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Chapter 5
Salient Features of the Gonde-Vadape Section of the NH-3 Project
Undertaken by the National Highway Authority of India (NHAI)
5.1 Project Description.
5.2 Road Alignment of Ghat Section.
5.3 Rehabilitation and Up-gradation Proposals.
5.4 Location of Widening Carriageway.
5.5 Proposed Design Cross Sections.
5.5.1 Eccentric and Symmetrical Widening.
5.5.2 4/6-Lane Configuration.
5.5.3 Phasing of 4/6-Laning.
5.5.4 Cross-Section of the Improved Facility.
5.5.5 Improvements to Cross Sectional Elements.
5.6 Bridges and Culverts.
5.7 Median.
5.8 Service Roads.
5.9 Junction Improvements.
5.10 Toll Plaza.
5.11 Proposed Wayside Amenities.
5.12 Sources for Raw Materials.
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Chapter 5
Salient Features of the Gonde-Vadape Section of the NH-3 Project
Undertaken by the National Highway Authority of India (NHAI)
5.1 Project Description
The development of the road under consideration starts at Gonde (km 440/000) on
Nashik side and ends at Vadape (km 539/500) on Mumbai side measuring a distance
of 99.5 km. Out of 99.5 km, 30.8 km length falls in Nashik District and 68.7 km
length falls in Thane District. The important towns along the route are Ghoti, Igatpuri,
Khardi, Kasara and Shahapur. The alignment of NH-3 bypasses these towns and some
stretches pass through Ghat portion. The breakup of the length of alignment is given
in Table 5.1. Description of Alignment.
Table 5.1: Description of Alignment
Chainages Stretches Length (km) District From To
440/000 465/000 Non-Ghat 25.0 Nashik
465/000 470/800 Ghat 5.8 (Thal Ghat) Nashik
470/800 474/000 Ghat 3.2 (Thal Ghat) Thane
474/000 478/000 Non-Ghat 4.0 Thane
478/000 483/000 Ghat 5.0 (Kasara Bypass) Thane
483/000 509/500 Non-Ghat 26.5 Thane
509/500 511/500 Ghat 2.0 (Cherpole Ghat) Thane
511/500 539/500 Non-Ghat 28 Thane
Source : DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
70
5.2 Road Alignment in Ghat Section
The alignment is basically refinement of earlier proposal investigated by the PWD in
1970s. The total length of the alignment is about 8.0 Km. The alignment takes-off at
about Km 467/000 on existing NH-3. Then it runs parallel to existing NH-3 on left
side, for some distance before it takes a left turn. After leaving NH-3 (near Alignment
Chainage 0+300), the alignment follows the Bible Wadi hill contours. The gradient is
relatively mild in this portion. In this stretch, the cross section will be partly in cut and
partly in fill. After crossing the HT line at about Chainage 0+900, the alignment takes
a sharp ‘U’ turn at Chainage 1+000 and further traverses southwards by generally
following the hill contours till the Chainage 2+000. At Chainage 2+000, the
alignment encounters the valley portion with steep drop and crosses the same valley
over a viaduct / bridge and further passes through a box cut section in the steep cliff
for a length of about 200 m (from Chainage 2+000 to Chainage 2+200). Further the
alignment runs in the southward direction till Chainage 2+500 and take sharp ‘U’ turn
and continuous to traverse in westward direction along the hill face till Chainage
4+300. From here the alignment takes a sharp ‘U’ turn by crossing the HT line again
and a nallah enroute and continues to traverse in southward direction from Chainage
4+60. The alignment cuts across the old abandoned railway embankment between
Chainage 5+200 to Chainage 5+300. Further it runs between the existing NH-3 and
HT line and parallel to them till it meets the existing NH-3 near Km 475/000 beyond
Latif Wadi.
5.3 Rehabilitation and Up-gradation Proposals
The basic concept of the proposed project development is to rehabilitate and
strengthen the existing road and widen the Project Road to a standard 4-lane, divided
carriageway in the initial stages with a provision for upgrading the facility to 6-lane,
divided carriageway as and when traffic demands.
Improvement proposals for a highway essentially consist of two components,
geometric and structural. Geometric improvement deals with visible dimensions of
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roadway and is dictated by the traffic and economic considerations. Geometric design
involves several design elements such as horizontal and vertical alignments, sight
distance considerations, cross sectional elements, lateral and vertical clearances,
intersection treatment, control of access etc. The structural component deals with the
pavement design aspects, i.e., the ability of the highway to adequately carry and
support the vehicle/ wheel loads over the design period.
Development of full-fledged highway involves high level of investments in finances
and material resources spread over a period of time. In light of this fact and
considering that as per traffic estimate, a 6-lane roadway is a necessity by year 2022,
the design standards should allow for phased implementation of the project (i.e.,
initial widening from existing two lanes to four lanes to be further widened to six
lanes).
The improvement proposals also need to cover facilities such as provision for service
roads, bypasses, exploration for alternative alignments, intersection design and
identification of locations for grade separators and subways. Further the proposals for
stage widening needs to consider the method of widening like concentric or eccentric
to the existing road which is dictated by site situations like available ROW, existing
utilities, terrain etc.
