Compendium of Investible Projects - Invest Odisha

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Compendium of Investible

Projects

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Contents 1. Industrial Parks / Infrastructure ...................................................................................................... 9

1.1. Aluminium Park - Angul ....................................................................................................... 9

1.2. National Investment and Manufacturing Zone, Kalinganagar ..................................... 10

1.3. Downstream Parks for Steel based units – Jharsuguda .............................................. 12

1.4. Downstream Parks for Steel based units – Rourkela ................................................... 12

1.5. Downstream Parks for Steel based units – Kalinganagar ........................................... 13

1.6. Downstream Parks for Steel based units – Barbil ......................................................... 14

1.7. Downstream Parks for Steel based units – Paradip ..................................................... 15

1.8. Downstream Parks for Steel based units – Dhenkanal ................................................ 15

1.9. Downstream Parks for Steel based units – Sambalpur ................................................ 16

1.10. Development of District-level Mini Tool Rooms - Jharsuguda ................................ 17

1.11. Development of District-level Mini Tool Rooms - Rourkela ..................................... 18

1.1 Development of District-level Mini Tool Rooms - Keonjhar ................................................. 18

1.12. Development of District-level Mini Tool Rooms - Paradip ....................................... 19

1.13. Development of District-level Mini Tool Rooms - Dhenkanal .................................. 20

1.14. Development of District-level Mini Tool - Angul ......................................................... 20

1.15. Development of District-level Mini Tool Rooms - Jagatsinghpur ............................ 21

1.16. Development of District-level Mini Tool Rooms - Jajpur .......................................... 22

1.17. Development of District-level Mini Tool Rooms - Sambalpur .................................. 22

1.18. Setting up Technology Facilitation Centre as a networking hub ............................. 23

1.19. Private Industrial Estate at Dampada, Cuttack .......................................................... 25

1.20. Private Industrial Estate at Gouraprasad, Bhadrak................................................... 27

1.21. Private Industrial Estate at Karanjamal, Bhadrak ...................................................... 29

1.22. Private Industrial Estate at Narendrapur, Bhadrak ................................................... 31

1.23. Private Industrial Estate at Remuna, Balasore .......................................................... 33

1.24. Private Industrial Estate at Siha, Jagatsinghpur ........................................................ 35

1.25. Private Industrial Estate at Malipada, Khordha ......................................................... 37

1.26. Private Industrial Estate at Mundamba, Khordha ...................................................... 39

1.27. Private Industrial Estate at Landeihill, Ganjam .......................................................... 41

1.28. Private Industrial Estate at Muliapali, Ganjam ........................................................... 43

1.29. Private Industrial Estate at Dambasara, Rayagada .................................................. 45

1.30. Private Industrial Estate at Katikela, Jharsuguda ...................................................... 46

1.31. Private Industrial Estate at Jharsugdua ...................................................................... 48

1.32. Private Industrial Estate at Lahanda, Sundergarh .................................................... 50

1.33. Private Industrial Estate at Jujumara, Sambalpur ..................................................... 52

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1.34. Private Industrial Estate at Kadopada, Deogarh ....................................................... 53

1.35. Private Industrial Estate at Udaypur, Keonjhar .......................................................... 54

1.36. Port Based Manufacturing Zone at Dhamra............................................................... 55

1.37. Development of Industrial Park under SIPC Master Plan, Paradip ........................ 56

1.38. Multi Product SEZ at Gopalpur by TATA Steel .......................................................... 57

1.39. City-side Development for Bhubaneswar Airport, Bhubaneswar ............................ 58

1.40. City-side Development for Bhubaneswar Airport, Bhubaneswar – Site 1 ............. 58

2. Textiles .......................................................................................................................................... 60

2.1. Bhadrak Apparel Park ....................................................................................................... 60

2.2. Textile Park at Ramdaspur/ Choudwar ........................................................................... 61

2.3. Integrated Textile Park at Bhubaneswar ........................................................................ 62

2.4. Integrated Textile Park at Bargarh ................................................................................... 62

2.5. Integrated Textile Park at Cuttack ................................................................................... 63

2.6. Integrated Textile Park at Ganjam ................................................................................... 64

2.7. Integrated Textile Park in KBK Districts .......................................................................... 65

2.8. Integrated Textile Park at Balasore ................................................................................. 65

2.9. Development of Centre of Excellence ................................................................................ 66

3. Healthcare and Biotech ................................................................................................................. 68

3.1. Biotech Park ........................................................................................................................ 68

3.2. BMC Hospital ...................................................................................................................... 69

3.3. Development of Low cost Hospital on PPP Mode at Angul ......................................... 70

3.4. Development of Low cost Hospital on PPP Mode at Bargarh ..................................... 71

3.5. Development of Low cost Hospital on PPP Mode at Bhadrak .................................... 72

3.6. Development of Low cost Hospital on PPP Mode at Balasore ................................... 73

3.8. Development of Low cost Hospital on PPP Mode at Balangir .................................... 74

3.9. Development of Low cost Hospital on PPP Mode at Boudh ....................................... 75

3.10. Development of Low cost Hospital on PPP Mode at Cuttack ................................. 76

3.11. Development of Low cost Hospital on PPP Mode at Deogarh ................................ 77

3.12. Development of Low cost Hospital on PPP Mode at Dhenkanal ............................ 78

3.13. Development of Low cost Hospital on PPP Mode at Gajapati ................................ 79

3.14. Development of Low cost Hospital on PPP Mode at Ganjam ................................. 80

3.15. Development of Low cost Hospital on PPP Mode at Jagatsinghpur ...................... 81

3.16. Development of Low cost Hospital on PPP Mode at Jajpur .................................... 82

3.17. Development of Low cost Hospital on PPP Mode at Jharsuguda .......................... 83

3.18. Development of Low cost Hospital on PPP Mode at Kalahandi ............................. 84

3.19. Development of Low cost Hospital on PPP Mode at Kandhamal ........................... 85

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3.20. Development of Low cost Hospital on PPP Mode at Kendrapara .......................... 86

3.21. Development of Low cost Hospital on PPP Mode at Keonjhar ............................... 87

3.22. Development of Low cost Hospital on PPP Mode at Khurda .................................. 88

3.23. Development of Low cost Hospital on PPP Mode at Koraput ................................. 89

3.24. Development of Low cost Hospital on PPP Mode at Malkangiri ............................. 90

3.25. Development of Low cost Hospital on PPP Mode at Mayurbhanj .......................... 91

3.26. Development of Low cost Hospital on PPP Mode at Nuapada ............................... 92

3.27. Development of Low cost Hospital on PPP Mode at Nabarangpur ........................ 93

3.28. Development of Low cost Hospital on PPP Mode at Nayagarh .............................. 94

3.29. Development of Low cost Hospital on PPP Mode at Puri ........................................ 95

3.30. Development of Low cost Hospital on PPP Mode at Rayagada ............................. 96

3.31. Development of Low cost Hospital on PPP Mode at Sambalpur ............................ 97

3.32. Development of Low cost Hospital on PPP Mode at Subarnapur .......................... 98

3.33. Development of Low cost Hospital on PPP Mode at Sundargarh .......................... 99

4. Logistics and Transport ............................................................................................................... 100

