approx.) 13.4 MW (Dog) at 0.9 power factor
Type of Poles Steel Tubular Pole, 13m
Pole Configurations Single Pole Structures, H-Pole Structures etc. (With and
without Stay Sets)
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Diameter of a Single Pole
(approx.) 0.22m (As per IS 2713-3)
Planting Depth of Pole 2.2 m
Insulators Porcelain Disc and Pin Insulator
Substation
Location
Thabang - 1, Bibang, Rolpa, Lumbini Province
Co-ordinate: Lat28°29'24.67"N, Long 82°43'9.37"E
Elevation: 2196 amsl
Voltage Level 33/11 kV
Substation Capacity 3 MVA
Number and Capacity of
Transformer 1 nos., 3 MVA
Type of Transformer 3 Phase, ONAN, Mineral Oil
Type of Substation AIS (33kV) and Indoor (11kV)
Number of 33kV Line Bays 3, Two Incoming, One Outgoing
Number of 33kV Transformer
Bays 1
Number of 11kV Feeders
(Indoor) 4
Approximate Area of
Substation 10396sq.m./ 1.54bigha/ 20.43ropani/ 1.04 ha
Figure 1-1: Location Map of Thabang-Puntiban Distribution Line Project
1.5 Legal Provision for ESMP Study
The proposed Subproject does not lie within the conservation area and any other ecologically
sensitive areas recognized by the Government of Nepal (Figure 2 3).
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Subproject associated impacts are likely to have minimal or no adverse environmental and
social impact, as it does not physically displace any family and economic displacement of any
of the families. For minor level Projects, which have minimal or no major environmental and
social impacts, lies in Category C Subproject as defined by Environmental and Social
Management Framework (ESMF) for DSUEP and Joint Financial Partner (JFP) policies require
a brief Environmental and Social Management Plan (ESMP).
Moreover, pertaining to Rule 3(1), Environment Protection Act (EPA), 2076 describes
completing Environmental Studies as per Schedule 1 or 2 or 3 under Environment Protection
Regulation 2077 (First Amendment in 2078/02/10 BS on Nepal Gazette). For this Project, none
of the legal provisions reflects compliable to Schedule 1 or 2 or 3, and hence, detailed
environmental studies (Brief, IEE or EIA) is not mandatory for this Project. Therefore, ESMP
is minimum requirement for the execution of Subproject.
1.6 Construction Work and Resource Requirement
Land Requirement: The Subproject will require about 1.04 ha land for the placement of
substation. The land is owned by GoN and managed by Shree Bir Balabhadra Ma.Vi. While in
case for Distribution Line, requires 0.3 ha and hence in total it requires 1.34 ha of land.
Human Resource: Altogether about 20 people (10 unskilled, 6 semi-skilled and 4 skilled
human resources) will be deployed in the construction of the Subproject on daily basis.
Material and Fuel: The civil construction works will follows excavation for foundation of
substation, steel reinforcement, cement, coarse aggregates and fine aggregates (sand).
Materials will be procured from legally operating markets only.
Table 1-2: Estimation on Requirement of Resources
SN Resource Description Unit Quantity
Construction Material
1. Construction-Cement Kg 44,000.00
2. Sand cum 87.50
3. Stone cum 26.88
4. Gravel/Aggregates cum 26.88
5. Steel Reinforcement Kg 14,300.00
Commercial Fuel
1. Petrol ltr 23,100.00
2. Diesel ltr 9,500.00
3. LPG ltr 1,300.00
Major Equipment and Power Requirements: The major equipment used during the
Subproject implementation are Excavator (1), Roller (1), Drilling Machine (1), and Crane (1).
While, 1 Grid Supply- 120 kVA Distribution Transformer and 2 number of 50 kVA, each
Diesel Generator for Alternate Supply will be required for power.
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Construction and Implementation Schedule: the implementation schedule is estimated to be
12 Months after the approval of construction bidding from promoter.
Table 1-3: Construction Schedule of Subproject Implementation
SN Activities/ Months Months (After the completion of Detailed Survey Study)
1-2 3-4 5-6 7-8 9-10 11-12
1. Invitation for tender, evaluation,
and award
2. Implementation of Environmental
and Social Safeguards
3. Erection of Poles
4. Stringing of conductor
5. Construction of substation
6. Charging and Testing
1.7 Brief on Methodological Approaches of ESMP Study
The study started with the review of previous relevant reports ESF (AIIB), ESS (EIB), ESMF
for DSUEP and SES (NEA), previous feasibility study reports, social safeguard document,
occupational health and safety prospective during implementation stage, as well as other
project documents prepared by the client.
This study report was prepared in accordance with the identified enviro-social impacts in the
screening report of the Project. The activities performed during the preparation of ESMP study
report were listed below,
1. Review of secondary information
2. Field visit
3. Coordination meeting with primary stakeholders
4. Collection of environmental and social information
5. Meaningful public consultation
6. Data management and report preparation
1. Field Visit was conducted from 2078/05/13 to 2078/05/19. The main aim was to collect
information relating to the existing physical, biological, socio-economic, and cultural
environment of the Subproject footprint. A team of sectoral experts was moved into the
field.
A walkover survey was conducted to collect the information of the Subproject surrounding
throughout the route and substation area. The checklist/questionnaire was used for collecting
physical, biological and socio-economic environment baseline information (ANNEX 3).
Following, a public consultation was completed to understand their opinion towards the
proposed Subproject as elaborated in 1.7 (3).
2. Stakeholder Mapping: Stakeholder mapping and their engagement is the key to successful
and constructive enviro-social management of the Project. It is a productive way to boost
willingness, and the ability to work on a Project. For this Project, the following are the
categories of stakeholders identified as,
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Table 1-4: Identified Stakeholder from Mapping Process
High Influence Low Influence
High
Interest
Local Level, and Affected Ward
Elected Representative
Community Head (Key Persons)
Adjoining parcel of the land owner throughout the RoW of the
access road
Community
people
from the
OPA area
3. Meaningful Public Consultation: Consultation with the project-affected communities
was given more emphasis from the screening phase up to the plan preparation phase.
Inclusiveness, prior confirmation of venue, time, and subject of consultation, use of
understandable language, and engagement of stakeholders was ensured during
consultation. This was conducted to aware people on Subproject features, and the benefits
that occurred from the Subproject in the immediate and long term. Following, it was used
to understand the public opinion towards this Subproject and recording the feedback for
improvements.
A public consultation program was scheduled at the Substation dated 2078/05/18 (ANNEX
5). The issues raised during the consultation were recorded as a living document. The
concerns and suggestions received from public consultation were addressed with measures
for mitigation and/or enhancement.
Table 1-5: Issues Raised by Stakeholders and Responses
Place C.N. Comments/ Suggestions Response
Th
ab
an
g R
M M
eeti
ng H
all
1.
Taking brief about Project’s substation and 33 Kv
distribution line from environmental and social
experts.
Part of consultation/draft
ESMP disclosure, no need
to address
2. Local people will be prioritized for employment
opportunity based on qualification and skills
Addressed in Table 3.1
Beneficial Impact (A-1)
3. Implementation of Subproject as soon as possible Addressed in Table 3.1
Beneficial Impact (B-1)
4.
Shree Bir Balbhadra Namuna Ma. Vi. owns the land
and has agreed to provide land for substation
construction. Following, there will be no issues while
using land for the substation by the Subproject as
proposed land is public and not used for grazing or
other purposes
ANNEX 5 and Part of
consultation, no need to
address
5. The generated solid waste should be managed by
Subproject itself
Addressed in Table 3.1
Adverse Impact in
Physical Environment (A-
5)
6.
Nearby sports club will be provided with Sports Kit
and provision of Capacity Building Training should
be provided to locals
Addressed in Table 3.1
Beneficial Impact (A-1)
7. Assurance of full support from local stakeholders
during Subproject Implementation phase
Positive response towards
Subproject and assurance
of support during
implementation
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Place C.N. Comments/ Suggestions Response
8.
The support and signing agreement on socio-technical
assistance to school “Bir Balbhadra Namuna Ma.Vi.”
will be completed in presence of Thabang RM.
Positive response towards
Subproject and assurance
of support during
implementation and Table
3.1 Adverse Impact in
Socio-Economic and
Cultural Environment (A-
1)
4. Report Preparation: After field visit, the data, and feedback were put together to identify
the Subproject associated impacts, their magnitude, extent and duration. Based on impact
significance, their respective mitigation measures was proposed at different phases. The
associated cost/budget incurred for the implementation of ESMP and its monitoring on
periodic bases are also incorporated within the document. As a whole, all these site
information were presented from qualitative and quantitative write-up to form this report.
5. Disclosure of ESMP Report: The draft ESMP report was disclosed during public
consultation held on 2078/05/18. The final ESMP report will be disclosed from Promoter
and Lender’ official web portal. While at affected local level, concerned ward and
proponent will disclose ESMP report.
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2. EXISTING ENVIRONMENTAL AND SOCIAL SETTINGS
2.1 Physical Environment
1. Topography and Land Use
The Subproject is located in the Mid-Land Group of Upper Pre-Cambrian-Late Paleozoic
Region of Nepal (LRMP, 1986). Thabang-Puntiban, Subproject area lies in Thabang Rural
Municipality ward-1 of Rolpa district, Lumbini Province. The substation is situated at
28°29'24.67" N latitude and 82°43'9.37"E longitude, with elevation of 2196 metres above sea
level (masl). The tapping point is located at 28°29'19.66"N, 82°43'7.81"E. The Bibang River
from North to West direction flows just at the toe of the Subproject hill just 500 m downstream
side. The Subproject substation is owned by GoN and managed by Shree Bir Balbhadra Ma.Vi.,
Bibang. The DL will not crosses any hydrological network. The total length of DL is 0.5 Km.
The route passes through the RoW of village access road and barren land. While, in case of
substation the total land to be occupied from school is 1.04 ha of open, clear and barren land.
2. Climatic Condition
The proposed Subproject area belongs to temperate bio-climatic zone. The minimum
temperature of nearby proposed Subproject site is recorded -3oC in the month of January, while
the maximum temperature recorded is 40oC, in the month of July (DHM, 2021). While, it
receives highest rainfall in the month of July. Summer monsoon is prevalent from the month
of May up to September while decrease in rainfall is observed in winter. The highest rainfall is
320 mm on the month of June/July.
3. Air and Noise and Water Quality
The Subproject site lies within the rural setting. The major air polluting sources recorded are
only from vehicular emission and dust problem from plying of vehicles and high wind velocity.
Noise polluting sources noted at the time of field study are similar with the air polluting
sources. Use of unnecessary accelerator and horn along the access road of site is the second
most source of noise generation. Following table shows the real-time quality of air and noise
during field study.
Table 2-1: Ambient Air and Noise Quality within the Proposed Subproject Site
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353
Mini Sound Meter
PM2.5 PM10 Causing Factor dB Causing Factor
1. Tapping Point 10.3 14.8 Vehicular Emission 38 Noise arised from
Bibang River water
2. Substation 10.5 11.02 None 33 High wind velocity
Source: Field Visit, 2021
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The air4 and noise5 at tapping point and substation are found to within the national standard6
for ambient air and noise quality. None of the water bodies was found within the Subproject
footprint area for which no special issues have been recorded.
4. Geology and Seismic Risks
The geology of the Subproject region is Surbang formation of Pre-Camrian group along with
Jaljhala sub-group of Nepal. The Subproject area consists of the silty clay cohesive soil with
the boulders and cobbles size limestones rock fragments and other.
The study map showed that the horizontal seismicity coefficient of the Subproject area is
250gal, which is equal to 0.15g. Assuming the ratio of horizontal, and the vertical seismic
coefficient is 1.5; the vertical seismic coefficient will be 0.1. Since seismicity can shake in any
direction with the worst-case scenario should be considered, so the recommended seismic
coefficient for this Subproject is 0.15.