The proposals for the improvement of the geometric elements of the existing national
highway generally include:
1) Widening of existing carriageway.
2) Improvements to cross sectional elements.
3) Improvements to horizontal alignment.
4) Improvements to longitudinal profile.
72
Rehabilitation of Existing Structures and Proposals for Structures on the New
Carriageway included:
1) Proposals for Subways, Flyovers, Median Break and Service Roads.
2) Proposals for Wayside Amenities.
3) Improvements to Existing Culverts.
5.4 Location of Widening Carriageway
Advance planning for widening proposals is of great advantage in road construction
projects. First of all widening proposals have to be based on practicability of such
proposals and hence careful prior field investigations need to be made before
formulating such proposals. Existing roadside development and/or sanctioned
roadside development have to be given due consideration. Future developments also
need to be watched and controlled as a part of this policy. The conceptualisation of
widening scheme involves an interaction between several parameters like traffic
demand, terrain, land use, roadside development, requirement of service roads for
urban / built-up areas, widening of major and minor bridges and stage construction
etc.
Normally in a 4/6-laning project, the new carriageway is located on one side of
existing carriageway so that the work can proceed without any hindrance to traffic.
However, this aspect becomes critical when the ROW / Land Width constraints (like
dense ribbon development along roadside) warrants for concentric widening about the
existing road centerline. Also at some places like Kasara Ghat, where the widening is
practically not feasible either concentrically or eccentrically, altogether new
alignment is warranted for the additional lanes. Thus fixing the location of the
widening carriageway becomes a crucial-issue.
73
The location of new carriageway is addressed and the recommendations in this regard
are described hereunder. The sides for widening along the existing national highway
are with respect to facing Mumbai.
(a) For the 4/6-laning project, following alternatives options are available:
(i) Locating new carriageway on the left of the existing road.
(ii) New carriageway located on the right of the existing road.
(iii) Widening symmetrical about the centre of the existing road.
(iv) Realignment for the new carriageway if localised widening is not
possible either due to ROW restrictions or due to geometric
improvement.
(b) Guidelines for widening proposals are set as under:
(i) Maximum use of existing roadway and available ROW.
(ii) Economy - Avoid heavy cut/fill, acquisition of agricultural / built-up
area.
(iii) Environment friendly - Avoid water bodies, forest areas and tribal lands
and to save roadside trees wherever practicable.
(iv) Fulfilment of requirements of road standards, especially
improvement of sections identified as "accident prone spots".
(v) Siting of Bridges and Structures.
(vi) Minimize relocation of Utilities.
(vii) Safety of ongoing traffic on the existing road.
(viii) Low maintenance and operational cost during design life.
(ix) Avoid terrain like deep valleys and swampy/ low lying grounds.
(x) To make use of abandoned sections of old NH-3 loops for the new
carriageway wherever practicable.
74
(xi) To avoid the religious structures in the new carriageway
alignment.
(xii) To avoid the railway lands.
(xiii) In-built provision for stage construction from 2-lanes to 4-lanes to 6-
lanes i.e. keeping in mind future widening from 4-lane to 6-lane at a later
date especially where service roads are required to be provided.
Based on the above guidelines, the widening scheme for the project is developed as
given in Table 5.2, The Road Widening Scheme for the Project Highway, below.
Table 5.2: The Road Widening Scheme for the Project Highway
Sr.No Section Widening Side
Constraints on the other side.
From To Length
1 440/000 447/000 7 Right Side Darna Submergence on left side; convenient widening at ROB @ 445.
2 447/000 449/300 2.3 Left Side Railway track close to road.
3 449/300 450/300 1 Right Side
4 450/300 453/000 2.7 Left Side Khambala on left side.
5 453/000 459/500 6.5 Right Side Ghoti on left side.
6 459/500 488/100 28.6 Left Side More barren land on LHS, Igatpuri between 459 to 463, close to rly track at km 484 on LHS.
7 488/100 491/500 3.4 Right Side Proximity of railway track on left side (Umbermali Railway Substation).
8 491/500 539/500 48 Left Side Railway tracks close to right side. 505/000 to 505/400, 507/250 to 508/750. More development on Right side, OFC cables, HPCL pipeline.
*Note : Kasara Ghat bypass is proposed between km 467 to 475 on LHS for Mumbai bound ascending traffic.
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
75
5.5 Proposed Design Cross Sections
5.5.1 Eccentric and Symmetrical Widening
Symmetrical widening will maximize use of existing road land and correspondingly
reduce acquisition of additional land to some extent. However, the eccentric widening
is preferable to symmetrical widening from the following considerations:
(i) The traffic plying on existing road is not disturbed and diversion of traffic is
not required as in the case of symmetrical widening.
(ii) The ease of construction and savings in construction time.
(iii) The central portion of very old stabilised carriageway goes to waste in the
form of median, which is not the case with eccentric widening. Further, in
symmetrical widening, for both left and right carriageways, part of the
pavement will be old with overlay construction and part of the pavement
will have new crust which is difficult to implement. Thus eccentric
widening will be more economical than symmetrical as, the existing
pavement is fully utilised.
(iv) It is easier to widen the structures on one side and in any case separate
structures could be built.