4.1. Coal Railway Corridor at Talcher ................................................................................... 100

4.2. Elevated Corridor at Joda in PPP mode ....................................................................... 101

4.3. OMT (Toll) project from Cuttack (from Kandarpur) - Paradip Road ......................... 102

4.4. OMT (Toll) project from Naranpur – Pandapara – Brahmnipal – Duburi ................. 103

4.5. OMT (Toll) project from Bhadrak – Kothari – Aredi ..................................................... 104

4.6. BOT (Toll + Annuity) project from Bisoi to Rairangpur ............................................... 105

4.7. Bhubaneswar – Paradeep PCPIR Road in PPP ......................................................... 106

4.8. Mahanadi Riverine Port ................................................................................................... 107

4.9. Development of Multi Modal Logistics Park at Paradip .............................................. 108

4.10. Port at Bichitrapur, Balasore ....................................................................................... 109

4.11. Port at Bahabalpur, Balasore ..................................................................................... 110

4.12. Port at Chandipur, Balasore ....................................................................................... 111

4.13. Port at Inchudi, Balasore ............................................................................................. 112

4.14. Port at Baliharachandi, Puri ........................................................................................ 113

4.15. Port at Palur, Ganjam .................................................................................................. 114

4.16. Port at Bahuda, Ganjam .............................................................................................. 115

4.17. Development of storage and warehousing infrastructure ...................................... 116

4.18. Develop Multimodal Logistics Parks – Angul ........................................................... 117

4.19. Develop Multimodal Logistics Parks – Rourkela ..................................................... 118

4.20. Develop Multimodal Logistics Parks – Muniguda, Ganjam ................................... 119

4.21. Inland Container Depots - Paradip ............................................................................ 120

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4.22. Inland Container Depots - Rayagada ........................................................................ 121

4.23. Inland Container Depots - Kalinganagar................................................................... 122

4.24. Inland Container Depots - Dhamra ............................................................................ 123

4.25. Inland Container Depots - Bhadrak ........................................................................... 124

4.26. Development of Fishery Harbours - Puri .................................................................. 125

4.27. Development of Fishery Harbours - Ganjam ........................................................... 126

4.28. Development of Fishery Harbours - Balasore .......................................................... 127

4.29. Development of Fishery Harbours - Bhadrak........................................................... 128

4.30. Inspection and Certification Centre for Motor Vehicles .......................................... 129

4.31. Institute of Driving Training and Research (IDTR) .................................................. 130

4.32. Automated Driving Testing System (ADTS) ............................................................. 131

5. IT & ESDM ................................................................................................................................... 132

5.1. Electronics Manufacturing Cluster, Bhubaneswar ...................................................... 132

5.2. Infovalley, Bhubaneswar ................................................................................................. 133

5.3. Upgradation of Odisha State Wide Area Network (OSWAN) .................................... 134

5.4. Expansion of Odisha State Data Centre ....................................................................... 135

5.5. Development of ESDM Clusters – Rayagada .............................................................. 137

5.6. Development of ESDM Clusters – Balasore ................................................................ 137

5.7. Development of ESDM Clusters – Rourkela ................................................................ 138

5.8. Development of Design Centre at Bhubaneswar, Khurdha ....................................... 139

5.9. Development of Semi-conductor Fabrication Centre, Ganjam ................................. 140

5.10. Development of Semi-conductor Fabrication Centre, Naraj, Cuttack .................. 140

6. Agro & Food Processing .............................................................................................................. 142

6.1. Rice Technology Park, Bhadrak .................................................................................... 142

6.2. Sea Food Park at Deras .................................................................................................. 143

6.3. MITS Food Park at Rayagada ........................................................................................ 144

6.4. Development of Mega and Medium Food Park - Ganjam ......................................... 145

6.5. Development of Mega and Medium Food Park - Kalahandi ...................................... 146

6.6. Development of Mega and Medium Food Park - Dhenkanal .................................... 147

6.7. Development of Mega and Medium Food Park - Balasore ........................................ 148

6.8. Development of Mega and Medium Food Park - Baragarh ....................................... 149

6.9. Centre of Excellence (CoE) for Agro and marine products - Angul .......................... 150

6.10. Centre of Excellence (CoE) for Agro and marine products - Dhenkanal ............. 151

6.11. Centre of Excellence (CoE) for Agro and marine products - Ganjam .................. 152

6.12. Centre of Excellence (CoE) for Agro and marine products - Nabarangapur ...... 153

6.13. Centre of Excellence (CoE) for Agro and marine products - Kandhamal ............ 154

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6.14. Development of food quality testing and phyto-sanitary laboratories .................. 155

6.15. Commodity Value Chain based Cluster Development in PPP mode ................... 155

6.16. Packaging Development Centres .............................................................................. 156

6.17. Food processing exports through the development of AEZ - Angul ..................... 157

6.18. Food processing exports through the development of AEZs - Dhenkanal ......... 157

6.19. Food processing exports through the development of AEZs - Ganjam ............... 158

6.20. Food processing exports through the development of AEZs – KBK Region ...... 159

6.21. Development of Cold Storage Facilities - Khurdha ................................................. 159

6.22. Development of Cold Storage Facilities - Bhadrak ................................................. 160

6.23. Development of Cold Storage Facilities - Jagatsinghpur ....................................... 161

6.24. Development of Cold Storage Facilities - Cuttack ................................................... 162

6.25. Development of Cold Storage Facilities - Balasore ................................................ 163

6.26. Development of Cold Storage Facilities - Rayagada .............................................. 164

6.27. Development of Cold Storage Facilities - Ganjam .................................................. 164

6.28. Development of a state-of-the-art laboratory for fish and shrimp processors and

mobile aqua labs .......................................................................................................................... 165

7. Urban Infrastructure & Utilities .................................................................................................. 167

7.1. Improvement of Water Supply to Greater Berhampur ................................................ 167

7.2. Development of affordable housing with private sector participation in Bhubaneswar

168

7.3. Sewerage System Project at Sambalpur ...................................................................... 169

7.4. Solid Waste Management project in 36 towns grouped in 12 clusters .................... 170

7.5. Sewerage System at Rourkela East and West Project .............................................. 171

7.6. Mega Water Supply Projects in different districts of Odisha - Balasore .................. 172

7.7. Mega Water Supply Projects in different districts of Odisha - Bhadrak ................... 173

7.8. Mega Water Supply Projects in different districts of Odisha - Keonjhar .................. 174

7.9. Mega Water Supply Projects in different districts of Odisha - Puri ........................... 175

7.10. Mega Water Supply Projects in different districts of Odisha - Bolangir ............... 176

7.11. Mega Water Supply Projects in different districts of Odisha - Cuttack ................ 177

7.12. Mega Water Supply Projects in different districts of Odisha - Jagatsinghpur ..... 178

7.13. Mega Water Supply Projects in different districts of Odisha - Angul .................... 179

7.14. Mega Water Supply Projects in different districts of Odisha - Jajpur ................... 180

7.15. Affordable Housing Project at Rourkela .................................................................... 181

8. Smart City Projects ...................................................................................................................... 182