Figure 2-1: Geological Map of Proposed Project7
4 National Indoor Air Quality Standard, 2009
5 National Ambient Sound Quality Standard, 2012
6 CBS. (2013). Environmental Statistics of Nepal. Kathmandu: Central Bureau of Statistics.
7 Department of Survey (DoS) 2020
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Figure 2-2: Seismic Hazard Map of Nepal Showing Proposed Subproject Site8
The site lies within the undulated sloppy area of the hilly region. The proposed area is slightly
within gentle slope.
5. Solid Waste Management
The waste was found littered in front of HHs, shops and business area and along the side of the
access road near Subproject areas. The nature of waste comprised of plastics (bottles, bags and
packaging), textiles, glass and metal cans. Organic waste was not observed as littered. People
has been practiced to manage organic waste within the household premises. Recyclable waste
(for large quantity) has been practiced of selling to the scrap collector occasionally.
According to study done by ADB on SWM, and composition practices of municipalities in
2013; findings from the study reveals that the average per capita waste generation was 123.62
g/capita/day where the composition of organic waste is estimated to be 51.06% (ADB, 2013).
2.2 Biological Environment
The CPA of the proposed Subproject site lies at an elevation of 2196 masl of temperate climatic
zone in altitudinal basis in classification system (Dobremez, 1976). It does not lies within any
protected areas and conservation areas that are ecological important for which none of the
8 Department of Mines and Geology, http://seismonepal.gov.np/publications, Retrieved on 2078/04/06(21/07/2021)
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Subproject induced impact to biological environment is expected. The Dhorpatan Huntng
Reserve lies about 10.27 km in Northern side. There is no any tree species within the Subproject
footprint area. Following, none of the wild species have found exist within the boundary area.
From field study and participatory interaction with locals, ten species of birds were reported
from Subproject site and its peripheral area.
Table 2-2: List of Bird Found within the Subproject Area
S.N. Common/ Local Name Scientific Name GoN IUCN CITES
1. House Crow Corvus splendis LC
2. Dangre Acridotheres fuscus
3. Gauthali Apus affinis LC
4. Spotted Dove/Dhukur Streptopelia chinensis LC
5. Eagle Milvus migrans LC
6. Bhangera Passer domesticus
7. Jureli Hypsipetes leucocephalus LC
8. Suga Psittacula himalayana LC
9. Fisto Phylloscopus collybita
10. Tree Sparrow Passer montanus LC
Source: Field Visit, 2021
Figure 2-3: Environmental Sensitive Area and Subproject Area Location
However, total three species, Asian Common Toad (Bufo melanostictus), Common Garden
Lizard (Callotes versicolor) and Frog (Rana tigrina), of Herpetofauna were recorded from
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Subproject area and its peripheral area, which includes one species of reptiles and two species
of amphibian species.
2.3 Socio-Economic and Cultural Environment
The Subproject site lies in Thabang Rural Municipality-1. According to municipal profile of
Thabang Rural Municipality9, the total number of population in this municipality is 10,881
living in 2,172 households. The total male population is 5,035 and female population is 5,846.
In addition, the total population of ward-1 is 1,912 among which 892 is male and 1,020 is
female living in 417 households. None of the private and public infrastructure are located
within the CPA, which needs relocation. Most of the people in this area follow the Hindusm
inhabitation of Magar people with total population of 9,032 within the ward level. Agriculture
is the mainstay of the people of the Subproject area. The area is connected with Ghartigaun-
Thabang village road. Recent issues of COVID19 Pandemic has been observed as one of the
major challenging health risk issues within the local level.
The total substation occupy 1.04 ha of substation land, which is owned by GoN and managed
by Bir Balbhadra School. This has been confirmed through Public Consultation cum FGD
meeting held on 2078/05/18 at Thabang RM meeting hall (ANNEX 5). Likewise, DL route
was designed over RoW of village access road. There will be no land acquisition and
resettlement impacts. During field visit, issues related with support to local clubs and capacity
building training to local and job opportunities were raised during consultation.
9 https://thabanglmun.gov.np/en/node/40, Retrieved on 2078/04/06 (21/07/2021).
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3. ANTICIPATED IMPACTS AND MITIGATION MEASURES
The development of infrastructure necessarily brings change in the local environment in terms
of physical, biological, socio-economic aspects. This impact will be both beneficial as well as
adverse. According to National Environmental Impact Assessment Guidelines (GoN, 2050),
the magnitude, extent and duration of the Subproject induced impacts have been taken as
referenced. This chapter identifies the basic environmental and social impacts in Subproject
site that will arise during construction. The detailed impacts of each components have been
addressed in this chapter.
3.1 Beneficial Impacts
A. Construction Phase
1. Opportunities of Earnings for Local People
Impacts
As Subproject undergoes implementation, local people will be benefited through engagement
in construction related works. Altogether about 20 people (10 unskilled, 6 semi-skilled, and 4
skilled human resources) will be deployed on daily/monthly basis for the implementation
period of 12 months. This will help local people to enhance their skills in construction work,
electrical components installation and earnings. The magnitude of impact is considered
moderate, the extent is local, and the duration is short-term.
Augmentation Measures
• Local people will be emphasized first based on qualification and skills.
• Working with technical experts shall be passed expertise on to the local people.
• The construction activities require different construction materials like aggregate, sand,
cement, steel, etc., which shall be brought from the locally available legal market
centers. This will improve their earnings at HHs level.
• Employment opportunities will help on flow of capital to increase production level
thereby helps in boosting business growth.
2. Corporate Social Responsibility (CSR) Activities
Impacts
Community people and local government are one of the key stakeholder to secure social
license. Their support helps Promoter and Construction Contractor to implement designed
activities without any hazel. For this, Subproject have also certain social responsibility
identified from public consultation (ANNEX 5) for the betterment of existing social aspects
and practices that was not addressed within the Subproject design document. Similar with this,
is the case in this Subproject also. The envisaged direct impact is low in magnitude, site specific
in extent, short term in duration.
Augmentation Measures
• Nearby sports club will be provided with Sports Kit.
• Provision of Capacity Building Training should be provided to locals.
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Corporate Social Responsibility (CSR)
Subproject Name: Thabang-Puntiban Distribution Line Subproject
Location:- Thabang Rural Municipality-1
Project: Distribution System Upgrade and Expansion Project (DSUEP)
Promoter: National Electricity Authority (NEA)
SN Description of items Unit Qty. Rate Amount
1 Nearby sports club will be provided with
Sports Kit. LS 1.00 100,000.00 100,000.00
2 Training for Trainer (TOT) on
Electrician (for 25 people from ) Event 1.00 500,000.00 500,000.00
Total Budget 600,000.00
Source: Field Visit 2021 (Based on issues raised during public consultation meeting)
B. Operation Phase
1. Enhancement in Rural Electrification
Impacts
New small to large-scale business enterprises are going to establishing different industries
within/nearby the Subproject proposed area (Municipal source). Recently, power tripping and
voltage drop problem are the one of the major problem faced within the Subproject area.
Upgrading and expansion of electricity distribution system is one of the important basis of rural
electrification which helps to way-out many electricity related issues and promotes to use of
more home appliances, use of electric power generators for irrigation and opportunities for
industries establishment. The magnitude of impact is considered high, the extent is local, and
the duration is long-term.
Augmentation Measures
• The problem related to distribution system on overloading of the distribution system
and tripping of feeder will be resolved.
• Opportunities to upgrading and expansion of new industries shall be established nearby
the Subproject area.
• With resolved power related issues, local people shall be motivated to use electric
appliances for cooking, and lighting.
• Diesel powered water pump for irrigation of crops from Bibang River will be ease to
replace by electric powered water pumps.
• More electric and electronic shops shall be established around the Subproject area.
2. Climate Benefits
Impacts
The existing use of traditional source of energy like firewood and timber along with
commercial fuel LPG/Kerosene for cooking/lighting, heating and diesel for water pumping is
more prevalent around the Subproject area. With major combustion of firewood will ultimately
degrade the environment by emitting smoke and fumes constituting CO2, NOx/SOx into the
atmosphere. The shifting of efficient electric power supply will reduce the emission into the
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atmosphere that will ultimately benefits climate. The magnitude of impact is considered high,
extent is local and duration is long term.
Augmentation Measures
• The emission from incomplete combustion from traditional energy source like fuel
wood and commercial fuel like kerosene will be minimized minimized through use of
electric powered equipment/appliances.
• The Subproject will contribute in wider sense to climate mitigation i.e. at completion
the Project is expected to enable a saving of 34 kt CO2e per year as calculated by EIB.
• As emission shall gradually reduce, the quality of air will be improved. This will benefit
associated with the health issues of people associated with indoor air pollution after the
commencement of Subproject.
• It ultimately helps in reducing average household health expenses and will be used for
other productive use in long run.
3.2 Potential Adverse Impacts
3.2.1 Physical Environment
A. Construction Phase
1. Impact Associated with Change in Land Use
Impacts
The Subproject will require about 1.04 land for the placement of substation. While in case for
Distribution Line, it passes through barren, and RoW of access road covering 0.5 Km. The
construction of the Subproject will bring change in the existing land use of the area are
permanent. The impacts due to use of land will be moderate in magnitude, site specific and
short term in duration.
Mitigation/Enhancement Measures
• The proposed physical activities of this Subproject (distribution line and installation of
substation) will not affect the cultivated land and crops. Substation construction will be
completed is owned by GoN and managed by Shree Bir Balbhadra Ma.Vi..
• None of the private and public entities will be affected from expansion of DL through
the proposed route, as it will be installed within the edge of RoW of existing access
road and barren land (if needed).
2. Impact Associated with Spoil Management
Impacts
The proposed substation land lies at the gentle slope of the hill for which cutting and filling of
ground before foundation work is necessary. It is estimated that 53830 cum volume of spoil
will be necessary from cut/fill activities within the substation boundary. Other than this, the
spoil will also generated during the construction period like cement bags, iron bar and other
leftover construction materials and waste generated by the labor camp might cause adverse
impact to the environment. Stockpiling of spoil haphazardly shall blockage the access road,
degrade air pollution and can cause health hazards when left behind in contact with local
people. The magnitude of impact is considered low, the extent is site-specific, and the duration
is short-term.
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Mitigation/Enhancement Measures
• The land required for borrowing earth purposes for additional spoil for filling will be
arranged & selected by the contractor and will have to be approved by the site
Supervisor. Selection will be done based on ease rehabilitation.
• The required filling materials will be purchased from nearby market. For this
Subproject won’t excavate or quarry filling materials.
• Selection of spoil for surfacing/levelling material will be free from all types of organic
materials and quality perspectives.
• Spoil will be covered with tarpaulin while transporting it from earth-borrowing areas
till the substation.
• Compaction of spoil disposal and the levelled area will be assured through the
simultaneous sprinkling of water, and compaction from the roller.
• An adequate site drainage system will be provided diverting from the spoil managed
area within substation.
3. Impact Associated with Stability Concerns
Impacts
There shall be issues during excavation work and spoil management during ground levelling.
None of the issues related with DL route shall be exist. The magnitude of impact is considered
low, the extent is site-specific, and the duration is short-term.
Mitigation/Enhancement Measures
• Excavation of minimal area will be assured for foundation and boundary wall
placement work within the substation site and pole installation work.
• Appropriate civil retaining wall will be constructed first to avoid unnecessary spills of
spoil in Southern part of substation area.
• Water sprinkling and compaction of spoil at backfilling of retaining wall from manual
cum roller will be done simultaneously to make ground more stable.
• An adequate site drainage system will be provided around stockpiled materials,
campsites, and the foundation work area.
• Sediment control traps will be located for controlling runoff water within the periphery
of inner and outer substation boundary.
• Bioengineering will be required which helps to bind the top soil of spoil managed and
excavated area.
• At the time of steel tubular pole installation, the base of pole will be supported by
concrete-cement around the base through use of accelerating admixtures for curing
cement more quickly.
• Pit hole prepared for the installation of steel tubular pole shall not be let open as
possibility of accident will rises.