(v) The Cross Design structures, which are nearly 300 in numbers, can be
widened on one side. In case of symmetrical widening these may have to be
widened on both sides and sometimes these widening on one side may be as
short as 0.5m, which is again rather difficult from construction point of
view.
(vi) An improvement to various geometric elements (both vertical and
horizontal) for additional two lanes in case of eccentric widening is possible.
This will have to be compromised in case of symmetrical widening, as the
existing road geometry will dictate the design.
Thus the eccentric widening is evidently advantageous.
76
5.5.2 4/6-Lane Configuration
Based on the traffic survey, analysis and forecast, the 4-lane configuration is
sufficient to cater to the traffic till the year 2022. There is a requirement of 6-lane
widening beyond the year 2022. This means that it should be easily possible to widen
the now proposed 4-lane design cross sections to 6-lanes after the year 2022. Also as
land acquisition is to be done at one time only, it is also necessary to know the widths
required for 6-lane configuration.
5.5.3 Phasing of 4/6-Laning
The proposed improvements for the Project Road would be in two phases. In Phase-1,
the existing 2-lane National Highway will be strengthened and widened to 4-lane,
dual/divided carriageway. And at some locations such as structures, ghat sections,
tunnels etc. 6-lane, divided carriageway is proposed at initial stage only as widening
of structures especially major bridges and tunnel becomes difficult so also in ghat
sections. Widening and improvement to existing Kasara ghat and new carriageway is
considered as 3-lane each (total 6-lane) for formation and pavement will be
constructed to four lane only.
In Phase-2, the shoulder portions of the 4-lane, divided carriageway will be converted
to 6-lane, dual divided carriageway as and when traffic demands (in the year 2022 as
per traffic forecast) with a provision of additional shoulders on either side.
5.5.4 Cross-Section for the Improved Facility
Cross section elements are very important for finalising geometric design of existing
as well as additional (new) carriageways whether it is symmetrical or asymmetrical
widening. The proposed cross-section for the new improved road is designed to be
adequate to cater for the traffic expected over the design period and offer safe and
efficient traffic movements at speeds consistent with the terrain conditions.
77
The cross-sectional elements (traffic lane / shoulders / median width etc.) have been
standardised by the IRC / MoRTH. According to the present policy, the width of
median for National Highways should be 5.0m including 0.25 wide edge strips on
either side. Application of this width for one side widening would call for space,
which is just available in general (45m), but where embankment is high as is at
present in some lengths of the Project Road, particularly on approaches to ROBs, it
would call for additional land acquisition.
The Consultants suggest the following cross-section for Plain terrain with no roadside
developments and long straight stretches with few intersections:
Operating speeds are expected to be of the order of 80-100 Kmph for passenger
vehicles and lesser speeds for slow moving heavy and articulated vehicles which have
to keep to the left of the carriageway. A wide median planted with hedges to shield
off headlight glare is a desirable requirement. For this case, 5.0 m wide median
including 2 x 0.5 m edge strips, 2 x 7.0 m carriageway, 2 x 1.5 m paved shoulders and
2 x 2.0 m earthen shoulders are proposed. For one side widening, this works out to a
width of 25-27 m from centerline of existing carriageway to cover edge of the new
roadway. However, where the ROW is extremely limited, additional land needs to be
acquired.
At present there are several underground and over-ground utilities running along the
roadside within ROW. For 4/6-laning these will need relocation. It will be possible to
relocate the existing utilities at the extreme edge of the new ROW.
5.5.5 Improvements to Cross Sectional Elements
The basic 2-lane carriageway width of 7 m is provided for both the carriageways. The
paved shoulder width of 1.5m and earthen shoulder (i.e. an enlargement or projection
or offset, as for keeping something in place or preventing movement past the
projection) width of 2.0 m is suggested at the time of 4-laning. The cambers (i.e. a
slight upward convex curve) in straight stretches will be 2.5% for carriageway and
78
3% for shoulders. The median width will be 5 m including edge shyness of 250 mm
on either side.
The proposed median width will not be uniform throughout the Project Road length
due to the following reasons:
� In many cases the existing road has substandard curves; these may be improved
to absolute minimum radius of 155 m; however, for new
carriageways we can have desirable minimum radius of 230 m (if local
geometry, ROW and site condition permits).
� The defects of existing road need not be carried over to new carriageway by
rigidly sticking to uniform median width. Many kinks, reverse/ compound
curves in existing road can be eliminated in new carriageway alignment.
� Better traffic flow and safety should be the criteria for new carriageway rather
than uniform median width. Except for head light glares during night driving,
the median width has no effect on the traffic flow. At locations of narrow
median, suitable anti-glare devices may be installed.
� In case of short length cut sections, it may be preferable to have median upto
10m in width, which can act as a screen wall for the existing traffic on NH-3
and will not get affected due to blasting operations for the adjoining 2-lane
carriageway.
� To avoid cutting of trees in dense wooded sections, median width can be
increased locally, like being done in Pune-Satara-Kolhapur project.
� Varying median widths will be required in case of approaches to existing ROB
with footpaths. The new ROB will have footpath, if any, on outer sides.
� A number of minor bridges have already been widened by PWD to 3-lanes.