8.1. Bhubaneswar Smart City - Railway Station Multi Modal Hub ................................... 182

8.2. Bhubaneswar Smart City – Janpath Government Housing Redevelopment .......... 183

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8.3. Bhubaneswar Smart City – Mission Awaas (Slum Redevelopment Projects) ........ 184

8.4. Bhubaneswar Smart City – Solid Waste Management .............................................. 185

8.5. Bhubaneswar Smart City – Public Bicycle Sharing Scheme ..................................... 186

8.6. Bhubaneswar Smart City – E-rickshaw project ........................................................... 187

8.7. Bhubaneswar Smart City – LED Street Lighting ......................................................... 188

8.8. Bhubaneswar Smart City – Micro Solar Power project .............................................. 189

8.9. Bhubaneswar Smart City – Satya Nagar Institutional Core ....................................... 190

8.10. Rourkela Smart City – JATAYAT Project ................................................................. 191

8.11. Rourkela Smart City – SURAKSHIT ROURKELA ................................................... 192

8.12. Rourkela Smart City – Brahmani Riverfront Development in PPP ....................... 193

8.13. Rourkela Smart City – JALDHARA Project .............................................................. 194

8.14. Rourkela Smart City – Green Rourkela .................................................................... 195

8.15. Rourkela Smart City – Integrated Informal Settlement ........................................... 196

8.16. Rourkela Smart City – Vibrant Rourkela ................................................................... 197

8.17. Rourkela Smart City – CITY GOV Project ................................................................ 198

8.18. Rourkela Smart City – PARIBAHAN Project ............................................................ 199

8.19. Rourkela Smart City – Swachh Rourkela Project .................................................... 200

9. Chemicals, Petro-Chemicals and Plastic ..................................................................................... 201

9.1. Petroleum, Chemicals and Petro-Chemicals Investment Region (PCPIR), Paradip

201

9.2. Paradip Plastic Park ......................................................................................................... 203

9.3. Development of Chemical units based on Coal Gasification – Talcher ................... 204

9.4. Development of Chemical units based on Coal Gasification - Angul ....................... 204

9.5. Development of Chemical units based on Coal Gasification - Jajpur ...................... 205

9.6. Development of Chemical units based on Coal Gasification – Paradip .................. 206

9.7. Development of a chemical and pharmaceutical cluster in Berhampur ................... 207

10. Energy ..................................................................................................................................... 209

10.1. Development of Solar Parks of 1000 MW in Odisha - Balasore ........................... 209

10.2. Development of Solar Parks of 1000 MW in Odisha - Keonjhar ........................... 210

10.3. Development of Solar Parks of 1000 MW in Odisha - Deogarh............................ 211

10.4. Development of Solar Parks of 1000 MW in Odisha - Boudh ............................... 212

10.5. Development of Solar Parks of 1000 MW in Odisha - Kalahandi ......................... 213

10.6. Development of Solar Parks of 1000 MW in Odisha - Angul ................................. 214

11. Tourism ................................................................................................................................... 215

11.1. Destination Development – Satapada, Puri ................................................................... 215

11.2. Destination Development – Barkul, Ganjam ................................................................. 216

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11.3. Destination Development – Tampara, Ganjam .............................................................. 217

11.4. Destination Development – Special Tourism Area at Gopalpur, Ganjam ....................... 218

11.5. Chilika Development Authority – Aranya Eco Village, Ganjam ...................................... 219

11.6. Chilika Development Authority – Iconic Tower, Satpada ............................................... 220

11.7. Chilika Development Authority – Day Cruise .................................................................. 221

11.8. Chilika Development Authority – Day Cruise .................................................................. 222

11.9. Chilika Development Authority – Water Sports at Rambha ........................................... 223

11.10. Chilika Development Authority – Luxury Resort & Convention Center .......................... 224

11.11. Chilika Development Authority – Tourism Node at Mangaljodi ..................................... 225

11.12. Chilika Development Authority – Tourism Node at Rambha .......................................... 226

11.13. Chilika Development Authority – Hotels Hub at Satpada ............................................... 227

11.14. Chilika Development Authority – Eco Village at Rambha ............................................... 228

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1. Industrial Parks / Infrastructure

1.1. Aluminium Park - Angul

Name of Project Aluminium Park, Angul

Project Location Tulsaipal village in Languliabeda Mandal, Tehsil: Angul District: Angul

Area of the project 223 acres

Approx. Project cost

$ 15 million (INR 99.6 crore)

Focus sector Manufacturing, Ancillary and Downstream Activities

Employment Approx. 5,000

Status of approvals The Angul Aluminium Park has received in-principle approval under modified industrial infrastructure up-gradation scheme (MIIUS) of the Department of Industrial Policy and Promotion (DIPP) in the Ministry of Commerce and Industry. It is also approved by Govt. of Odisha

Project contours Self-contained facility with committed feedstock of metal for the industries.

The project is strategically located and, for the first time in the sub-continent, the molten aluminium can be directly obtained from the smelter.

The project is surrounded by industrially developed region and well- established presence of suppliers of raw materials, spares, buyers and other associated services

Investment Opportunities

Significant downstream and ancillary investment opportunities lay in the value added products to cater to white goods, auto components, construction and other industries.

Connectivity The site is located about 4 km from NH-42

Railway siding abutting the development

Bhubaneswar International Airport is at a distance of about 100 kms.

Paradip port is situated 174 km from the project site.

Proposed Infrastructure

The water requirement will be met through the perennial Brahmani River which flows near the site.

The Government of Odisha assures 24x7 availability of the required power via the National and State power grids.

Logistics infrastructure facility will be developed within the park with secured parking lots and 24x7 surveillance system

Nodal agency Odisha Industrial Infrastructure Development Corporation (IDCO)

For further information

Chairman-cum-Managing Director, IDCO

IDCO Tower, Janpath, Bhubaneswar – 22

Email: [email protected]; Phone: 0674-2540820/2543506

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1.2. National Investment and Manufacturing Zone, Kalinganagar

Name of Project National Investment and Manufacturing Zone

Project Location District: Jajpur, Town: Kalinga Nagar

Area of the project 160 Sq.km


$ 972 million (INR 6,500 crore)

Focus sector Manufacturing, Ancillary and downstream

Employment Approx. 1,50,000 (Direct) and 3,00,000 (Indirect)

Status of approvals In-principle approval for the establishment completed. Approved by Govt. of Odisha

Project contours The project is spread over 40,000 acres (160 Sq.km) of land with over 23,000 acres (86 Sq.km) designated as industrial area.