• National Building Code 2070 and international best practices will be strictly followed,
as the site is more vulnerable to seismic hazard in coming future.
4. Impact due to Air and Noise Pollution
Impacts
The construction activities such as site clearance, ground levelling, excavation of the building
foundation, spoil management work, waste burning, haphazard stockpiling of construction
materials, vehicular movement will generate dust and emission at Subproject site. In addition,
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 19
the workforce noise, excavating equipment and vehicles transporting the construction materials
will raise noise level than before implementation of Project. The impact on air quality and
noise level will be low in magnitude, site specific in terms of extent and of short duration.
Mitigation/Enhancement Measures
• Water sprinkling and compaction from roller will be done simultaneously to control
dust emission during ground levelling after excavating work.
• Open burning of any sorts of wastes will be strictly prohibited.
• Use of face masks to the construction workers on the construction site.
• Construction machinery will be properly maintained to minimize exhaust emissions.
• However, enclosing the boundary with appropriate boundary cum retaining wall will
prevent the dust generated and spill of spoil to the adjoining parcel of cultivated land
and private structures.
• Cover all dust generating loads carried in open trucks.
• Wherever required, personal protective equipment such as earplugs, earmuffs, etc. will
be provided to the persons working in high noise areas.
5. Impact Associated with Solid Waste Management
Impacts
Nearly, 20 people will be required for the construction work daily. Based on the study done by
ADB 2013, the following waste is projected to be generated on daily basis from the campsite
after commencement of Subproject.
Table 3-1: Estimated Daily Solid Waste Generation from Campsite
SN Description Calculation Remarks
1. Total Labors within the Campsite = 20 Labors
2. Total Waste Generation to be Expected = 20 * 123.62 g/capita/day
= 2472.4 g/capita/day
= 2.4724 kg/day
3. Organic Waste Composition Responsible
for Foul Smell, and Rodents = 1.26 kg/day Assuming
51% organic
waste
Rest other waste is recyclable, and non-decomposable which could be stored for long period, and
have less impact on the environment if properly managed. The amount of organic waste is
manageable within the Subproject site as organic waste per day will be expected to be only 1.26
kg/day.
In addition, construction waste generation can be up to 30% of the materials used in
construction activities (Letcher & Vallero, 2011). Waste generated during the construction
phase from the campsite shall be around 2.4724 kg/day in total. The composition of organic
waste shall be around 1.26 kg/day. The waste when not managed carefully will degrade the
environment from the foul smell, and rodents. In addition, this might be one among other issues
consequencing disputes with nearby local people. The rest inorganic waste generated during
implementation shall be managed through source segregation. The magnitude of impact is
considered to be low, the extent is site-specific, and the duration is short-term.
Mitigation/Enhancement Measures
• Source segregation of organic and inorganic wastes in different storage areas or
facilities in the designated location, and adoption of 3R principle for waste
management.
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 20
• The organic waste generated from the campsite will be managed within the substation
premises, as the daily waste projection is just only 1.26 kg/day, which is easily
manageable through composting in the bin or by constructing a ground pit, and covered,
by the sufficient thick layer of soil on daily basis to prevent foul smell and controlling
rodents and insects.
• Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and sand
mix will be used as refills for making ground leveling.
• The packing materials used for casing components should be recyclable, and non-
hazardous. For instance, strong wooden boxes, and somewhere even cardboard with a
waterproof lining shall be emphasized no damages, and corrosion in the components.
• Recyclable wastes like left out/non-usable reinforcement bars, and packing materials
will be sent or sold to scrap vendors.
• The construction contractor shall ensure proper management of ground drainage from
camps as a preventive measure against breeding places of mosquitoes, and other pests.
• Chemical waste generated from transformer (if) needs to be collected in leakage proof,
corrosion free special lined designed container for hazardous waste and sealed
carefully.
• Effective coordination with Thabang RM.
• Waste Management Plan and Approaches will be fully complied with.
B. Operation Phase
1. Issues Related to Electric and Fire Hazard
Impacts
Employees performing servicing or maintenance of substations will be exposed to injuries from
the unexpected energization or release of stored energy in the equipment, and chemical
reactions in the system. From this, the workers will be exposed to electric shocks, and burns.
The magnitude of impact is considered moderate, the extent is site-specific, and the duration
is long term.
Mitigation/Enhancement Measures
For this, the following mitigation measures will be practiced:
• There will be the use of insulation, guarding, grounding, electrical protective devices,
and safe work practices.
• Only trained and authorized personnel will be allowed for the electrical works.
• No electric wire shall be stringed above the house.
• Security fences around the substation.
• Establishment of warning signs.
• Shutdown shall be taken during work on DL route.
3.2.2 Biological Environment
The proposed Subproject avoided the forestland or other sensitive biodiversity areas and
needn’t to cut the tress during construction of 33 kV distribution line and substation. There is
no direct impact on the habitat of mammals or birds due to disturbance by settlement. Other
impacts indirectly on the biological environment of the Subproject are expected to be low and
negligible.
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 21
A. Construction Phase
1. Loss of Habitat
Impacts
As there is no presence of any forestland or sensitive biodiversity area, occurrence of any
species is less. Instead, few bird species will gets minimally affected from the Subproject
implementation.
Mitigation/Enhancement Measures
• No specific measures will be required.
B. Operation Phase
1. Impact due to Collision of Birds
Project has several forms, which can be broadly divided into those measures that make power
lines present less of an ‘obstacle’ for birds to collide with, those that keep birds away from the
power line, and those that make the power line more visible. The magnitude of impact is
considered low, the extent is site-specific, and the duration is long term.
Mitigation/Enhancement Measures
• To reduce the collision of birds within the substation components, markers such as color
balls will be attached to the dead-end tower/s inside the substation to improve line
visibility for the bird.
• Spacing of devices should be not more than 5-10 m apart.
• Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
• The device may not damage the conductor onto which it will be placed.
• Connector part mechanisms must be burr-free.
3.2.3 Socio-Economic and Cultural Environment
The anticipated impacts regarding the socio-economic and cultural environment associated
with Subproject are discussed below:
A. Construction Phase
1. Impact Associated with Construction Activities
Impacts
The Subproject will require about 1.04 ha land for the placement of substation. The total land
belongs to Shree Bir Balbhadra School and threre is no any user community for this land. The
construction of the Subproject will bring change in the existing barren land of the area into
build up area permanently. In addition, the 33 kV distribution line will passes through the edge
of road. The total length of distribution line in agricultural land is about 500 m. The envisaged
direct impact is high in magnitude, site-specific in extent, and short-term in duration.
Mitigation/Enhancement Measures
• Scientific, legal demarcation and enclosing of substation boundary will be constructed
first to minimize the impact of spoil spillage to adjoining land parcel and access road.
• Installation of steel tubular pole will be installed at the edge of the RoW of access road
and barren land (if necessary).
• Expansion of DL will be done following fruitful coordination with local stakeholders.
• Point for installation of pole will be located before or after land with small-face.
• The construction activities will be completed within the period as approved from NEA.
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 22
• In addition, Subproject is responsible to resolve all the unavoidable issues concerned
with adjoining cultivated landowners.
2. Issues Related to Child Labor and Gender
Impacts
During the Subproject construction, people will be employed on daily wages for excavation,
transportation of construction materials and other construction related works. Discrimination
on women and vulnerable group while hiring the worker and minimum wages will be expected.
Despite the GoN’s strict rules and regulations on child labor and gender issues, it remains a
potential threat (chances of exploitation) to children, females and socially backward
communities. The envisaged indirect impact is low in magnitude, site specific in extent, and
short term in duration.
Mitigation/Enhancement Measures
• The use of child labor is strictly restricted during the construction phase.
• The construction contractor will ensure that there will be not gendered discrimination
during the implementation of the Project, and equal wage is given to both the male and
female workers for the same amount of work done irrespective of their gender.
• In addition, the labor camp will be gender friendly including a separate locked
toilet/bathroom, and room, a resting place for females, and special provision during the
menstrual period with the availability of basic sanitary pads, and nutritious diet.
• Existing Labor Act and Labor Rule of GoN shall be strictly followed.
3. Occupational Health and Safety
Impacts
Occupational health hazard and safety of workers is the major issues during the construction
period. Working without the use of safety measures during excavation work, spoil management
work, mechanical, and electrical equipment handling activities, chemical handling, and
constructional activities may call the risk of accidents. From many accidents, primary victims
may be the workers involved in the construction. In addition, the pedestrian might also be
injured. The envisaged direct impact is high in magnitude, site specific in extent, short term in
duration.
Mitigation/Enhancement Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety
plan from construction contractor are adequate and approved by NEA/PIU (DSUEP)
management will in hand.
• All employees will be provided with the necessary training, and safety equipment as
required for their respective responsibilities, and duties. The Subproject will adhere to
labor acts and rules.
• The basic facilities like drinking water, gender-friendly sanitation facilities & resting
place, secured lock system for female rooms, canteen facility, and basic internet facility
during an off-hour; first aid required for the campsite will be assured.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in), and wide-
toothed comb (6–8 in) will be provided to each work force.
• Provision of a first aid kit will be provided.
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 23
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection,
Dust Mask, Head Protection, Foot Protection, and High Visibility Clothes Must be worn
in this Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No
Smoking Area, and High Voltage), Warning Signs (High Voltage, Slippery When Wet),
Fire Safety Signs, and Emergency Signs].
• NEA will be responsible to supervise the OHS, and environmental performance of the
construction contractor, and laborers' condition.
4. Grievances Management
Impacts
Some issues that are frequently observed within the developmental Projects are biasness on the
opportunity to local employment, information disclosure, wage rate, working hours;
misbehave, land disputes, etc. If the grievances are not recorded and addressed properly, they
may arise conflict among workers, and management, and even residents. The envisaged
indirect impact is low in magnitude, local in extent, and short-term in duration.
Mitigation/Enhancement Measures
• A Grievance Redress Committee (GRC) will be established at the three different levels
to address the social issues associated with the Project.
• This committee will settle disputes related to the workers, local, and workers, etc.
within the 7 to 15 days of the complaint registered/forwarded based on Tier-I, II & III.
B. Operation Phase
1. Occupational Health and Safety
Impacts
Employees working in the operation and maintenance of the electric components are exposed
to electric shock, electrocution, fires, and explosions. The envisaged impact is direct in nature,
site specific in extent, moderate in magnitude and long term.
Mitigation/Enhancement Measures
• The Promoter will organize advance level training to instruct and train staffs about
health and safety related activities and issues.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in) and wide-
toothed comb (6–8 in) will be provided to each work force.
• Personal protective equipment for all-purpose (face shields, helmets, safety Goggles,
safety shoes, hand gloves etc. as per the job requirement) for workers will be provided
to minimize health and safety risks.
• Necessary safety kits such as helmets, gloves, masks etc. will provided to employees.
The Promoter will adhere with labor acts and rules.
• There should be use of insulation, guarding, grounding, electrical protective devices
and safe work practices.
• Employees working on the electrical devices will be provided with electrical protective
equipment.
• Proper maintenance of fencing will be assured to prevent the movement of unauthorized
personals into the site.
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 24
3.3 Environment and Social Management Plan
Environmental and Social Management Plan (ESMP) is a plan for implementing environmental
mitigation, and enhancement measures during the construction, and operation stages of the
Project, monitoring the effectiveness of these measures, providing cost estimates for the
measures, and identifying the Subproject participants that are responsible for implementing the
measures and monitoring them.
The ESMP serves as a guide for the Subproject to avoid, minimize, mitigate adverse
environmental impacts, and enhance positive impacts. The implementation of the mitigation
measures will be the responsibility of the contractor, and promoter during the construction, and
operation stages. A detailed ESMP has been prepared and presented in the following table.
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 25
Table 3-2: Environmental and Social Management Plan
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
1. Beneficial Augmentation Measures
A. Construction Phase
1. Opportunities
of Earning for
Local People
• Local people will be emphasized first based on qualification and skills.