This widening for some of the bridges is on left, for some it is on right and for
some it is symmetrical. Since the roadway of one-of the dual carriageway has
to match the minor bridge width, there will be varying median width on the
approaches to these bridges.
79
� There are three stretches where existing railway line is very close to the
existing NH-3. Improvements to existing 2-lane are possible within the
available land but it is insufficient for future widening of the present 2-lane to
3-lane. Thus widening has to be on the median side locally in such stretches. In
other words the median width in these stretches will be minimum of 8.5 m
(normal 5 m plus additional 1-lane width reservation of 3.5 m) with tapering to
standard 5 m on both ends. This aspect has been kept in mind while fixing the
alignment.
5.6 Bridges and Culverts
The improvement proposal for bridges and structures essentially consists of two
components:
Upgradation of project corridor by provision of new bridges and structures for
new adjacent additional carriageway.
Widening / rehabilitation / replacing the bridges and structures on existing
road.
Upgradation by provision of bridges and structures on new additional
carriageway:
The bridges and structures on new alignment are proposed adjacent to the existing
structure on one side with median gap in between the old and new structure.
All the major bridges, minor bridges, ROBs and Cross Design (CD) structure on new
alignment will have clear carriageway width of 11.0 m to cater for 3 lanes traffics.
R.C.C. crash barriers as per the Ministry of Surface Transport (MOST) guidelines are
proposed on either side of the carriage way for major bridges, minor bridges and
ROBs.
80
As there are no footpaths on existing major and minor bridges, no footpaths are
proposed for new major and minor bridges. The existing ROB at Bortembe (Km
459/200) only is having footpath on either side. However for all ROB structures on
new alignment, footpath is proposed on one side (outer side), as Railways normally
insist provision of footpaths.
The new ROBs are adjacent to existing ROBs; hence span length of new ROBs will
be matching with existing ROBs. The vertical clearance of 6.525 m above rail top will
be provided for all the new ROBs as per present Railway requirements.
The span arrangement for major bridges and minor bridges is such that the span
length of new bridge is either equal or multiple of the span length of the existing
bridges so that the piers of the new bridges are in line with those of the existing
bridges in order to facilitate smooth flow of water.
The improvement proposal for the road corridor will require additional structures like
grade separators, viaducts, subways etc. and the same are indicated on the alignment
plan.
Widening / rehabilitation / replacing the bridges and structures on existing road:
The existing major bridges, minor bridges and ROBs on the existing road required to
be repaired / rehabilitated / widened / replaced to cater for safe movement of present
day traffic and traffic expected in future. The repair / rehabilitation for existing
bridges are proposed as contained in IRC: SP-40-1993 – Guidelines on Techniques
for Strengthening of Bridges.
The widening / rehabilitation of bridges, ROBs and structures on the existing road is
proposed based on the following input data collected on the project corridor :
Survey and Inventory of Bridges and Structure.
Condition Survey of Bridges and Structure.
Data collected from the P.W.D. Registers and Drawings.
81
Information received about repairs and rehabilitation done by the P.W.D.
The information collected during inventory, condition survey along with data
collected from various authorities is used for classification of bridge condition.
Bridges are classified considering the nature and magnitude of distress in the different
categories.
Category I : Structures in Good Condition.
Category II : Structures requiring minor improvements.
Category III : Structures requiring strengthening.
Category IV : Structures requiring replacement.
There are three major bridges on the project corridor. The condition category of these
bridges is listed in Table 5.3, Condition Category of Major Bridges on the Project
Highway, below.
Table 5.3: Condition Category of Major Bridges on the Project Highway
Sr. No.
Chainage Name Condition / Category
1 479/500 Kasara Bridge III
2 482/020 Mokhavane Bridge III
3 530/840 Kumbheri Bridge II
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
There are six ROBs in the project corridor. The condition category of existing ROBs
is listed in Table 5.4, Condition Category of ROB’s on the Project Highway, below.
82
Table 5.4: Condition Category of ROBs on the Project Highway
Sr. No. Chainage Name Condition/ Category
1 445/250 ROB (at Padali) II
2 451/200 ROB (at Ghoti) I
3 459/200 ROB (at Bortembe) II
4 486/660 ROB (at Umbermali) II
5 494/600 ROB (at Khardi) I
6 515/690 ROB (at Asangaon) I
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
There are twenty Minor Bridges in the project corridor. The condition category of
existing Minor Bridges is listed in Table 5.5, Condition Category of Minor Brides on
the Project Highway, below.
Improvements to above listed major bridges, ROBs and minor bridges are
categorised in three different forms:
Widening of carriageway of structure.
Repair / Rehabilitation of structure.
Replacement of structures.