The project is an integrated development which provides a conducive environment for manufacturing, symbiotic ecosystem built around the existing steel plants (TATA Steel, JSL, Visa Steel, MESCO, NINM, etc.)

The project has strong forward and backward linkages and ready availability of developed industrial land at competitive price

The zone with its proximity to Paradip and Dhamra ports provides a competitive advantage to access the ASEAN markets


Manufacturing of Electrical Machinery and Equipment

Auto component manufacturing

Energy and process equipment Engineering machinery

Hot and cold rolled products

Foundries, fabrication, machining and precision equipment

Products for building and construction sector

Infrastructure Development particularly social infrastructure

Connectivity NH – 215 connects the zone to the national road network

The zone is adjacent to the Jajpur - Keonjhar Road Railway Station.

Bhubaneswar International Airport is about 100 kms away.

Paradip Port is the nearest port at 127 kms.


1000 MW of power requirement will be provided by the Government of Odisha

215 MLD of water supply will be met by a perennial river source

Common Warehousing Unit integrated with a Packaging Unit, Loading and unloading docks, Logistics infrastructure facility with weigh bridge, secured parking lots, and 24/7 surveillance system


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1.3. Downstream Parks for Steel based units – Jharsuguda

Name of Project Downstream Parks for Steel based units

Project Location Jharsuguda,

Investment INR 1200 Crore towards infrastructure development

Land Area 500 acres

Employment Approx. 5000

Mode of Development Government/ PPP

Project Details

Location Connectivity Existing Industrial

base

ITI/ITCs Other Benefits

Jharsuguda

(Jharsuguda)

The city is connected to

various states and towns via

SH 10 and NH 200. It is also

an important junction of

Howrah-Nagpur-Mumbai,

Tatanagar-Bilaspur lines. A

Multimodal logistics Park is

being set up in Jharsuguda

Action Ispat and

Power Ltd.,

Bhushan Power and

Steel Ltd., MSP

Metallics Ltd. etc.

The district has

several private ITI/

ITCs with fitter,

electrician as major

trades

Presence of many

small and medium

scale iron and steel

units, due to rich

supply of major

minerals and coal

Investment Opportunities Development of the built infrastructure, Operation and Maintenance

State Incentives Metals and Metal Downstream Industry is designated as a priority sector in Odisha IPR 2015. All incentives under IPR are applicable to this sector.

25% subsidy on cost of land in designated Industrial Parks/ Estates

Reimbursement of 100% of VAT paid for a period of 9 years from the date of commencement of production, limited to 200% of cost of plant and machinery for anchor tenant in Industrial Parks

VAT reimbursement for additional 2 years, subject to the overall limit

Nodal agency Department of Industries, IDCO

1.4. Downstream Parks for Steel based units – Rourkela


Project Location Rourkela


Land Area 500 acres



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Project Details


base


Rourkela

(Sundergarh)

Rourkela is on the

Tatanagar-Bilaspur and

Howrah-Nagpur-Mumbai

line. It is connected via NH

23 and SH 10. Rourkela

Airport is currently being

used by SAI

Rourkela Steel

Plant, Shree Ganesh

Metaliks Ltd., Shree

Mahavir Ferro

Alloys Pvt. Ltd. etc.

38 ITI/ ITCs are in

the district

including Rourkela

ITI with fitter,

electrician, welder

etc. as the major

trades

Rourkela also has

access to Logistics

Park cum ICD

prepared by the

Container

Corporation of India

Ltd.







1.5. Downstream Parks for Steel based units – Kalinganagar


Project Location Kalinganagar


Land Area 500 acres



Project Details


base


Kalinganagar

(Jajpur)

The city is well connected via

NH 215. It is only 100 kms

from Bhubaneswar and 400

kms from Kolkata. An Inland

Waterway has been planned

to communicate

Kalinganagar with Dhamra

and Paradip

Jindal Stainless Ltd.,

VISA Steel Ltd.,

Maithan Ispat Ltd.

Neelachal Ispat

Nigam Ltd. Etc.

There are 30 Pvt.

ITI/ ITCs in the

district with fitter,

electrician as the

major trades

Referred to as the

Steel City of India, it

has a large number

of steel plants and

houses companies

like Tata Steel,

NINL, Jindal,

MESCO, VISA and

many others

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1.6. Downstream Parks for Steel based units – Barbil


Project Location Barbil


Land Area 500 acres



Project Details


base


Barbil

(Keonjhar)

Barbil Railway station is on

the Tatanagar-Bilaspur

section of the Howrah-

Nagpur-Mumbai line and is

connected to Kolkata,

Bhubaneswar, Puri and

Jamshedpur via rail

connectivity

The Barbil

municipality has the

presence of several

Steel plants, iron-

ore pellet plants,

ore-crushers and

mines

The district has 22

ITIs in major trades

including fitter, and

electrician

The district has the

presence of the

Odisha School of

Mining Engineering,

an institute of

national repute






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1.7. Downstream Parks for Steel based units – Paradip


Project Location Paradip


Land Area 500 acres



Project Details


base


Paradip

(Jagatsinghpur)

The port city has Paradip

port, the largest port in East

India and the second largest

in terms of the total cargo

handled. It is connected via

NH 5A with Haridaspur and

is only ~100 kms from

Bhubaneswar

Paradip has the

presence of several

upcoming steel

plants

The district has 22

ITI/ ITCs offering

fitter, electricians as

the major trades

Paradip is gradually

developing into a

major industrial hub

in the State with

the presence of one

of the major PCPIRs

of India







1.8. Downstream Parks for Steel based units – Dhenkanal


Project Location Dhenkanal


Land Area 500 acres


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Project Details


base


Dhenkanal

(Dhenkanal)

Dhenkanal lies on the NH 42.

The town is also well

connected with

Bhubaneswar and Rourkela

Bhushan Steel Ltd.,

JSPL, Narbheram

Power and Steel

The district has 1

Government and 22

Pvt. ITCs offering

wide range of

courses

A Multimodal

Logistics Park has

been approved at

Parjang in the

Dhenkanal district







1.9. Downstream Parks for Steel based units – Sambalpur


Project Location Sambalpur


Land Area 500 acres



Project Details


base


Sambalpur

(Sambalpur)

Sambalpur is connected with

Cuttack via NH 42 and with

Rourkela via SH 10.

Sambalpur is also located in

the Bhubaneswar-Sambalpur

railway route and

Jharsuguda-Vizianagaram

railway route

Aryan Ispat and

Power Ltd., Shyam

Metallics Ltd. etc.