• Working with technical experts shall be passed expertise on to the local people.
• The construction activities require different construction materials like aggregate,
sand, cement, steel, etc., which shall be brought from the locally available legal
market centers. This will improve their earnings at HHs level.
• Employment opportunities will help on flow of capital to increase production level
thereby helps in boosting business growth.
Embedded
within Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP)
2. Corporate
Social
Responsibility
(CSR)
Activities
• Nearby sports club will be provided with Sports Kit.
• Provision of Capacity Building Training should be provided to locals. 600,000.00
Construction
Contractor/
Outsourcing/
Authorized
Institution from
NEA
NEA/PIU
(DSUEP) and
Thabang RM
B. Operation Phase
1. Enhancement
in Rural
Electrification
• The problem related to distribution system on overloading of the distribution system
and tripping of feeder will be resolved.
• Opportunities to upgrading and expansion of new industries shall be established
nearby the Subproject area.
• With resolved power related issues, local people shall be motivated to use electric
appliances for cooking, and lighting.
• Diesel powered water pump for irrigation of crops from Bibang River will be ease to
replace by electric powered water pumps.
• More electric and electronic shops shall be established around the Subproject area.
- NEA/PIU
(DSUEP)
2. Climate
Benefits
• The emission from incomplete combustion from traditional energy source like fuel
wood and commercial fuel like kerosene will be minimized minimized through use of
electric powered equipment/appliances.
- NEA/PIU
(DSUEP)
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 26
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• The Subproject will contribute in wider sense to climate mitigation i.e. at completion
the Project is expected to enable a saving of 34 kt CO2e per year as calculated by
EIB.
• As emission shall gradually reduce, the quality of air will be improved. This will
benefit associated with the health issues of people associated with indoor air pollution
after the commencement of Subproject.
• It ultimately helps in reducing average household health expenses and will be used for
other productive use in long run.
2. Adverse Mitigation/ Enhancement Measures
1. Physical Environment
A. Construction Phase
1. Impact
Associated
with Change
in Land Use
• The proposed physical activities of this Subproject (distribution line and installation
of substation) will not affect the cultivated land and crops. Substation construction
will be completed in the land owned by GoN and managed by Shree Bir Balbhadra
Ma.Vi..
• None of the private and public entities will be affected from expansion of DL through
the proposed route, as it will be installed within the edge of RoW of existing access
road and barren land (if needed).
- Construction
Contractor
NEA/PIU
(DSUEP) and
Thabang RM
2. Impact
Associated
with Spoil
Management
• The land required for borrowing earth purposes for additional spoil for filling will be
arranged & selected by the contractor and will have to be approved by the site
Supervisor. Selection will be done based on ease rehabilitation.
• The required filling materials will be purchased from nearby market. For this
Subproject won’t excavate or quarry filling materials.
• Selection of spoil for surfacing/levelling material will be free from all types of
organic materials and quality perspectives.
• Spoil will be covered with tarpaulin while transporting it from earth-borrowing areas
till the substation.
• Compaction of spoil disposal and the levelled area will be assured through the
simultaneous sprinkling of water, and compaction from the roller.
Embedded
within the
Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP) and
Thabang RM
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 27
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• An adequate site drainage system will be provided diverting from the spoil managed
area within substation.
3. Impact
Associated
with Stability
Concern
• Excavation of minimal area will be assured for foundation and boundary wall
placement work within the substation site and pole installation work.
• Appropriate civil retaining wall will be constructed first to avoid unnecessary spills of
spoil in Southern part of substation area.
• Water sprinkling and compaction of spoil at backfilling of retaining wall from manual
cum roller will be done simultaneously to make ground more stable.
• An adequate site drainage system will be provided around stockpiled materials,
campsites, and the foundation work area.
• Sediment control traps will be located for controlling runoff water within the
periphery of inner and outer substation boundary.
• Bioengineering will be required which helps to bind the top soil of spoil managed and
excavated area.
• At the time of steel tubular pole installation, the base of pole will be supported by
concrete-cement around the base through use of accelerating admixtures for curing
cement more quickly.
• Pit hole prepared for the installation of steel tubular pole shall not be let open as
possibility of accident will rises.
• National Building Code 2070 and international best practices will be strictly followed,
as the site is more vulnerable to seismic hazard in coming future.
Bioengineering
cost of
1,500,000.00
Construction
Contractor
NEA/PIU
(DSUEP)
4. Impact due to
Air and Noise
Pollution
• Water sprinkling and compaction from roller will be done simultaneously to control
dust emission during ground levelling after excavating work.
• Open burning of any sorts of wastes will be strictly prohibited.
• Use of face masks to the construction workers on the construction site.
• Construction machinery will be properly maintained to minimize exhaust emissions.
• However, enclosing the boundary with appropriate boundary cum retaining wall will
prevent the dust generated and spill of spoil to the adjoining parcel of cultivated land
and private structures.
• Cover all dust generating loads carried in open trucks.
300,000.00 Construction
Contractor
NEA/PIU
(DSUEP)
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 28
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• Wherever required, personal protective equipment such as earplugs, earmuffs, etc.
will be provided to the persons working in high noise areas.
5. Impact
Associated
with Solid
Waste
Management
• Source segregation of organic and inorganic wastes in different storage areas or
facilities in the designated location, and adoption of 3R principle for waste
management.
• The organic waste generated from the campsite will be managed within the substation
premises, as the daily waste projection is just only 1.26 kg/day, which is easily
manageable through composting in the bin or by constructing a ground pit, and
covered, by the sufficient thick layer of soil on daily basis to prevent foul smell and
controlling rodents and insects.
• Reusable waste like debris, broken brick pieces, sand, stone, waste cement, and sand
mix will be used as refills for making ground leveling.
• The packing materials used for casing components should be recyclable, and non-
hazardous. For instance, strong wooden boxes, and somewhere even cardboard with a
waterproof lining shall be emphasized no damages, and corrosion in the components.
• Recyclable wastes like left out/non-usable reinforcement bars, and packing materials
will be sent or sold to scrap vendors.
• The construction contractor shall ensure proper management of ground drainage from
camps as a preventive measure against breeding places of mosquitoes, and other pests.
• Chemical waste generated from transformer (if) needs to be collected in leakage
proof, corrosion free special lined designed container for hazardous waste and sealed
carefully.
• Effective coordination with Thabang RM.
• Waste Management Plan and Approaches will be fully complied with.
300,000.00 Construction
Contractor
NEA/PIU
(DSUEP) and
Thabang RM
B. Operation Phase
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 29
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
1. Issues Related
to Electric,
and Fire
Hazard
• There will be the use of insulation, guarding, grounding, electrical protective devices, and safe
work practices.
• Only trained and authorized personnel will be allowed for the electrical works.
• No electric wire shall be stringed above the house.
• Security fences around the substation.
• Establishment of warning signs.
• Shutdown shall be taken during work on DL route.
- NEA/PIU
(DSUEP) Thabang RM
2. Biological Environment
A. Construction Phase
1. Loss of
Habitat • No specific measures will be required. -
Construction
Contractor
NEA/PIU
(DSUEP)
B. Operation Phase
1. Impact due to
Collision of
Birds
• To reduce the collision of birds within the substation components, markers such as
color balls will be attached to the dead-end tower/s inside the substation to improve
line visibility for the bird.
• Spacing of devices should be not more than 5-10 m apart.
• Plastic components should be ultraviolet (UV) radiation stable high impacted PVC.
• The device may not damage the conductor onto which it will be placed.
• Connector part mechanisms must be burr-free.
- NEA/PIU
(DSUEP) -
3. Socio-Economic, and Cultural Environment
A. Construction Phase
1. Impact
Associated
with
Construction
Activities
• Scientific, legal demarcation and enclosing of substation boundary will be constructed
first to minimize the impact of spoil spillage to adjoining land parcel and access road.
• Installation of steel tubular pole will be installed at the edge of the RoW of access
road and barren land (if necessary).
• Expansion of DL will be done following fruitful coordination with local stakeholders.
• Point for installation of pole will be located before or after land with small-face.
• The construction activities will be completed within the period as approved from
NEA.
Embedded
within Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP) and
Thabang RM
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 30
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• In addition, Subproject is responsible to resolve all the unavoidable issues concerned
with adjoining cultivated landowners.
2. Issues Related
to Child
Labor, and
Gender
• The use of child labor is strictly restricted during the construction phase.
• The construction contractor will ensure that there will be not gendered discrimination
during the implementation of the Project, and equal wage is given to both the male
and female workers for the same amount of work done irrespective of their gender.
• In addition, the labor camp will be gender friendly including a separate locked
toilet/bathroom, and room, a resting place for females, and special provision during
the menstrual period with the availability of basic sanitary pads, and nutritious diet.
• Existing Labor Act and Labor Rule of GoN shall be strictly followed.
Embedded
within Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP) and
Thabang RM
3. Occupational
Health, and
Safety
• Ensure that the qualified OHS supervisory staff on site, and approved health, and
safety plan from construction contractor are adequate and approved by NEA/PIU
(DSUEP) management will in hand.
• All employees will be provided with the necessary training, and safety equipment as
required for their respective responsibilities, and duties. The Subproject will adhere to
labor acts and rules.
• The basic facilities like drinking water, gender-friendly sanitation facilities & resting
place, secured lock system for female rooms, canteen facility, and basic internet
facility during an off-hour; first aid required for the campsite will be assured.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good
quality), hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in),
and wide-toothed comb (6–8 in) will be provided to each work force.
• Provision of a first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around the substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing
Protection, Dust Mask, Head Protection, Foot Protection, and High Visibility Clothes
Must be worn in this Area), Prohibition Signs (No Entry, Do Not Use Mobile, No
Cameras, No Smoking Area, and High Voltage), Warning Signs (High Voltage,
Slippery When Wet), Fire Safety Signs, and Emergency Signs].
Embedded
within Contract
Document
Construction
Contractor
NEA/PIU
(DSUEP)
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 31
Environmental
Issues Environmental Mitigation Measures
Mitigation
Costs (NRs.)
Institutional Responsibility for
Augmentation
Implementation Supervision
• NEA will be responsible to supervise the OHS, and environmental performance of the
construction contractor, and laborers' condition.
4. Grievances
Management
• A Grievance Redress Committee (GRC) will be established at the three different
levels to address the social issues associated with the Project.
• This committee will settle disputes related to the workers, local, and workers, etc.
within the 7 to 15 days of the complaint registered/forwarded based on Tier-I, II & III.
1,00,000.00 Construction
Contractor
NEA/PIU
(DSUEP) and
Thabang RM
B. Operation Phase
1. Occupational
Health, and
Safety
• The Promoter will organize advance level training to instruct and train staffs about
health and safety related activities and issues.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good
quality), hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in) and
wide-toothed comb (6–8 in) will be provided to each work force.
• Personal protective equipment for all-purpose (face shields, helmets, safety Goggles,
safety shoes, hand gloves etc. as per the job requirement) for workers will be provided
to minimize health and safety risks.
• Necessary safety kits such as helmets, gloves, masks etc. will provided to employees.
The Promoter will adhere with labor acts and rules.
• There should be use of insulation, guarding, grounding, electrical protective devices
and safe work practices.
• Employees working on the electrical devices will be provided with electrical
protective equipment.
• Proper maintenance of fencing will be assured to prevent the movement of
unauthorized personals into the site.
- NEA/PIU
(DSUEP) Thabang RM
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| Environmental and Social Management Plan | 32
3.4 Emergency Management Plan
To prevent any unforeseeable disasters, following actions will be taken: -
Competency based training programs about emergency preparedness, response will be
delivered to all personnel, and that all workers are familiar and deemed to be competent
with Emergency Management Procedures and Plans.
Emergency response capabilities, which include all fire, medical and rescue equipment
will be maintained to an operational standard, reviewed, and documented on a regular
basis.
For employers they will be told to
Comply with all site safety rules and procedures.