83
Table 5.5: Condition Category of Minor Bridges on the Project Highway
Sr. No. Chainage Name Condition /Category
1 441/850 Minor Bridge III
2 447/680 Minor Bridge I
3 456/200 Minor Bridge II
4 473/196 Minor Bridge II
5 473/720 Minor Bridge II
6 485/400 Stone / FJCC Arch Bridge II
7 486/905 Minor Bridge I
8 489/660 Minor Bridge II
9 490/825 Minor Bridge II
10 504/220 Minor Bridge I
11 512/260 Minor Bridge II
12 513/680 Bharangi Minor Bridge II
13 518/900 Minor Bridge I
14 519/800 Minor Bridge II
15 523/350 Sarmala Minor Bridge II
16 523/750 Minor Bridge I
17 524/810 Minor Bridge I
18 525/500 Minor Bridge II
19 528/500 Minor Bridge II
20 533/700 Minor Bridge II
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
84
5.7 Median
Generally standard 5.0 m width median will be proposed but it may be physically
difficult and impracticable to have the standard 5.0 m median for the entire length of
the Project Road because of passage through built-up areas with inadequate land and
the presence of cluster of trees. As dictated by site conditions, the median width
(including edge strips) will vary from 2.0 m to as high as 9.0 m wherever required but
in general it will be maintained as 5.0 m.
The median will be of raised kerb type, and the kerb (a row of stones on the outer
edge of the road to protect or control) lines will be parallel (maintaining uniform
median width) from aesthetic consideration. Non-mountable kerb having a height of
250 mm from adjoining road surface is proposed.
5.8 Service Roads
Totally 12 km length of service roads is proposed along the national highway to
pickup traffic from adjoining industrial, residential and commercial areas to channel
its flow to the national highway either through the subways or median breaks at road
junctions. The purpose is to ensure safety of through traffic and locally generated
traffic. And secondly not to hamper the speed of through traffic due to mixing with
slow moving local traffic. The list of proposed service road is given in the Table 5.6,
List of Proposed Service Roads, below.
The length of 12 km service road does not include the small lengths of service roads
to be provided at vehicular subways, which will form part of subway system.
85
Table 5.6: List of Proposed Service Roads
Sr. Location Chainage Side Length (m) RemarksNo. From To
1 440/000 441/000 Left & Right 2000 Industrial/commercialareas near Gonde.
2 452/500 452/100 Right 400 At Ghoti.
3 456/800 458/650 Right 1850 To connect Igatpuri with college between Igatpuri & Ghoti.
4 460/700 463/800 Right 3000 In Igatpuri as requested by Municipality.
5 474/000 474/500 Left & Right 1000 Latifwadi.6 493/350 494/000 Left & Right 650+650 At Khardi.7 506/000 507/200 Left 1200 Atgaon industrial area.
8 508/780 509/000 Right 220 Connects Pundhe road to median break at Hotel Take off.
9 522/100 522/900 Right 800 Near Jindal Factory.
10 527/350 527/500 Left 150 Near Khoshimbi
Source : DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
5.9 Junction Improvements
There are 79 road crossings on the existing National Highway, which have been
identified along the length of the Project Road. The importance of these cross roads
vary from that of a State Highway to every minor village road connecting small
habitations nearby. The list also includes an important planned road connecting NH-3
at Ghoti to Aurangabad via Sinner, which is a Toll Road Project already under
construction. Depending upon the importance of the connecting roads, traffic counts
were taken wherever there appeared need of grade separation. In such cases details of
turning traffic are known.
86
At other locations, importance of the connecting roads for the highway was assessed
by observation by watching movement of cross traffic at individual junctions.
Because of large number of junctions with cross roads and large variations in their use
by traffic and the people using them, a judicial selection of the type of treatment to
road junction has to be provided at individual crossing, keeping in view the need for
level of service and period of service to the connecting road user, economy in
construction of the Project Road and flexibility to change the design of road junction
in the future when the time warrants it.
On the basis of above considerations some guiding criteria was kept in the mind by
the team of the Consultants while visiting the site, assessing the field situation and for
proposing solution to each such case, which are briefly discussed below:
Criteria adopted for making proposal for junction improvements:
i) There could be several ways of proposing types of treatments to road junctions
at each crossing considering the importance of cross road, terrain and the
topography. The treatments are such as improving the junction at grade, (with
rotary, traffic signals, and road cautionary signs), providing grade separation
(over passes/ underpasses and subways) or median break.
ii) This is a BOT project and should have minimum leakage for toll collection. At
the same time the highway can't be totally access controlled and the numbers
of accesses to be provided have to be brought down to the maximum possible
extent commensurate with the economy of the project.
iii) While selecting the type of crossing, one has also to give a thought to its
impact on the level of service for the through traffic on the highway.
87
The types of treatments at Crossings:
Median Break :
This is the simplest and cheapest form of crossing and could be very easily
incorporated on NH-3, where and whenever required additionally in future
also. The main disadvantage of this is that, it affects the speed of vehicle on
National Highway if the breaks in median are provided at closer interval. This
is meant for low volume of turning traffic on to cross road and vice versa. It
will be a facility for highway traffic to move over to cross road and for
changing direction on highway by taking 'U' turn.
The existing road side facilities like Hotels, Motels, Petrol pumps which are
now on the cross road, but have been permitted access to the highway at
present have either to be given continued access to one of the adjoined
carriageway or provided with a service road. If the service road construction
cost is high, then for the present, the individual property owners of above shall
have access to the highway with restriction of only left turn movement and
they can change over to other carriageway by taking a 'U' turn through the
nearest break in median only. The list of proposed median breaks is given in
the Table 5.7, List of Proposed Median Breaks on the Project Highway,
below:
While deciding the location of the median, we have to ensure that a sufficient length
of the highway on the both sides is visible, which will minimize chances of accident
for traffic on both main road and the crossroad. To ensure further safety for through
traffic it is desirable to provide cautionary sign boards in advance, flickering amber
lights at the location of median break.