The district has 13

ITIs with electrician,

fitter as the major

trades

The city also has

connectivity with

Raipur Airport (262

kms) and Biju

Patnaik

International

Airport (325 kms)

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1.10. Development of District-level Mini Tool Rooms - Jharsuguda

Name of Project Development of District-level Mini Tool Rooms

Project Location Jharsuguda

Investment INR 90 Crore

Land Area 20 acres for each of the Mini-tool Rooms

Mode of Development Government

Project contours In order to facilitate technology up gradation in the downstream units in the metal and metal based fabrication sector, district level mini-tool rooms are envisaged in all the major districts with high concentration of downstream industries in metal based works.

These tool-rooms will provide common facilities in CAD/ CAM/ CAE Machines etc., services for product design and development, design and fabrication of molds and dies, design and manufacturing of press tools, gauges, metal components, jigs and fixtures, providing skill development training programmes in tools and dies etc.

The Ministry of Micro, Small and Medium Enterprises already has a scheme for setting up of new mini-tool rooms under the public private partnership route. Under this scheme, Mini-tool rooms to be set up by State Governments in cooperation with NGOs (SPVs) who will run the projects on mutually agreed terms.

Investment

Opportunities Development of the built infrastructure, Operation and

Maintenance,

State Incentives The financial assistance will be equal to 90% of the cost of machinery, restricted to INR 9 Crore.

At least 26% of the share should be with State Government. The remaining cost of machinery, land and building, recurring cost, any other cost etc. will be borne by the SPV.

Nodal agency Department of MSME, OSIC

18

1.11. Development of District-level Mini Tool Rooms - Rourkela









Investment


Maintenance,




1.1 Development of District-level Mini Tool Rooms - Keonjhar


Project Location Keonjhar





These tool-rooms will provide common facilities in CAD/ CAM/ CAE Machines etc., services for product design and development, design and fabrication of molds and dies, design

19

and manufacturing of press tools, gauges, metal components, jigs and fixtures, providing skill development training programmes in tools and dies etc.


Investment


Maintenance,




1.12. Development of District-level Mini Tool Rooms - Paradip









Investment


Maintenance,



20


1.13. Development of District-level Mini Tool Rooms - Dhenkanal









Investment


Maintenance,




1.14. Development of District-level Mini Tool - Angul


Project Location Angul




Project contours In order to facilitate technology up gradation in the downstream units in the metal and metal based fabrication sector, district level mini-tool rooms are envisaged in all the major districts with

21

high concentration of downstream industries in metal based works.



Investment


Maintenance,




1.15. Development of District-level Mini Tool Rooms - Jagatsinghpur


Project Location Jagatsinghpur







Investment


Maintenance,

22




1.16. Development of District-level Mini Tool Rooms - Jajpur


Project Location Jajpur







Investment


Maintenance,




1.17. Development of District-level Mini Tool Rooms - Sambalpur





23





Investment


Maintenance,




1.18. Setting up Technology Facilitation Centre as a networking hub

Name of Project Technology Facilitation Centre

Project Location All districts of Odisha


Land Area To be housed in DIC

Mode of Development PPP

Project contours Department of MSME, Government of Odisha along with the Skill Development and Technical Education Department, in association with institutes of repute, such as Biju Patnaik National Steel Institute, Puri can set up Technology Facilitation Centers to develop courses and modules for adoption of technology by the MSMEs.

The Technology Facilitation Centers will be housed within the DIC offices at the district level under the purview of the General Manager, DICs, with representation from eminent technology colleges, ITIs, technology consultants and Training Service Providers (TSPs).

Investment

Opportunities Skill development and development of Technology Facilitation

Centers

24

Nodal agency Department of Skill Development and Technical Education, Department of MSME

25

1.19. Private Industrial Estate at Dampada, Cuttack

Name of Project Private Industrial Estate, Cuttack

Project Location Dampada, Cuttack

Area 485 acres

Manufacturing, Ancillary and Downstream Activities

Status of approvals Scheme approved by Government of Odisha

Project contours As per the Scheme, Government will provide capital grant of 50% of the infrastructure cost up to Rs.10 crore per cluster to Industrial Parks / Estates / Clusters promoted by Private Sector or Industry Associations or user units forming a SPV.

IDCO is the Special Planning Authority for the project to accord planning and building approvals. SPVs may also offer to induct IDCO as a strategic partner if the SPV desires to obtain the status of a Special Planning Authority

IDCO may consider equity participation limited to 49% in any of the project SPV

SPV to procure land from private parties from own resource. In case SPV desires to obtain land from IDCO, it will make the land available from existing land bank at concessional rates as per IPR 2015 and will enter into a long lease agreement of 90 years for the land.

Industrial Infrastructure Development Fund – exclusive initial corpus of Rs 100 crores available for setting up of external infrastructure for the estates such as power, water supply, access roads etc.

Connectivity Airport and capital city: Bhubaneswar – 27km

Railway Station: Baranga – 27 Kms, Bhubaneswar – 29 Kms Cuttack – 33 Kms

Port: Paradip Port – 122 Kms

Key enablers Water availability: From Mahanadi river at a distance of 3 km

Power availability: Banki 132/32 KV – 2X20MW Grid Station at 10 km

Ecosystem in 100 Km radius

Existing industries: Aarti Industries (Manufacturing) TS Alloys (Steel Ancillary), KVK Nilachal (Energy) Bhubaneswar Power Pvt Ltd (Energy)

Educational Institutions: KIIT University at 20 km Sri Sri University at 28 km

Medical facilities: Apollo Hospital, Bhubaneswar – 28 km SCB Medical College, Cuttack – 35 km

Recreation facilities: Chandaka – Dampada Wildlife Sanctuary Nandankanan National Park Puri Konark tourism destinations


Infrastructure eligible for grant funding - Compound wall, Site development, Road network, Storm water drainage, Water supply and sewerage system including treatment plants

26






27

1.20. Private Industrial Estate at Gouraprasad, Bhadrak

Name of Project Private Industrial Estate, Bhadrak

Project Location Gouraprasad, Bhadrak

Area 249 acres








Connectivity Airport and capital city Bhubaneswar – 210 kms

Railway Station: Bansada – 5 kms, Bhubaneswar – 205 kms Cuttack – 180 kms

Port: Dhamara Port – 10 kms Paradip Port - 212 kms

Key enablers Water availability: River Mantei at 10 kms

Power availability: Bhadrak Grid at 80 kms Proposed Grid sub-station coming up at Balimunda Grid 220/132 – 2x160 at 10 kms


Existing industries: Dhamra Port Company Limited (Logistics)

Educational Institutions: Bhadrak Institute of Engineering & Technology – 84 km Bhadrak Autonomous College – 63 km Project PS School - 2 km