Be alert at all times to potential hazards.
Participate in the identification and elimination of hazards.
3.5 Decommissioning Plan
Impact during Decommissioning of Subproject Component: Dismantling operation
however will have impact on environment due to noise and dust arising out of it. During de-
installation, a specific strategy shall be adopted in order to handle each type of item to keep the
impact during the actual activity low. The decommissioning will also have social impact. The
impact due to decommissioning on power, social and environmental scenario will be guided
by applicable laws and guidelines. These will be addressed appropriately. Impacts during
decommissioning phase are mentioned below,
Noise Pollution: Sources of noise during decommissioning will be similar to those during
construction, and would include equipment (rollers, bulldozers, and diesel engines) and
vehicular traffic. As the residential area is closer, noise levels from some equipment operation
could exceed the EPA/EPR guideline, but will be intermittent and occur for a limited time. For
this, the precautions are more similar addressed in ESMP of this report.
Air Quality: Emissions from decommissioning activities include vehicle emissions; diesel
emissions from large construction equipment and generators; and fugitive dust from many
sources such as land clearing, structure removal, backfilling, dumping, restoration of disturbed
areas (grading, seeding, planting), and truck and equipment traffic. Permission from District
Administration Office (DAO) will be required (as during construction), and therefore these
emissions would not likely exceed air quality standards or impacts.
Substation Electric Waste Management: Substantial amounts of solid waste would be
generated during the decommissioning and dismantling of the facility. Much of the solid
material (e.g., concrete and masonry, steel, power cable, transformer body etc.) could be
recycled and sold as scrap or the remaining nonhazardous waste would be sent to permit
disposal facilities. The categories for hazardous (chemical especially) and non-hazardous waste
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 33
shall be dealt accordingly as per standard operating procedure for disposal of waste. For that,
a reputable Third Party shall be hired for handling such waste would be having certification.
3.6 Waste Management Plan
Necessity of WMP
During the construction phase, waste generated from the substation work and expansion of
distribution line will generate nearly 20-30 percent construction waste (Letcher & Vallero,
2011). Types of waste generated will be cardboards, wood products (frames of equipment’s,
wood pallet and its products), plastics products (Plastic and its products), cement bags, metals,
rubbers and glasses.
The major objective of the waste management plan is to manage generated waste in a proper
and environment friendly methods. This plan is mandatory and need to be executed by
Construction Supervision Company (CSC). The basic principle concentrates on reducing
amount of waste through 3R principle, avoidance of waste and provide efficient and
economical refuse collection, recycling, and disposal services.
Waste Minimization Principles
The haphazard discharge/ disposal of huge volume of solid waste generated during different
period of construction phase will degrade the quality of land and the adjoining settlement. The
envisaged pollution effects is not aesthetic but also chemical and biological with implication
on the general sanitary conditions and healthy environmental ecology water bodies. Following
methods will be implemented to handle waste properly and in making CPA and SPA more
environment friendly.
Waste collection, segregation, and final management from the camp and construction
area will be established and operated without deteriorating the surrounding
environment.
Haphazard disposal of solid waste shall be strictly prohibited within Subproject areas.
Lubricants, oils, burnt mobiles, grease, unused chemicals, will be collected in a
centrally located collection center and stored in plastic drums for final disposal in
coordination with local municipality. If hazardous chemical is to be managed, it should
comply and follows the GoN concerned policy.
Measures addressed in Decommissioning Plan and measures addressed will made
aligned with this plan.
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| Environmental and Social Management Plan | 34
Figure 3-1: Waste Minimization Pyramid
The detailed quantified waste will be provided as it undergoes detail quantity estimation and
completion of tender document.
3.7 Occupational Health and Safety Management (OHSM) Plan
Scope of the OHSM Plan
This plan ensure the health and safety standards required for the Project confirming to statutory
requirements of the relevant laws of Nepal and the NEA’s EHS guideline and standards. Work
should not proceed until the contractor, consultant, and NEA take proper precautions to ensure
environmental protection, health, and safety of all workers involved.
Procedures
This plan will be used in conjunction with the existing Safety and Environmental Management
Plans utilized by NEA.
Identified Project’s Associated Measures
• Ensure that the qualified OHS supervisory staff on site, and approved health, and safety
plan from construction contractor are adequate and approved by NEA/PIU (DSUEP)
management will in hand.
• Hygiene Kit (each adult-size toothbrush, large bar bath soap, nail clipper (good quality),
hand towel (medium weight, dark or bright colors; approx. 16 in x 26 in) and wide-
toothed comb (6–8 in) will be provided to each work force.
• Provision of first aid kit will be provided.
• Provision of health insurance to employees will be assured.
• Security fences around substation.
• Establishment of warning signs [Mandatory Signs (Eye Protection, Hearing Protection,
Dust Mask, Head Protection, Foot Protection and High Visibility Clothes Must be worn
in this Area), Prohibition Signs (No Entry, Do Not Use Mobile, No Cameras, No
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Smoking Area, and High Voltage), Warning Signs (High Voltage, Slippery When Wet),
Fire Safety Signs, Emergency Signs].
• The Project ensures that the contractor takes fire preventive measures during
construction according to Nepalese Law.
• An on-site medical facility and first aid will be provided for the construction phase to
cater for primary health care needs of personnel.
• The Project Manager will ensures a smooth line of communication between NEA staff,
related internal departments, the Project, and the contractors.
Preparation of Safety Documents
• The NEA shall ensure that H & S documents submitted by the contractors are adequate.
• The NEA and CSC will review and approve the contractor's H & S documents prior to
commencing site work. The Project will respond to all comments from the contractor
for further action.
• Upon approval, the contractor will carry out its work in accordance with the approved
Health and Safety Plan, Environmental Management Plan, and any other requirement
of the GoN or EIB’s ESP, ESS standards.
Monitoring and Supervision of OHS
• The NEA and CSC shall ensure that the contractor complies with requirements of
Nepalese laws when accidents occur.
• The NEA and CSC monitor health and safety aspects regularly and record all
observations on issues concerning H & S through adopting method of regular
monitoring, H&S audit and inspection and site meeting.
• NEA will be responsible to supervise the OHS and environmental performance of
construction contractor and labors condition.
Skill Development of Workforce through Training on OHS Program
The NEA and CSC shall ensure that the contractor conducts H & S related programs and training
to raise the level of H & S awareness, skills, and knowledge among its staff and workers.
• All technical employees will be provided with the necessary trainings, and using safety
equipment as required for their respective responsibilities and duties. The Subproject
will adhere with labor acts and rules.
• Toolbox meeting and general awareness on emergency warning signposts will be
included on daily plan basis.
Information Required for OHSM Report
Chapter 1: Project Overview
1.1 Scope of the document
2.2 Overview of health and safety features
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2.3 Project Health, Safety and Environmental Goals & Objectives
Chapter 2: Safety policy of the Project
2.1 Safety policy statement
2.2 Contractor’s overall safety responsibilities
2.3 Contractor’s safety Specialist’s responsibilities
2.4 Contractor’s Supervisor’s responsibilities
2.5 Worker’s responsibilities
2.6 Disciplinary policy procedures
2.7 Involvement of the public
2.8 Color coding for PPE
Chapter 3: Health policy and amenities
3.1 Camp establishment and operation
3.1.1 Accommodation (Washing, cooking, bedding facilities with locking)
3.1.2 Toilets
3.1.3 Drinking water
3.1.4 Waste collection bin
3.1.5 Lighting
3.1.6 Ventilation
3.1.7 Maintenance of facilities
3.1.8 Menstrual Kit Accessibility
3.2 First-aid facilities
3.3 Insurance of construction workers
3.5 Site facilities for works of short duration
3.6 Avoiding fire hazards
Chapter 4: Employee training
4.1 Competent person designation
4.2 Safety induction for new employees
4.3 Tool box meetings
Chapter 5: Accidents and emergency
5.1 First aid requirements
5.2 Assisting coworkers in medical emergencies
5.3 Emergency evacuation plan
5.4 Standby emergency vehicle
5.5 Accident investigations
Chapter 6: Toolbox safety talks
6.1 Overview of toolbox meetings
6.2 Recognize the warning signs
6.3 Good housekeeping
6.4 Trenching and excavation
6.4.1 Trenching
6.4.2 Competent person
6.4.3 Protective systems to prevent subsidence
6.4.4 Other safety requirements
6.5 Access to scaffolds
6.7 Falling object protection
6.7.1 Falling object protection alternatives
6.7.2 Falling object protection methods
6.8 Slips, trips, and falls
6.9 Back safety
6.10 Face, hand and foot protection
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6.10.1 Overview
6.10.2 Types of hazards
6.10.3 Contractor requirements
6.10.4 Worker requirements
6.10.5 Face and hand protection requirements
6.10.6 Types of protective footwear
6.11 Temporary traffic control
6.11.1 Land closures
6.11.2 Use a variety of TTC devices
6.12 Electrical safety
6.13 Chemical safety
6.13.1 Chemical hazards
6.13.2 Methods of chemical exposure
6.13.3 Safety precautions
6.14 On the Job Tool box safety talks--The Deadly dozen
6.14.1 Unsafe acts
6.14.2 Unsafe conditions
6.15 Workplace violence
6.15.1 Reducing workplace violence hazards
6.15.2 Actions if someone witnesses or experiences workplace violence
Appendices
Appendix A: Pre Start Information Pack and Project Notification Approval
Appendix B: Sample health and safety plan format
Appendix C: Standard inspection and report formats
Appendix D: Worksite safety checklists
Appendix E: Sample health and safety signs
Appendix F: Site Drawing with Emergency Exit Layout
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4. MONITORING AND REPORTING MECHANISM
4.1 Environmental Monitoring
Environmental Monitoring (EM) is undertaken to collect data/ information of the Subproject
environment to assess the compliance with respect to regularity standards, preparation of
planning documents and effectiveness of the implementation of Environmental Protection
Measures (EPM) addressed in ESMP. It involves the measurement of Physical, Biological and
Socio-economic and Cultural variables associated with activities and stages. To ensure
effective implementation of environmental and social (E&S) safeguards, compliance
monitoring will be conducted internally by NEA/PIU (DSUEP) based on the compliance
monitoring indicators.
The main objectives of environmental monitoring plan are listed below,
To ensure that the Subproject baseline conditions were adequately documented such that a
comparative evaluation of the Subproject baseline before and after commencement of the
Subproject could be made precisely for impact evaluation.
To ensure that the mitigation commitments by the Promoter for the minimization of adverse
impacts and enhance the beneficial impacts and the mitigation measures and enhancement
program are comply and implemented in time and with sincerity.
To confirm that the Subproject impacts are within the limits of the impact prediction or not
and to minimize unpredicted impacts occurred during Subproject construction and
operation.
Following procedures are adopted for monitoring purpose by this Project:
Identifying the sources and characteristics of all observed environmental effects
Quantifying claims on resources and discharges to the environment
Quantifying and qualifying indirect effects as far as possible on the environment
To meet the above objectives and procedures three types of monitoring are envisaged in the
plan, namely: Baseline Monitoring, Compliance Monitoring and Impact Monitoring. Details
of the monitoring are presented below.
Baseline
Monitoring
This is a pre-audit study, is conducted to know the pre-Project baseline condition of the
environmental parameters. This is carried out just before the construction of the Project.
Baseline monitoring does not apply to this Subproject because it will be launching
immediately after the approval of the report.
Compliance
Monitoring
This monitoring is carried out to know the implementation status of environmental
requirements as documented in the ESMP report and they will be compiled during the
construction and operation stages of the Subproject as appropriate.
It focuses on the compliance of the tender clause, compliance of the mitigation measures,
timely and adequate implementation of the Environmental Management Plan, and
overall environmental and social performance of the Project.
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Impact
Monitoring
This monitoring detects environmental changes and estimates inherent variation within
the environment, establishes long-term trends in the natural system, and derives
conclusions by making a comparison against a standard or target.