88
Table 5.7: List of Proposed Median Breaks on the Project Highway
Sr.No. Chainages w.r.t. km stones Location Description 1. 441/000 Near EBG Industries 2. 445/100 To Jindal Polyester 3. 452/200 To Vaitarna 4. 453/140 To Ghoti 5. 455/050 To Ghoti 6. 457/000 Near Take Ghoti / To College 7. 458/635 To Igatpuri 8. 462/410 Nandgaon Sado – Igatpuri 9. 463/350 Talegaon – Igatpuri 10. 465/375 At Manas Resort 11. 465/875 At Ghatan Devi Temple 12. 476/500 Near Chintaman Wadi 13. 479/160 To Kasara 14. 481/000 Washala – Kasara Jn. 15. 483/470 Kasara / Mokhavane Jn. 16. 487/300 Shirol 17. 491/150 to Verscot 18. 497/300 To Ratandhale 19. 500/300 Batsa Nagar 20. 504/580 To Pendhardhol 21. 506/400 Atgaon Rly Stn. 22. 509/000 Hotel Takeoff/Pundhe Industrial Area 23. 511/750 To Shahapur 24. 517/00 Asangaon Old NH-3 exit 25. 520/990 Vashind Old NH-3 exit 26. 524/900 To Kasne 27. 531/830 To Borivali / Padghe Entry 28. 533/420 Padghe (old NH-3) exit 29. 536/600 To Boirpada
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
89
i) At grade junction :
After site inspection, it is found that there is no junction suitable for providing
rotary or fully signalised traffic junction. However, for the turning traffic at
important junctions, waiting for switching to either to cross road or to the
other carriageway, suitable provision of storage lane will be made in the
design of at grade road junction.
ii) Grade separated junctions (Subways) :
After studying the site situation, seven numbers of subways are proposed for
construction below the national highway, so that local slow moving traffic
(like bullock carts and cycles), pedestrians and cattle can cross safely the
national highway at lower level without hindrance to the through traffic. To
cater for local crossing vehicular traffic, six numbers of subways (with
minimum 4.5 m vertical clearance) have been proposed. The list of proposed
subways is given in the Table 5.8, List of Proposed Subways, below:
The list of proposed subways will show that they are not equally spaced. According to
site conditions, the spacing varies. For example there is one subway at village
Khambale km 452/150 and the next one is at Khardi near chainage km 493/830. Thus,
for in between 40 km of road lengths, there is no subway proposed. This is because
Igatpuri is a flat, water logged (during monsoon) area with low embankment where
subway provision is not desirable. Instead, service roads and median breaks with
improved junction at grade will cater to local pedestrian and vehicular movements. In
the case of Ghoti, the road passes through undulating area and the road being a bypass
to the old national highway, the town itself is on one side of the road. However,
cognisance has been taken of the Ghoti - Aurangabad road junction with national
highway.
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Table 5.8: List of Proposed Subways
Sr.No. Chainages Location Description
Type Remarks Size (m)
1 446/800 Mundegaon. P&C 6.0x3.5
2 449/500 Manik Khamb Jn. P&C 6.0x3.5
3 452/150 Khambale Jn. P&C 100m away from Jn. 6.0x3.5
4 493/830 Khardi Rly Stn – Vaitarna Jn.
Vehicular 10.5x4.5
5 512/450 Shahapur – Murbad Jn.
Vehicular 10.5x5.0
6 513/035 Goteghar – Shahapur Jn.
P&C 20m away from Jn. 6.0x3.5
7 514/950 Asangaon Rly Stn Shahapur Jn.
Vehicular 10.5x4.5
8 522/900 Vashind Jn. Vehicular 10.5x4.5
9 527/500 Koshimbi Jn. Vehicular Connected with service roads on left and right
(150m) to serve 2 more Jns.
10.5x4.5
10 529/100 Dohale Jn. P&C 6.0x3.5
11 534/900 Bapgaon / Kalyan Jn.
Vehicular 130m away from Jn. 10.5x4.5
12 535/900 Vahuli Jn. P&C 50m away from Jn. 6.0x3.5
13 536/650 Boir Pada Jn. P&C 6.0x3.5
Source : DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
Note : i) The exact locations (siting) and the sizes of subways will be reviewed
during PPR stage.
ii) P & C stands for Pedestrian and Cattle Subway.
At Khardi (km 493/830) and at Shahapur (km 512/450), there are two proposed
subways. In between over 20 km length there are 4 median breaks and service roads at
3 locations wherever requirement is warranted. The reasons for this are existence of
Cherpole ghat (km 509/500 to 511/500) and absence of important road junctions.
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Service roads and break in median are proposed suitably to pick up traffic from the
Atgaon industrial area.
There is a subway at km 514/950 near Shahapur and the next one is at km 522/900
near Vashind at a distance of 8 km. Between these two proposed subways, there is a
provision for two median breaks, one at Vashind old NH-3 junction and the other at
Asangaon old NH-3 junction over the stretch of 8 km. There is hardly any local
pedestrian/ cattle movement justifying any more provisions.