Medical facilities: District Headquarters Hospital

Recreation facilities: Chandabali – Entry point to Bhitarkanika



28






29

1.21. Private Industrial Estate at Karanjamal, Bhadrak


Project Location Karanjamal, Bhadrak

Area 177 acres








Connectivity Airport and capital city Bhubaneswar - 210 kms

Railway Station: Bansada – 5 kms, Bhubaneswar – 205 kms Cuttack – 180 kms



Power availability: Bhadrak Grid at 80 kms Proposed Grid sub-station coming up at Balimunda Grid 220/132 – 2x160 at 10 kms



Educational Institutions: Bhadrak Institute of Engineering & Technology – 80 km Bhadrak Autonomous College – 60 km Project PS School - 6 km





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31

1.22. Private Industrial Estate at Narendrapur, Bhadrak


Project Location Narendrapur, Bhadrak

Area 227 acres









Railway Station: Bansada – 5 kms Bhubaneswar – 205 kms Cuttack – 180 kms

Port: Dhamara Port – 15 kms


Power availability: Bhadrak Grid at 80 kms

Proposed Grid sub-station at Dhamara Balimunda Grid 220/132 – 2x160 coming up at 10 kms



Educational Institutions: Bhadrak Institute of Engineering & Technology – 48 km Narendrapur UP School – 2 km Atal Bihari College, Basudevpur – 32 km





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33

1.23. Private Industrial Estate at Remuna, Balasore

Name of Project Private Industrial Estate, Balasore

Project Location Remuna, Balasore

Area 402 acres








Connectivity Airport and capital city Bhubaneswar – 200 Kms

Railway Station: Balasore - 8 Kms Bhubaneswar – 205 Kms Cuttack – 180 Kms

Port: Dhamra Port – 85 Kms

Key enablers Water availability: River Budhabalanga at 12 km

Power availability: Remuna Grid Station – 220/132/33 at 1 km


Existing industries: NOCCI Business Park (Infrastructure) Emami Papers Ltd (Paper manufacturing) Industrial Estate, Balasore

Educational Institutions: F.M University – 4 km English medium School – 10.5 km

Medical facilities: Jyothi Hospital – 9 km

Recreation facilities: Chandipur beach




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35

1.24. Private Industrial Estate at Siha, Jagatsinghpur

Name of Project Private Industrial Estate, Jagatsinghpur

Project Location Siha, Jagatsinghpur

Area 110 acres









Railway Station: Rahama – 5 Kms Bhubaneswar – 100 Kms Cuttack - 80 Kms


Key enablers Water availability: Hansua river

Power availability: Ersama at 33 km Jagatsinghpur at 132/33 KV Sub station


Existing industries: Paradip Phosphates Ltd IFFCO (Fertilizer manufacturing) Essar Steel (Pelletization) Plastic Park Paradip Port

Educational Institutions: DAV Public School – 39 km DPS, Paradip Refinery – 36 km

Medical facilities: Government Hospital, Paradip – 38 km

Recreation facilities: Paradip beach



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37

1.25. Private Industrial Estate at Malipada, Khordha

Name of Project Private Industrial Estate, Khordha

Project Location Malipada, Khordha

Area 343 acres









Railway Station: Bhubaneswar 15 Kms Cuttack – 39 Kms


Key enablers Water availability: Malaguni river at 5 km

Power availability: Mendhasal at 6 km Khordha Grid at 15 km


Existing industries: TCS, Infosys, Wipro, Mindtree (IT & ITES) Britannia Industries and HCCBPL (Food Processing)

Educational Institutions: IIIT – 15 km CET – 6 km KIIT – 18 km Stewart School – 10 km

Medical facilities: AIIMS Medical College & Hospital – 12 km Apollo Hospitals – 14 km

Recreation facilities: Nandan Kanan National Park Ocean World




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1.26. Private Industrial Estate at Mundamba, Khordha

Name of Project Private Industrial Estate, Khordha

Project Location Mundamba, Khordha

Area 376 acres









Railway Station: Khurda Road – 35 Kms Bhubaneswar – 48 Kms Cuttack - 68 Kms

Port: Paradip Port 158 Kms

Key enablers Water availability: Malaguni river at 2 km

Power availability: Chandapur at 15 km Kaipadar Grid at 15 km


Existing industries: TCS, Infosys, Wipro, Mindtree (IT & ITES) Britannia Industries and HCCBPL (Food Processing)

Educational Institutions: IIIT – 50 km CET – 42 km XIMB – 35 km St. Xaviers High School – 28 km

Medical facilities: AIIMs Medical College & Hospital – 39 km Apollo Hospitals – 47 km

Recreation facilities: Nandan Kanan National Park Ocean World



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41

1.27. Private Industrial Estate at Landeihill, Ganjam

Name of Project Private Industrial Estate, Ganjam

Project Location Landeihill, Ganjam

Area 175 acres








Connectivity Airport and capital city Bhubaneswar – 150 km

Railway Station: Berhampur – 100 Kms Bhubaneswar – 150 Kms Cuttack – 180 Kms

Port: Gopalpur Port – 100 Kms, Paradip Port – 254 Kms

Key enablers Water availability: Bada river – 10 km

Power availability: Bhanja Nagar grid sub-station at 25 km


Existing industries: Jayashree Chemicals (Chemical manufacturing), Aska Cooperative Sugar (Sugar production), Indian Rare Earth (Mineral production)

Educational Institutions: Landei Hill PS School – 3 km NIST Engineering College – 100 km Khalikote College – 76 km

Medical facilities: MKCG Medical College & Hospital – 80 km

Recreation facilities: Chilika Lake, Gopalpur Beach, Mahendragiri Hills




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1.28. Private Industrial Estate at Muliapali, Ganjam

Name of Project Private Industrial Estate, Ganjam

Project Location Muliapali, Ganjam

Area 97 acres









Railway Station: Berhampur – 80 Kms Bhubaneswar – 180 kms Cuttack 228 Kms

Port: Gopalpur Port – 90 Kms, paradip port – 310 Kms

Key enablers Water availability: Rushikula river at 2.5 km

Power availability: Bhanja Nagar Grid at 30 km Soroda 33/11 KV substation at 7 km


Existing industries: Jayashree Chemicals (Chemical manufacturing), Aska Cooperative Sugar (Sugar production), Indian Rare Earth (Mineral production)

Educational Institutions: Muliapalli PS School - 2 km Rushikulya College – 79 km NIST Engineering College – 90 km

Medical facilities: Community Health Centre - 22 km MKCG Medical College & Hospital – 78 km

Recreation facilities: Chilika Lake, Gopalpur Beach, Mahendragiri Hills



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45

1.29. Private Industrial Estate at Dambasara, Rayagada

Name of Project Private Industrial Estate, Rayagada

Project Location Dambasara, Rayagada

Area 107 acres



Project contours As per the Scheme, Government will provide capital grant of 50% of the infrastructure cost upto Rs.10 crore per cluster to Industrial Parks / Estates / Clusters promoted by Private Sector or Industry Associations or user units forming a SPV.