Its focus on monitoring of,
the impacts of the Subproject on the physical, biological and socioeconomic &
cultural environment of the area
the accuracy of the predicted impacts
emerging impacts due to Subproject activities or natural processes and develop
remedial action and
the effectiveness of mitigation measures
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Table 4-1: Environmental Monitoring Plan10
SN Environmental
Component Indicators Monitoring Methods Location Schedule
Pre-Construction Phase
1.
Budget allocation
for implementation
of mitigation
measures
Budget heading and amount in figures in contract
documents
Review of Subproject
documents, and records, and
inquires with Subproject staff
- Once pre-
construction
2. Employment for
Locals
Job placement conditions, Notice of vacancies
published in local media/notice board
Appointment document, and job
announcement Project area
Once, after
vacancy
announcement
Construction Phase
Physical Environment
1. Alternation of
Land
Demarcation of land for substation, installation
of pole in RoW of access road and edge of
cultivated land (up to possible)
Coordination record minutes
with associated stakeholders
DL route and
substation area
Early Subproject
Implementation
Phase and
Monthly
2. Stability Issues
Backfilling in excavated part after construction,
subsidence/sliding and erosional evidence,
damages to adjoining entities, pit hole and its
foundation materials compaction
Direct Site Inspection Project area
Early Subproject
Implementation
Phase and
Monthly
3. Spoil Management Excavation and filling as per design, compaction
and watering facility
Observation, records and
contract documents Construction site
Early Subproject
Implementation
Phase and
Monthly
4. Air quality
Emission and Dust around Subproject area, Foul
smell, Suspended particulate matter, Vehicular
Maintenance
Observation, and taking records
for spraying water and vehicle
log book of maintenance work
Construction site Daily
5. Noise pollution Noise level dB(A) of
Construction vehicles and construction schedule
Observation, and measurement
using digital sound meter Construction site Daily
10 Nepal Electricity Authority 2019: Environment and Social Management Framework (ESMF) for Distribution System Upgrade & Expansion Project (DSUEP), Kathmandu.
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| Environmental and Social Management Plan | 41
SN Environmental
Component Indicators Monitoring Methods Location Schedule
6. Solid Waste
Management
Solid waste segregation, collection and
management mechanism, follow of waste
management plan and practices and SWM Plan
Direct Site Observation and
practices Construction site Weekly
7. Electric, and Fire
Hazard
Evidence of workforce skill development
training, installation of warning signs, electrical,
mechanical insulation, and guarding system
Participation Record, and Direct
Site Inspection Construction site Daily
Biological Environment
1. Bird Collision
Preventive measures included Subproject
infrastructure, incidence of an accident, and
causes
Carcasses count to test the
efficacy of preventative
measures
Project area Every 3 Month11
Social, and Cultural Environment
1.
Labor Camp
Location, and
Management
Number of workers from Subproject area, and its
surrounding settlement, Basic facilities within the
camps as in ESMP, and Inclusiveness of
marginalized, and indigenous groups people from
SPA
Questionnaire and FGD with
local people, Direct Site
Inspection
Project area Weekly
2. Child, and Gender
issues
Engagement of child in any form (direct/indirect
or on/off-site), wage discrimination among male,
and female workers, basic facilities for females
as per recommended in ESMP, psychological,
and physical assault evidence (recorded/verbal
complain)
Direct Consultation with the
Female workers, Questionnaire
with local people nearby the
Subproject area, Direct Site
Observation, and other Scientific
means to evaluate the gender
issues
Construction site Daily
3. Occupational
Health, and Safety
Impacts on health of the workers, No. of
accidents registered, use of the personal
protective instrument by the workers
Approved health, and safety plan
from NEA management team in
hand
Construction site Daily
4.
Grievance
Redressing
Mechanisms
Committee formation records, issue settlement
records on the campsite, Gender, social, and
others associated with Project.
Inspection of settlement, records
of diseases, and accidents, and
consultation with the public
Project area Every 2 Weeks
11 Bennun, L., van Bochove, J., Ng, C., Fletcher, C., Wilson, D., Phair, N., Carbone, G. (2021). Mitigating biodiversity impacts associated with solar, and wind energy development. Guidelines
for project developers. Gland, Switzerland: IUCN, and Cambridge, UK: The Biodiversity Consultancy. (https://portals.iucn.org/library/sites/library/files/documents/2021-004-En.pdf)
| ESMP Report of Thabang-Puntiban Distribution Line Subproject | October 2021
| Environmental and Social Management Plan | 42
4.2 Environmental Monitoring Cost
During development phase, the supervising engineer of the civil works will be entrusted for
the environmental monitoring, while during operation phase an Integrated Environmental
Management System shall be established for the Project among the senior members from
different departments.
The instrumental monitoring cost for air, noise, water quality are not embedded within the
Subproject document for the environment management system for the Project and requires
third party. The cost of such monitoring and expenses on workforce is presented in the
following table.
Table 4-2: Environmental Monitoring Cost
SN Description Quantity
(Days/Events)
Unit Rate
(NRs.)
Estimated Amount
(NRs.)
Experimentation
1.
Sampling and Laboratory
Analysis for Air, Noise, and
Water
2 times over
the Subproject
construction
period
1,00,000.00 200,000.00
Human Resource (Sectoral Experts)
1. Environmentalist/ESMP Expert 30 days 10,000.00 300,000.00
2. Ecologist/ Biodiversity Expert 10 days 10,000.00 100,000.00
3. Social Expert 30 days 10,000.00 300,000.00
4. OHS Expert 30 days 10,000.00 300,000.00
5. Transmission Line Expert/
Electrical Engineer 10 days 10,000.00
100,000.00
Logistic and Supply
1. Transportation LS - 300,000.00
2. Logistic for Monitoring Study LS - 100,000.00
Total 1,700,000.00
4.3 Grievance Redress Mechanism
A grievance redress mechanism (GRM) will be established to receive, evaluate, and facilitate
the resolution of affected people’s concerns, complaints, and grievances about the social and
environmental related issues at the Subproject level.
The GRM will aim to provide a time-bound and transparent mechanism to voice and resolve
social and environmental concerns linked to the project. It will provide an accessible and
trusted platform for receiving and facilitating resolution of affected persons’ grievances related
to the project. The GRM will provide an accessible and trusted platform for receiving and
facilitating resolution of affected persons’ grievances related to the project. The multi-tier
GRM for the Subproject is outlined below, each tier having time-bound schedules and with
responsible persons identified to address grievances and seek appropriate persons’ advice at
each stage, as required.
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| Environmental and Social Management Plan | 43
This process entails the concerned party submitting a grievance either in-person, or via phone, letter, or email to the Site-Engineer or the concerned
Municipality Chief or the concerned Ward Chair. The Site-Engineer will record such complaint. In cases where Ward Chair has received such
grievance, he should forward the grievance to the Site-Engineer. The Site-Engineer shall notify the committee members of Tier-I. There are three
level of GRM based on time-bound schedules as,
Table 4-3: Levels of Grievance Redress Mechanism Based on Time Bound
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III)
Level Local Level
Project Manager Office (PMO) headed by the
Project Manager (PM) at Project
Implementation Unit (PIU)
District Level
Supervisory NEA Site-Engineer PMO Chief District Officer (CDO)
Assistance
Chief/Mayor of Concerned Local Level
and Chairperson/ Representative of
Ward, Construction Contractor’s (CC)
Representative and Project Supervision
Consultant’s (PSC) Safeguards Officer
NEA Site-Engineer and PSC’s Social Expert,
and Construction Contractor
PMO, affected persons, representative from Rural
Municipality/Municipality, Site-Engineer, PSC’s Social
Expert.
If deemed necessary, representative from Forest Office,
representative from Land Revenue Office, and
representative from Land Survey Office are invited.
Days for
Resolving
Complain
7 days of receipt of a complaints/
grievance
15 days of complaints forwarded by Site-
Engineer 15 days
Committee
Members
Committee Member Designation Committee Member Designation Committee Member Designation
Ward Chair Coordinator Project Manager Coordinator Chief District Officer (CDO) Chair
Site-Engineer-NEA Member secretary Site-Engineer Member
Secretary Project Manager Coordinator
Community Liaison
Officer from PSC Member Mayor/ Chair of municipality Member Site-Engineer Member Secretary
Contractor engineer Member Community Relations
Manager from PSC Member Municipality Chief/Ward Chair Member
Affected person ( one
male and one female) Member Contractor Engineer Member
Community Relations Manager from
PSC Member
Women Member of
ward committee Member
Representative from affected
people (at least 2, one male
and one female)
Members Contractor Engineer Member
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| Environmental and Social Management Plan | 44
Provisions Levels of Grievance Redress Mechanism
First Level (Tier-I) Second Level (Tier-II) Third Level (Tier-III) One IP member ( if IP’s
are affected) Member
Women Member of
Municipality committee Member
Representatives from affected people
(at least 2, one male and one female) Members
One IP member ( if IP’s are
affected) Member
Women Member of Municipality
committee Member
One IP member ( if IP’s are affected) Member
Figure 4-1: Workflow Diagram for GRM from NEA12
Tier-I Tier-II Tier-III
* Affected People (AP) have the right to refer the grievances to appropriate courts of law if not satisfied with the redress at any stage of the process
i.e., the AP will have the choice to approach country’s judicial system.
12 Grievance Redress Mechanism (GRM) Prepared for the sub-projects financed by Asian Infrastructure Investment Bank (AIIB) under Distribution System Upgrade and Expansion Project
(DSUEP), Nepal Electricity Authority (NEA), May 2021.
| Environmental and Social Management Plan | 45
5. IMPLEMENTATION OF ESMP
This study has identified and evaluated beneficial as well as adverse impacts with appropriate
suggested mitigation, elimination or minimization measures of adverse impacts, and
augmentation of benefits. The Promoter will be responsible for implementing the proposed
enhancement measures, mitigation measures, and monitoring activities. The total ESMP cost
estimated for this subproject is as NRs. 2,800,000.00. The promoter should carry out all these
activities along with the cost provided within this ESMP report.
| Environmental and Social Management Plan | 46
REFERENCES
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http://dx.doi.org/10.22617/TCS189802
CBS. (2017). Rural Municipality-Municipality Profile of Rolpa District. Pyuthan: Office of
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Cross, E. A. (2014). THE STRUCTURE, STRATIGRAPHY, AND EVOLUTION OF THE
LESSER HIMALAYA OF. ARIZONA: THE UNIVERSITY OF ARIZONA.
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http://nationalgeoportal.gov.np
Environmental and Social Management Framework (DSUEP) NEA- November 2021
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IPCC. (2006). 2006 IPCC Guidelines for National Greenhouse Gas Inventories. IGES, Japan.
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LRMP. (1986). Land Utilization Report. Land Resources Mapping Project (LRMP).
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MoF. (2020). Economic Survey 2019/20. Singh Durbar, Kathmandu: Government of Nepal,
Ministry of Finance. Retrieved from https://www.worldbank.org:
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24153.pdf
Shahi, D. K., Rijal, H. B., & Shukuya, M. (2019). Study on Household Energy Usage
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402-410. doi:https://doi.org/10.3126/jie.v15i3.32761
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| Environmental and Social Management Plan | 47
The White Paper. (2018). Energy, Water Resources and Irrigation Sector’s Status and
Roadmap for the Future. Kathmandu: Government of Nepal.