5.10 Toll Plaza
The location of the toll plazas will depend upon commercial aspect of collecting
maximum revenues as the road will not be fully access controlled and also to some
extent be dependent on geography and suitability of the sites. Criteria for proposing
locations of toll plaza are suggested below:
Toll Plazas (Area required = 600m x 100m)
1) Easy access, water/ power supply, nearby town, Rly station, bank security
etc.
2) Maximum toll collection.
3) Land cost and development cost.
4) Trees, H T Lines, Petroleum pipe line, water main, OFC cables,
Telephone/ HT/ LT, closeness to railway tracks, water bodies.
5) Away from Ghat or deep cuts or high bank.
6) No major bridge of ROBs.
7) Road to be on mild grade and on straight alignment as far as possible.
8) Facility for provision of other amenities.
9) Outside forest areas.
10) Cross roads if any need to be diverted through service roads.
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For a 4-lane wide road, it is proposed to provide 5 bays on each carriageway. The
requirement of size for the proposed Toll Plaza is given below.
Total area to be acquired will be about 600m x 100m = 6 ha.
As per stipulation in the BOT documents, the Concessionaire has to identify locations
for Toll Plaza and P1U complex.
5.11 Proposed Wayside Amenities
Amenities required by the road users are to be provided as a part of this BOT project.
As the highway is one of the old National highways in this area, need based amenities
already exist along the length of this highway. However, there was no policy plan to
guide and control development of amenities except for building line and control line
regulations. The initiative for development of amenities came mainly from private
entrepreneurs.
While planning for amenities at this stage, one has to take into account the present
ones and the additional amenities required to supplement them. Criteria also need to
be decided regarding in-between positioning of similar types of amenities like say
petrol pumps or hotels/ motels. Smooth entry and exit facility at any location for the
traffic will cause least disturbance to the main flow of traffic. From this point of view
it would be advantageous to have separate set of amenities on both the sides of
roadway as this is going to be a divided carriageway system.
A policy also needs to be laid down as to the method to be adopted in the
development of additional amenities and permitting continuation of existing amenities
within the frame-work of policy plan. Alternative avenues available have to be given
thought first.
1. Acquire the land required for amenities and give it to the BOT operator to
develop it as per architectural guidelines prepared for its development.
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2. Permit BOT operator to contract with private entrepreneurs for development
of amenities and running them during the period of Concession.
3. Owner to take functions under (1) and (2), directly without involving BOT
operator or,
4. Notify areas earmarked for development of various amenities and leave it to
the private entrepreneurs to develop these like as it is being done at present
(though not much control exercised at owners’ level).
Some of the amenities like grade separated crossings, subways, pedestrian / cattle
crossings and parallel service roads etc. are already incorporated in the road plan
which is necessary for safety of through and cross traffic.
There are also some amenities like parking places, hotels, restaurants, petrol pumps,
workshops, necessary for leisure and locations along the length have to be decided
first. Some of the amenities can be grouped to be more useful like petrol pumps,
restaurants, repair shops, toilets, parking places and telephone booths etc. which could
be at 10 km distance (maximum). Such a group of amenities can be kept staggered on
both the sides of the roadway.
Hotels and motels also could be located at 10 km distance (maximum) but a little
away from the crowds of restaurants, parking places and petrol pumps.
Weighbridges can be provided at toll plazas and additionally if required at petrol
pumps.
There are a few built up bus sheds along the road. Most of the wayside villages are
within one or two km distance from the highway. There are road transport bus sheds
or pickup points. Some of the bus sheds are obstruction to vision. Therefore, it is
proposed to provide bus bays with covered sheds and the locations are shown in the
Proposed Project Plan. Table 5.9, Proposed Bus Bays on the Project Highway, Table
5.10, Existing Factories on the Project Highway, Table 5.11, Existing Hotels on the
Project Highway, Table 5.12, Industrial Estates on the Project Highway,
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Table 5.13, Existing Petrol Pumps on the Project Highway, Table 5.14, Proposed
Truck Lay – Byes on the Project Highway, and Table 5.15, Others, below gives the
list of existing as well as proposed facilities along the Project Road.