Railway Station: Gunupur– 15 Kms, Bhubbaneswar – 405 Kms

Port: Gopalpur Port – 250 Kms, Vizag Port - 226 Kms

Key enablers Water availability: Bansadhara at 10 km

Power availability: Grid within 1 km and Gunupur at 10 km


Existing industries: IMFA (Ferro Alloys Production) JK paper (Paper manufacturing)

Educational Institutions: GIET Engineering College – 11 km Gunupur College – 10 km Gandhi Public School – 14 km

Medical facilities: Gunupur Government Hospital – 12 km

Recreation facilities: Hatipathar, Chatikona, Devagiri








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1.30. Private Industrial Estate at Katikela, Jharsuguda

Name of Project Private Industrial Estate, Jharsuguda

Project Location Katikela, Jharsuguda

Area 230 acres









Railway Station: Jharsuguda -10 Kms, Bhubaneswar-340 Kms, Cuttack – 305 Kms


Key enablers Water availability: Hiakud reservoir at 60 km

Power availability: Budhipadar Grid Station at 14 km

Vedanta Grid Station at 2 km


Existing industries: Vedanta Limited (Aluminium & Power) MSP Metalliks, Action Ispat Limited (Steel & Steel products)

Educational Institutions: LN College, Jharsuguda – 17 km Black Diamond Engineering College – 20 km Belpahar English Medium School – 36 km

Medical facilities: Sanjivani Hospital – 15 km

Recreation facilities: Kolabira Fort

Koilighughar Waterfalls, Rock Painting and Lithography of Bikramkhol




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48

1.31. Private Industrial Estate at Jharsugdua

Name of Project Private Industrial Estate, Jharsuguda


Area 128 acres








Connectivity Airport and capital city Bhubaneswar – 333 Kms Jharsuguda Airport – 10 Kms

Railway Station: Jharsuguda – 2 Kms, Bhubaneswar – 332 Kms Cuttack – 316 Kms


Key enablers Water availability: Bheden river within 10 km

Power availability: Jharsuguda Sarsamal Grid 2x20 at 1 km


Existing industries: Vedanta Limited (Aluminium & Power) MSP Metalliks, Action Ispat Limited (Steel & Steel products)

Educational Institutions: LN College, Jharsuguda – 17 km Black Diamond Engineering College – 20 km Belpahar English Medium School – 36 km

Medical facilities: Sanjivani Hospital – 15 km

Recreation facilities: Kolabira Fort

Koilighughar Waterfalls, Rock Painting and Lithography of Bikramkhol




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1.32. Private Industrial Estate at Lahanda, Sundergarh

Name of Project Private Industrial Estate, Sundergarh

Project Location Lahanda, Sundergarh

Area 257 acres








Connectivity Airport and capital city Bhubaneswar – 440 Kms Jharsuguda – 117 Kms

Railway Station: Rourkela – 40 Kms Bhubaneswar – 440 Kms Cuttack - 415 Kms

Port: Paradip Port– 410 Kms

Key enablers Water availability: Keol river at 1 km

Power availability: Rourkela Chhend – Kalunga Grid Station - 10 km


Existing industries: Rourkela Steel Plant, Adhunik Metalicks (Steel & Steel Downstream), Industrial Estate, Kalunga Industrial Estate, Rourkela

Educational Institutions: NIT, Rourkela – 37 km Rourkela Govt College – 38 km Ispat English Medium School – 38 km

Medical facilities: IGI Hospital – 38 km

Recreation facilities: Hanuman Vatika India Gandhi Park Mandira Dam

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1.33. Private Industrial Estate at Jujumara, Sambalpur

Name of Project Private Industrial Estate, Sambalpur

Project Location Jujumara, Sambalpur

Area 428 acres









Railway Station: Jujumara – 2 Kms, Bhubaneswar – 260 Kms,

Port: Paradip Port 325 Kms

Key enablers Water availability: Hirakud reservoir at 40 km

Power availability: Maneswar at 20 km, Hirakud at 40 km


Existing industries: Aditya Aluminium Ltd & Hindalco Industries Ltd (Aluminium Manufacturing)

Educational Institutions: GM College, Sambalpur – 27 km UCE, Burla – 40 km

Medical facilities: VSS Medical College – 42 km

Recreation facilities: Mahanadi Club, Sambalpur Huma-Dhuma Temple Hirakud Dam








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1.34. Private Industrial Estate at Kadopada, Deogarh

Name of Project Private Industrial Estate, Deogarh

Project Location Kadopada, Deogarh

Area 447 acres









Railway Station: Jujumara – 90 Kms Bhubaneswar – 245 Kms Cuttack – 225 Kms


Key enablers Water availability: Gahiradam at 10 km Hirakud Reservoir at 135 km

Power availability: Deogarh Grid Station – 25 km


Existing industries: Vedanta Limited (Aluminium Manufacturing)

Educational Institutions: Deogarh College – 28 km

Medical facilities: VSS Medical College – 135 km

Recreation facilities: Pradhanpat Waterfalls








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1.35. Private Industrial Estate at Udaypur, Keonjhar

Name of Project Private Industrial Estate, Keonjhar

Project Location Udaypur, Keonjhar

Area 216 acres









Railway Station: keonjhar – 42 Kms, Bhubaneswar – 250 Kms, Cuttack – 230 Kms


Key enablers Water availability: Baitarani river

Power availability: Keonjhar at 42 km


Existing industries: Brahmani River Pellets Ltd, Jindal Steel & Power Ltd (Pelletization)

Educational Institutions: Government College of Engineering, Keonjhar at 43 km Dharanidhar Autonomous College – 38 km

Medical facilities: Central Hospital, Joda – 92 km

Recreation facilities: Sanaghagra Waterfalls

Hadagarh Wildlife Sanctuary








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1.36. Port Based Manufacturing Zone at Dhamra

Name of Project Port Based Manufacturing Zone, Dhamra

Project Location Village: Dhamra, PO: Dhamra, District: Bhadrak

Area of the project 7,500 acres


$ 748 million (INR 5,000 crore)

Focus sector Multi-sector Manufacturing

Employment Approx.50,000 (direct), 1,50,000 (Indirect)

Status of approvals In-principle approval accorded by GoI

Project contours Dhamra is one of the deepest sea ports in India.

The proposed manufacturing zone is proposed as an integrated manufacturing zone comprising of industrial, commercial, residential and associated activities on a self-contained basis complemented with a logistics hub.


Development of essential infrastructure for the zone

Investments in manufacturing industries in ancillary and downstream

Auto components and other machineries

Connectivity The zone 62 kms away from NH-5

The port is connected by rail with the required railway siding

The nearest airport is at Bhubaneswar, 143 kms away. An airstrip is proposed to be constructed within the zone in the future.

Existing Dhamra Port


A 100 MLD desalination plant is proposed to be built within the zone to cater to the requirement of 250 MLD.