US EPA. (2016). Greenhouse Gas Inventory Guidance: Direct Emissions from Stationary
Combustion Sources. U.S. EPA Center for Corporate Climate Leadership. Retrieved
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from
www.energyefficiency.gov.np/downloadthis/final_data_book__11_june_2014.pdf
Bird Diverting Reflector Wishbone Prevents Birds Landing on Wire
White Spiral in Wire Improves Visibility of Wire Construction of Nest at Poles also divert Brid not sitting at
Wires
Components Used for Preventing Birds from Collision in Distribution Line
ANNEX 3: CHECKLIST FOR ENVIRONMENTAL AND SOCIAL ASSESSMENT
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना )DSUEP(
आयोजनावाट पनन सक्न ेभौबतक तथा जैबवक वातावरणीय प्रभावहरुको पबहचान गननका लाबग बवध्यमान
भौबतक तथा जैबवक वातावरणीय अवबथथबतका वारेमा जानकारी बलन तयार पाररएको सवेक्षण फारम
Promoter: Field Visit Date:
Name of
Subproject:
Province:
District: Mun/RM:
Field Highlights:
Nearest Landmark
Environmental
Sensitivity
Major Physical
Env. Issues
Major Biological
Env. Issues
Accessibility to Site
Physical Environment Baseline (भौवतक िातािरणीय अिवस्थवत)
1 Occurrence of Slope Instability, Erosion and Flooding
SN
DL
/SS
Co
ord
ina
tes
Occ
urr
en
ce
(Ro
ck f
all/
Lan
dsl
ide/
Ero
sion/
Flo
od
ing
)
Dimension (m)
Ty
pe
(1.
Fal
l 2
. T
opp
le 3
. S
lide
4.
Sp
read
5.
Flo
w 6
. C
reep
7.
Shee
t
8.
Ril
l 9
. G
ull
y 1
0.
Inu
nd
atio
n)
Asp
ect
(No
rth
/ S
ou
th)
Dis
tan
ce f
rom
DL
/SS
(m
)
His
tory
of
Ev
iden
ce (
Yr.
)
Oth
er T
rig
ger
ing
Fa
cto
rs
Length Width Depth
2 Drainage System
SN
DL
/SS
Lo
cati
on
/ S
ettl
emen
ts
Ty
pe
of
La
nd
Use
La
nd
Pro
file
/ S
ha
pe
(Co
nca
ve,
Co
nv
ex,
Un
ifo
rm S
lop
es)
Ty
pe
of
Dra
ina
ge
(Nat
ura
l o
r
Co
nst
ruct
ed)
Ch
ara
cter
isti
cs (
Bra
ided
, D
end
riti
c)
Operational
Status Associated Issues
Po
or
Fai
r
Go
od
Wat
er L
og
gin
g
Su
bsi
den
ce
Cu
ttin
g
Oth
er (
If a
ny
)
3 River/ Stream Crossing and Water Quality Parameter
SN DL/SS Location/
Settlements
Name
River/Stream
Flooding
width
Left-
Right
(m)
Distance
Substation/DL
Pole from
River/Stream
Water Quality
Parameter- EXTECH
ExStik II DO600
Temp.
(oC)
pH EC
(µc/cm)
4 Accessibility
# NH-National Highway, DR-District Road, VR-Village Road
SN Location/
Settlements
Road Type Classification
of Roads
Road Condition
Asphalt/
Bitumen Concrete Gravel Earthen NH DR VR Poor Fair Good
5 Land Use Pattern
S
N
Compon
ent
(DL/SS)
Chainage/
Settlement/
Landmark
Description of Land Area (ha)
Remar
ks
Forest Cultivabl
e /
Agricult
ure
Bui
lt
Up
Barren Land Other
(Specif
y)
Tot
al
Are
a
Fro
m
T
o
Tot
al
CF
s
Gov
t.
Priva
te
Gov
t.
6 Air Quality and Noise Level
SN Location/
Chainage
Air Quality-Temtop Airing-1000 PM
Detector
Noise Level -UNI-T UT 353 Mini
Sound Meter
PM2.5 PM10 Causing Factors dBA Causing Factors
7 Solid Waste Management Practices
SN Location/ Settlement Source of wastes Management Practices
Biological Environment Baseline (जैविक िातािरणीय अिवस्थवत)
1 Checklist for the Ethno-Botanical studies of the Subproject Area (Site and Surroundings)
SN Local Name Botanical Name Use Categories
Remarks M F T E O R Fi
M = Medicinal, F = Fodder, T = Timber, E = Economical, R = religious, Fi = Fiber yielding
2 Enumeration of the Tree
C*- Cutting, B*- Bushing
#Note: Girth 10-30 cm Pole size, more than 30 cm girth size a tree
3 Wildlife Survey Questionnaire and Checklist
i. Do you see wildlife in your settlement area?
Yes/No
If yes, how often?
Name of Species (Wild Animals and Birds) Where How Often
Frequency: f- frequently, O- occasional, r-rare
ii. Herpetofauna
Name of Species (Wild Animals and Birds) Where How Often
iii. Fish Diversity
Name of Species Where How Often
Screening Checklist Completed by: Checklist Reviewed and Approved by:
Name: Name:
Designation: Designation:
Date: Date:
SN DL/SS Local Name DBH
(cm)
Height
(m) C*/B* Class
GPS Coordinate Remarks
Longitude Latitude
नेपाल बिद्यतु प्राबिकरण
वितरण प्रणाली स्तरोन्नवत तथा विस्तार आयोजना (वि.एस.यु.ई.पी)
सामावजक आवथिक अध्ययन
(समहू केबरित छलफल प्रश्नावली)
१. सामान्य जानकारी
छलफल गररएको बमबत: .......................................... उप-आयोजनाको नाम:...............................................................................................
बजल्ला: ................................... गा.पा./न.पा. ....................................... वडा नं. ............ गाउँ/टोल: .........................
२. यस छलफलमा समेविएको अध्ययन स्थलका िस्तीहरुको प्रकार (सहर-बजार, अर्ि घना बवस्त िा छररएको कस्तो खालको छ
नाम सवहत लेख्ने)
िस्तीको नाम िस्तीको प्रकार जम्मा घररु्री मुख्य मुख्य जातजावत मुख्य मुख्य र्मि
३. यस ठाउँका मावनसहरुको स्थानीय भाषा कुन कुन हो र कुन कुन समुदायले प्रयोग गदिछन ?
स्थानीय भाषा बोल्ने समुदाय अनुमावनत घररु्री कैवफयत
४. यस ठाउँका मावनसहरु मुख्य रुपमा कुन कुन पेशामा वनभिर छन ्।
पेशा वनभिर प्रवतशत आयोजना वनमािणले
प्रभाि पाछि वक पादैन
कस्तो प्रभाि पाछि
(सकरात्मक/नकारात्मक) कैवफयत
५. यस स्थानमा हुने बसाईसराई कस्तो कस्तो खालको हुन्छन ?
बसाईसराई सरेर जाने मुख्य
स्थानहरु
घररु्री बसाईसराई सरेर आउने मुख्य
स्थानहरु
घररु्री
६. यस बवस्त बाि वनम्न सुविर्ाहरुको पहुँच कस्तो छ ।
सुविर्ा को अिस्था स्थान दुरी (वक.वम.)
माध्याबमक थकुल
कलेज/क्याम्पस
थवाथथ चौकी
प्राथबमक थवाथथ केरि
आयवेुबिक केरि
अथपताल
मखु्य िजार
थथानीय िजार
िैंक/बवत्तीय संथथा
सडक
वडा कायनलय
पाबलका कायनलय
बजल्ला सिरमकुाम
७. यस स्थानमा रहेका शैविक संस्थाहरुको वििरण वदनुहोस ।
शैविक संस्थाको नाम स्थान पढाई हुने तह/किा स्िावमत्ि (वनवज, साबिजवनक/सरकारी) कैवफयत
८. यस ठाउको सािरताको अबस्था कस्तो छ?
जनसंख्या
-अंक िा प्रवतशत _
वनरिर सािर
पुरुष
मवहला
९. यस स्थानमा रहेका स्िास््य संस्थाको वििरण वदनुहोस ।
स्िास््य संस्थाको नाम स्थान उपलब्र् स्िास््य
सुवबर्ा स्िावमत्ि (वनवज, सरकारी) कैवफयत
१०. यस ठाउँका मावनसहरुमा देखा पने मुख्य मुख्य रोगहरु के के हुन ?
......................................................................................................................................................................
......................................................................................................................................................................
११. यस ठाउँका मावनसहरु वबरामी पदाि अबलम्बन गने मुख्य मुख्य उपचार पद्दवत के के हुन ? (अस्पताल, घरेलु उपचार,
र्ामीझाँक्री)
......................................................................................................................................................................
......................................................................................................................................................................
......................................................................................................................................................................
यस ठाउँका मावनसहरुको खानेपानीको मुख्य मुख्य श्रोत कुन कुन हो?
श्रोतहरु खानेपानीको लावग प्रयोग गने घररु्री
संख्या प्रवतशत
पाईप/िारा
कुवा
महुान तथा ढंुगे िारा
नबि/खोला/खोल्सा
यस ठाउँका मावनसहरुको शौचालय प्रयोग सम्बवन्र् वििरण वदनुहोस ।
चपीको प्रकार प्रयोग गने घररु्री संख्या प्रवतशत
खाल्डे
प्यान भएको खाल्डे
आिबुनक
चपी नभएको
१२. यस ठाउँका मावनसहरु घरबाि वनस्कने फोहरमैला सामान्यतया कसरर ब्यबस्थापन गने गदिछन ?
......................................................................................................................................................................
......................................................................................................................................................................
१३. यस ठाउँमा उपलब्र् यातायात पूिािर्ारको वििरण वदनुहोस ।
सिकको नाम सिकको लम्बाई लाभावन्ित िस्तीहरु सिकको अिस्था
१४. विरु्तमा पहुँच भएका घररु्रीहरुको वििरण वदनुहोस ?
विरु्तमा पहुँच भएका घररु्री संख्या/प्रवतशत: ........................................
विरु्तमा पहुँच नभएका घररु्री संख्या/प्रवतशत: ......................................
१५. यस स्थानमा वसंचाई सुवबर्ा कस्तो रहेको छ ?
वसंचाईको योजनाको नाम वसंचाई श्रोतको नाम वसंचाई हुने जम्मा िेत्रफल (ईकाई
खुलाउने)
लाभावन्ित
घरपररिार
१६. वबरु्वतकरणले वसंचाई सुवबर्ामा पानि सक्ने प्रभाि सम्बवन्र् वििरण वदनुहोस ।
.............................................................................................................................................................................................
...........................................................................................................................................................................................
१७. यस स्थानमा उपलब्र् संचार सुवबर्ाहरुको वििरण वदनुहोस ।
......................................................................................................................................................................
......................................................................................................................................................................
१८. यस स्थानमा उपलब्र् स्थानीय बजार तथा उद्योगहरुको वििरण वदनुहोस ।
िजारको नाम अिवस्थत स्थान खाजा
पसल लज संख्या
पसल
संख्या
उद्योग संख्या
कैवफयत
साना मझौला ठूला
१९. यस स्थानमा हुने मुख्य मुख्य कृवष उत्पादनहरु के के हुन ्?
िाली मुख्य मुख्य िालीको नाम कैवफयत
अरन वाली
तरकारी वाली
नगिे वाली
फलफुल
२०. यस स्थानमा अिस्थीत ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक स्थल तथा सांस्कृवतक महत्िको खुला स्थान भएमा उल्लेख
गनुिहोस ।
ऐवतहावसक सांस्कृवतक र्रोहर, र्ावमिक
स्थल तथा सांस्कृवतक महत्िको खुला
स्थानको नाम
सांस्कृवतक/र्ावमिक महत्ि आयोजनाले पानि
सक्ने प्रभाि
कैवफयत
२१. यस ठाउँको प्रमुख चािबाि र मेला समारोह हरु के के हुन ?
प्रमुख चािबाि र मेला समारोह मनाउने समुदाय कैवफयत
२२. यहाहरुको वबचारमा आयोजनाका के कस्ता सकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२३. यहाहरुको वबचारमा आयोजना वनमािण भएपवछ के कस्ता नकारात्मक असरहरु देखा पनेछन ्?
वनमािण चरणमा वनमािण सम्पन्न भइसकेपछी
२४. आयोजना प्रवत स्थानीयहरु को र्ारणा तथा सहमवतको बारेमा बताईवदनुहोस ्।
......................................................................................................................................................................