Table 5.9: Proposed Bus Bays on the Project Highway
Sr.No. Location Description Side 1 441/000 EBG Industries Left & Right 2 443/200 Padhi – Mukhavne Jn Left & Right 3 453/000 Ghoti Left & Right 4 464/600 Igatpuri Left & Right 5 474/000 Latif Wadi Left & Right 6 483/400 Kasara / Mokhavane Left & Right 7 499/800 Bhatsa Dam Left & Right 8 506/600 Atgaon Left & Right 9 517/000 Asangaon Industries Left & Right 10 522/900 Vashind – Jindal Industries Left & Right 11 524/900 Kasne Village Left & Right 12 529/000 Dohale Village Left & Right 13 531/700 MSEB, Padghe Left & Right 14 534/200 Arjonli Jn Left & Right 15 535/800 Vahuli Jn Left & Right
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
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Table 5.10: Existing Factories on the Project Highway
Sr.No. Location Description Side
1 441/000 Inox Air Factory Right
2 441/050 EBG Industry Right
3 444/500 Factory Right
4 445/000 Jindal Polyester Factory Right
5 457/200 Kitply Industry Left
6 490/900 Lalit Profiles Industry Right
7 494/000 Pragati Chemicals Factory Right
8 499/600 Vrindavan Agri. Pvt. Ltd. Left
9 518/200 Kingfisher Mineral Water Factory
Left
10 521/600 Diamond Steel Factory Left
11 523/000 Jindal Factor (522/900 to 523/400)
Left
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
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Table 5.11: Existing Hotels on the Project Highway
Sr.No. Location Description Side
1 440/000 Hotel – Rahi Left
2 440/200 Hotel – Excel Star Right
3 442/400 Hotel Tarang Right
4 451/800 Hotel Darna Right
5 463/500 Hotel Ashwin Right
6 465/500 Hotel Manasa Right
7 483/200 Hotel Saikrupa Left
8 487/000 Hotel Sagar Left
9 497/200 Hotel Green View Left
10 499/300 Hotel Raviraj Resort Left
11 503/400 Hotel Midway Right
12 509/100 Hotel Take Off Left
13 511/050 Hotel Rajkiran Left
14 511/600 Hotel Radheshyam Right
15 517/300 Hotel Diamond Retreat Left
16 520/400 Hotel / Resort Shetron Left
17 520/500 Hotel Dingra Left
18 524/400 Hotel New Grand Right
19 524/900 Hotel Kasne Right
20 526/200 Hotel Jai Gurudev Right
21 532/500 Hotel Moon Light Resort Left
22 533/800 Hotel Hindola Right
23 534/300 Hotel Saidham Right
24 535/400 Hotel Pushkara Mela Left
25 537/550 Hotel Rajputana Right
26 538/550 Hotel Karishma Right
27 538/600 Hotel Shangrila Left
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
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Table 5.12: Industrial Estates on the Project Highway
Sr.No. Location Description Side
1 506/750 Industries – Atgaon (506/500 to 507/000) Left
2 509/000 Industries – Pundhe (508/900 to 509/300) Both
3 515/000 Industrial Estate – Shahapur Left
4 515/800 Industrial Estate – Asangaon (517/000 to 517/300) Right
Source : DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
Table 5.13: Existing Petrol Pumps on the Project Highway
Sr.No. Location Description Side 1 452/500 Near Vaitarna Jn. Right 2 452/900 At Vaitarna Jn. Right 3 457/300 Near Ghoti (Opp. To College) Left 4 458/200 Near Bortembe Village Left 5 473/800 At Latif Wadi Left 6 478/100 At Chintaman Wadi Right 7 493/900 At Khardi Left 8 500/000 Near Batsa Nagar Jn Right 9 515/000 Asangaon – Shahapur Jn Right 10 515/000 --- do --- Right 11 531/500 MSEB, Padge Right 12 531/800 MSEB, Padge Right 13 533/700 Near Kurund Jn Right 14 535/000 Near Bapgaon / Kalyan Jn Right 15 535/100 Near Bapgaon / Kalyan Jn Right 16 536/600 Near Boirpada Jn Right 17 536/700 Near Boirpada Jn Left 18 536/800 Near Boirpada Jn Right 19 537/500 Near Kuksa Borivali Jn Right 20 537/550 Near Kuksa Borivali Jn Left 21 538/500 Near Gangarpada Jn Right 22 538/500 Near Gangarpada Jn Left 23 538/700 Near Gangarpada Jn Left
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
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Table 5.14: Proposed Truck Lay-Byes on the Project Highway
Sr.No. Location Description Side
1 450/800 Near Ghoti – Old NH-3 Right
2 464/200 Near Igatpuri Right
3 483/000 Near the end of Kasara Bypass Left
4 488/900 Near Umbarmali Substation Old NH-3 Right
5 498/500 Near Lahe Village Old NH-3 Right
6 524/400 Near Pali Village Jn Left
7 529/500 Near Dohale Village Jn Right
8 530/000 Near Kumbheri River Left
9 531/000 Near Kumbheri River Right
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
Table 5.15: Others
Sr.No. Location Description Side
1 481/500 Township – Silver City Right
2 489/900 Sub Station Left
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.
5.12 Sources for Raw Materials
Based on discussions with PWD officials, Maharashtra and information available
from soil and material reports of MERI and FSR / DPR for Mumbai – Nashik
Expressway, various borrow area and quarry sources were identified and extensive
material surveys and investigations were conducted to assess their potential for
quantities and quality within the economical lead. Representative samples were
collected from each source for their characterization. Details of borrow and quarry
material sources that were investigated by the Consultants are given in PPR and the
list of quarries is presented in Table 5.16, List of Quarries as per MERI Reports.
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Table 5.16: List of Quarries as per MERI Reports
Type of Quarry
Total along Existing NH-3 in Districts
Quarries within economical lead along NH-3 (km 440 to km 540)
NASHIK THANE NASHIK THANE
METAL 17 10 5 9
MURUM 13 9 8 8
SAND 2 - - -
Source: DPR for 4/6-laning of Gonde Vadape Section of NH-3, Volume IV.