......................................................................................................................................................................
२५. अन्य केवह सुझाि तथा विप्पणी छन ्भने उल्लेख गनुिहोस ्।
......................................................................................................................................................................
......................................................................................................................................................................
सिेिण गनेको पुरा नाम, पद र ठेगाना
नाम: ....................................................................
पद: ....................................................................
ठेगाना: ....................................................................
वमवत: ....................................................................
ANNEX 4: LEGISLATIVE PROVISIONS
SN Legislation Provisions Relevancy with
respect to Project
1. Constitution of
Nepal
Constitution of Nepal is the main legal document,
which emphasizes on right of clean environment of
the people, natural resources protection, preservation
and its prudent use. Rights regarding clean
environment, under article 30:
It includes to make multi-purpose development of
water resources, while according priority to domestic
investment based on public participation to ensure
reliable supply of energy in an affordable and easy
manner, and make proper use of energy for the
fulfillment of the basic needs of citizens, by
generating and developing renewable energy in
article 51 (g).
DSUEP helps to fulfil
the rights of people to
live in clean
environment along
with to fulfil the basic
needs by providing
access of sufficient
energy.
2.
Environment
Protection Act
2076 (2019 AD)
Section 3 of the Act requires the proponent to conduct
environmental studies in relation to the prescribed
proposals of any developmental works. Subsection 2
of this act provides the framework about the
environmental study report prepared pursuant to sub-
section (1) shall, in fulfillment of the process as
prescribed, be submitted to the relevant bodies of
Government of Nepal for approval.
Environmental Studies
and approved of report
from authorized body
before construction of
any project is
mandatory to
minimize the negative
impacts in Nepal
which is addressed in
EPA, 2076.
3.
Environmental
Protection
Rule, 2077
(2020 AD)
[First
Amendment on
2078 (2021)]
Under the Environmental Protection Rules (2077)
first amendment (2078) , rule (3) as mentioned in
annex (1), Section (F) (Energy, Water Resources and
Irrigation Sector) sub-section (1), a proponent shall
be required to carry out the Brief Environmental
Studies for construction of transmission line project
less than 66 kV in forest land for another purpose.
This rule provides the
overall guidance to
what type of
environmental studies
is required according
to project by
Government of Nepal.
4.
Nepal
Environmental
Policy and
Action Plan,
2050(1993)
The aims of NEPAP are:
To manage natural and physical resources efficiently
and sustainably
To balance the development efforts and
environmental conservation for sustainable
fulfilment of basic needs
To preserve endemic and endangered species and
their habitats; the promotion of private and public
institutions for biological resources inventory and
conservation
To safeguard national heritage
To mitigate adverse environmental impact of
development protects and human actions
To integrate environment and development through
appropriate institutions, adequate legislation and
economic incentives and sufficient public resources
DSUEP should follow
the aims of NEPAP to
protect and conserve
the physical,
biological and social
environment during
construction of 33 kV
distribution line along
with substation.
SN Legislation Provisions Relevancy with
respect to Project
5.
CITES Act,
2017
Prohibits for the treat and business of protected species
is explained in Section 1, Rule 3 of this act. However,
Sub-Rule 2 of the Rule 3 has allowed for the export
and import of protected species for certain
circumstances mention under sub-rule after taking
approval. The Section 5 of the acts state the provision
of punishment for the unauthorized import, export
and provision mentioned in Section 3.
This act binds the
workers along with the
people not to collect,
treat and business of
the protected plants
and animals listed in
appendices of CITES.
6.
Electricity Act
1992
No person shall be entitled to conduct survey,
generation, transmission or distribution of electricity
without obtaining license under this act.
The Electricity Act of 1992 has provision of land
procurement for the development of projects that
involve electricity generation, transmission or
distribution. The Act states that the licensee may
submit an application to GoN to purchase the land or
house of any person if it is required for the generation,
transmission or distribution of electricity. Upon the
receipt of such an application, GoN may make the
land or house, so requisitioned, available to any
corporate body under the prevailing laws.
The main goal of this
project is to distribute
the sufficient amount
of electricity by
constructing 33 kV
line and substation by
conducting the survey
to minimize the
impacts.
7.
Soil and
Watershed
Conservation
Act, 2039 (1982
AD)
Soil and watershed conservation Act, 1982 expedient to
make legal provisions on the land and watershed
conservation by controlling natural calamities such as
flood, landslide and soil erosion and maintain
convenience and economic interests of the general
public.
To do the works,
which can act, as
causative factor of
flood, landslide and
soil erosion should
strictly prohibited
during the
construction of this
project.
8.
Rural Energy
Policy, 2006
Rationale of formulating and implementing this policy
is to create conducive environment that will self-
motivate and mobilize local institutions, rural energy
user groups, non-government organizations,
cooperatives and private sector organization for the
development and expansion of rural energy
resources. The government will facilitate and
promote to involve private development and
expansion of new technologies. It has also envisioned
subsidy provision for promotion of such renewable
energy technologies.
This project helps to
improve the
distribution and
motivate to use the
electricity in rural
areas of western
Nepal.
9.
Labor Act,
2074 (2017 AD)
This labor Act was made under the management of
parliament under sub-clause 1 of clause 296 of
Constitution of Nepal. Sub-section 3 of Section 2
states that the employees should not be compelled to
other work other than they are assigned for. In
addition, Sub-section 5 of Section 2 states about
prohibition of child labor in any organization and
sub-section 6 of Section 2 states that there should not
be any kind of discrimination among the employee’s
Construction of
project is only possible
when the rights of
labor is secure. In this
project, the contractor
should follow this act
strictly.
SN Legislation Provisions Relevancy with
respect to Project
regard of religion, ethnicity, gender, origin, language
or intelligence or other kind of characters.
10.
Child Labor
(Prohibition
and
Regulation)
Act, 2056 (2000
AD)
As per section 3 of this act, no child having not attained
the age of 14 years shall be engaged in works as a
laborer.
Child labor is strictly
prohibited in this
project and contractor
should follow this act.
11.
Solid Waste
Management
Act, 2068 (2011
AD)
This act has been formulated with a goal of minimizing
solid waste production from the target area by setting
rules and regulation on solid waste management
(SWM) in the country in order to develop better
environment for the systematic and effective
management of solid waste and to involve all the
concern stakeholders in SWM practice. The main
features of this act are discussion of 3R principle
(Reduce, Reuse and Recycle). 3R principle seems to
be very beneficial as it not only increases the life of
landfill site but also save the money, which could be
used for other infrastructure development. Section 4
of the act assign the local body to manage or use the
solid waste discharged or dumped in collection
center, transfer station or treatment plant or collected
during cleaning.
This act provides the
overall framework to
manage the solid
waste generated from
households to project
level. In addition, the
proponent should
manage the waste
generated during
construction.
12.
Solid Waste
Management
Rules, 2070
(2013 AD)
The solid waste management rule was formulated as per
provision made in article 50 of Solid Waste
Management Act, 2068. This regulation has
emphasized the segregation of waste at source and
mentioned that the responsibility of proper disposal
and management of source belongs to the producers
themselves. Section 3 of the rule describes about the
segregation and management of solid waste. It has
mentioned that it is essential to segregate degradable
and non-degradable solid waste at source.
These rules provide
the overall framework
about how to reduce
the volume of waste to
dispose from the
source during
construction of
substation.
13. Fifteenth Plan
Vision of 15th plan is in contribution to the prosperity
of the nation through sustainable and reliable
development of hydropower by setting the goal which
is ensure energy security through intensifying
hydropower generation. In addition, one of the
strategy of government of Nepal in 15th plan is to
make the distribution system effective and reliable to
increase energy efficiency and increase power
consumption by expanding access to electricity by
formulating the required policies.
This 5-year interim
plan sets the goal
about generation and
distribution of
hydroelectricity in
Nepal, which is
directly related to this
project.
14.
United Nations
Framework
Convention on
Climate
Change
UNFCCC, Signatories: 165. Parties: 195. (1), Article
(4), commitment (f) states climate change
considerations into account, to the extent feasible, in
their relevant social, economic and environmental
policies and actions, and employ appropriate
Goal of this project is
to replace the
traditional form of
energy by clean
energy i.e. electricity
SN Legislation Provisions Relevancy with
respect to Project
(UNFCCC),
1992
methods, for example impact assessments,
formulated and determined nationally, with a view to
minimizing adverse effects on the economy, on
public health and on the quality of the environment,
of projects or measures undertaken by them to
mitigate or adapt to climate change. After it entered
into force on 21 March 1994, in accordance with, it
mandates the individual state for prioritization of
resource conservation with development.
which ultimately
reduces the air
pollution and smoke.
15.
Directive
2011/92/EU of
the European
Parliament and
of the Council
of 13 December
2011 and its
Amendment
2014/52/EU
Annex II of this directive provides the overall
framework of project, which required environmental
assessment according to article 4 (2). Provision of
Environmental Assessment has mentioned for
installation of hydroelectric energy production in 3(h)
of Annex II.
The criteria of Lender
in case of minimum
issues. (Required
Environmental
Assessment- ESMP
for category C
Projects)
16. ILO 169
The main objective of this convention is to secure the
rights of indigenous and tribal people along with the
gender equality and non-discrimination of workers
during work. The Article 1 on First Part of this
convention mainly focused on following points:
(a) the social, cultural and economic conditions of tribal
peoples in independent countries differentiate from
other parts of the national community and their status
is managed fully or partially by their own customs or
traditions or by special laws or regulations;
(b) peoples in independent countries who are regarded
as indigenous on account of their descent from the
populations which inhabited the country, or a
geographical region to which the country belongs, at
the time of conquest or colonization or the
establishment of present state boundaries and who,
irrespective of their legal status, retain some or all of
their own social, economic, cultural and political
institutions.
Self-identification as indigenous or tribal shall be
regarded as a fundamental criterion for determining
the groups to which the provisions of this Convention
apply.
The use of the term peoples in this Convention shall
not be construed as having any implications as
regards the rights, which may attach to the term under
international law.
Nepal is the part of
ILO convention that’s
why ILO 169 should
strictly followed
during construction
and implementation of
any types
17.
Environment
and Social
Management
Framework
ESMF is to guide DSUEP sub-projects in the area of
E&S management using appropriate instruments,
methodologies, procedure and responsibilities
during the project cycle. NEA and the project
partners shall apply during design and development
of the sub-projects in order to comply with the
Government of Nepal E&S regulations and the
Main guiding
document for E&S
study to identify
issues and
recommending
appropriate practical
SN Legislation Provisions Relevancy with
respect to Project
Financiers’ standards on E&S assessment and
management, Involuntary Resettlement, Indigenous
People, Gender, etc.).
augmentation/
mitigation measures
18.
Environmental
and Social
Policy (ESP)
This policy speaks for the mandatory E&S
requirements for each Project like, screening, DDR,
E&S Assessment, ESMP, ESMF, Information
Disclosure, Consultation and Monitoring and
Evaluation.
Mandatory
requirement for
ESMP study
ANNEX 7: OCCUPATIONAL HEALTH AND SAFETY RELATED SIGNS
SIGNAL NOTICE
DANGER SIGNS
INSTRUCTION SIGNS
SAFETY AND SAFETY INSTRUCTION SIGNS
ANNEX 8: TECHNIQUES APPLICABLE FOR DRAINAGE MANAGEMENT
Vegetated Gabion Wall Vegetation Check Dam
Jute Netting Check Dam
Sediment Control Ditches
ANNEX 9: MEASURES RECOMMENDED FOR SOLID WASTE MANAGEMENT
SWM Approaches Waste Segregation Container
Waste Types for Selling to Scrap Delears Major SWM Practices (Discard Open
Burning)
ANNEX 10: PHOTOGRAPH
South Facing Substation at Bibang, Thabang RM-1
Notice Pasting at Thabang Rural Municipality Office and Consultation with Owner of
Land at DL Route near Tapping Point