1000 MW requirement will be met by the Government

Logistic hub will be created within the zone, with required parking and surveillance






56

1.37. Development of Industrial Park under SIPC Master Plan, Paradip

Name of Project Development of Industrial Park under SIPC Master Plan

Project Location Paradip Port, District: Paradip


Approx. INR 500 Cr – INR 800 Cr

Focus sector Port based Industrial Development

Employment Approx. 20,000 – 25,000

Status of approvals Master Plan for the SIPC is in final stages of approval

Project contours Sagar Mala project by Govt. of India is a strategic and customer-oriented initiative to modernize India's Ports and encourage port-led development. Under this Paradip Port have been identified for developing into Smart Industrial Port City (SIPC).

Paradip Smart Industrial Port City (SIPC) is envisaged on a land of around 1600 acres. Industrial park is one of the project components under SIPC for which around 300 acres have been identified.

This Park is envisaged to cater to different categories of industries based on the market demand.

At present PPT is planning to set up a Timber based industrial park, an edible oil park, a solar park and a sea food park


Timber based industrial park,

Edible oil park,

Solar park

Sea food park

Connectivity The nearest railway station is situated Paradip town at about 10kms from the port

The project site is situated 120 kms from Bhubaneswar International Airport

The project is situated within Paradip Port Area

Nodal agency Paradip Port Trust (PPT)


Chief Engineer

Paradip Port Trust

Phone :06722-222026

Email :[email protected]

57

1.38. Multi Product SEZ at Gopalpur by TATA Steel

Name of Project TATA Steel SEZ at Gopalpur

Project Location Near Chatrapur Square , District: Ganjam

Focus sector Multi product SEZ

Status of approvals Notified SEZ

Project contours The project is planned on 2970 acres (1202 Ha) of contiguous land, strategically located near Gopalpur Port area in Ganjam District of Odisha

First multi-product SEZ in the eastern part of the country

1250 acres of SEZ and 1720 acres of DTA area

Developed roads, utilities and other infrastructures to be provided by developer.

Site enjoys access to a significant export catchment comprising East Asian countries

Adequate availability of Skilled manpower in the catchment

Established Power Supply sourced from Govt. of Odisha at competitive rate of Rs. 5.02/ kwh

Water commitment - perennial water supply

Tata Steel has already committed anchor investment of Rs. 800 crore spent for setting up a 55000 TPA High Carbon Ferro-chrome Plant in an area of 400 acres


Defence and Aerospace

Electrical and Electronic manufacturing

Basic and Light Metal Fabrication

Warehousing and Logistics

Textile and wearing apparel

Chemical and Pharmaceuticals

MSME Sectors

Connectivity Road: The site is abutting NH-5 which connects Kolkata and Chennai. Capital city Bhubaneswar is 180 kms from the project site (3 hour drive)

Rail: Rail access through Gopalpur port

Port: 1 km from Gopalpur port, 220 kms from Paradip port and 290 kms from Vizag port.

Air: International connectivity through Bhubaneswar International Airport which at 3 hours distance from the site. There is an operational airstrip nearby operated by defense forces.

Nodal agency TATA Steel Special Economic Zone Ltd.


VP Marketing, TATA Steel Special Economic Zone Ltd.

Fortune Towers, Bhubaneswar

58

1.39. City-side Development for Bhubaneswar Airport, Bhubaneswar

Name of Project City-side Development for Bhubaneswar Airport, Bhubaneswar

Project Location Within premises of Bhubaneswar International Airport

Investment INR ~ 500 Cr

Land Area 59.55 acres.(3 sites)


Project contours The intention is to develop world class self-sustaining integrated development catering to the needs of passengers

Position the airport at par with the global standards.

Development of international level business and leisure destination providing world-class environment, in which people can work, play and stay catering to the surge in corporate travelers and tourists.

The trunk infrastructure required for the proposed project will be developed by AAI.

Permissible developments are:

Hotels & Motels and convention center facilities

Logistics & Warehousing Park

Airport Commercial District - Airport Business Park

- Passenger Convenience & Amenities (F&B, etc.)

Miscellaneous: (Medical Centers, Fuel Pump, Aviation Skill Development Centres, etc.)

Investment

Opportunities Development, Operation and Maintenance of Built Infrastructure

Connectivity Airport is 3.5 kms from the site

Immediate neighborhood comprises of Residential and Commercial areas

Nodal agency Airport Authority of India

1.40. City-side Development for Bhubaneswar Airport, Bhubaneswar – Site 1

Name of Project City-side Development for Bhubaneswar Airport, Bhubaneswar

Project Location Within premises of Bhubaneswar International Airport

Investment INR 148.6 Cr

Land Area Site 1: 7.16 acres


Project contours The intention is to develop world class self-sustaining integrated development catering to the needs of passengers

Position the airport at par with the global standards.

Development of international level business and leisure destination providing world-class environment, in which people can work, play and stay catering to the surge in corporate travelers and tourists.

The trunk infrastructure required for the proposed project will be developed by AAI.

Permissible developments are:

59

Hotels & Motels and convention center facilities

Logistics & Warehousing Park

Airport Commercial District - Airport Business Park

- Passenger Convenience & Amenities (F&B, etc.)

Miscellaneous: (Medical Centers, Fuel Pump, Aviation Skill Development Centres, etc.)

Investment

Opportunities Development, Operation and Maintenance of Built Infrastructure

Connectivity Airport is 3.5 kms from the site

Immediate neighborhood comprises of Residential and Commercial areas

Nodal agency Airport Authority of India

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2. Textiles

2.1. Bhadrak Apparel Park

Name of Project Bhadrak Apparel Park, Bhadrak

Project Location Dhamnagar Chhak, District: Bhadrak

Area of the project 100 acre


$ 11.08 million (INR 74 crore)

Focus sector Textiles


Status of approvals Govt. of Odisha has applied for in-principle approval under the Scheme for Integrated Textile Parks (SITP). EOI has been floated for appointment of project consultant.

Project contours Industrial plots will be developed to accommodate around 45 apparel manufacturing industries.

The upcoming industries will be facilitated with provisions for basic enabling infrastructure, essential utilities and appropriate common facilities

To be developed under the SITP (Scheme for Integrated Textile park)

Common infrastructure to support to the industries within the park


Ready Made Garments (RMG),

Textile production

Technical Textiles

Connectivity The nearest railway station is situated 18 km away at Bhadrak town

The project site is situated 140 km from Bhubaneswar International Airport

The project is situated 150 km from Paradip port and 60 km from the proposed Dhamra Port


Water supply infrastructure of 2.5 MLD

24/7 power supply for the required 4 MW for the project






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2.2. Textile Park at Ramdaspur/ Choudwar

Name of Project Textile Park at Ramdaspur/Choudwar

Project Location Ramdaspur/Choudwar, Tahsil: Choudwar District: Cuttack

Area of the project 100 acres approx.



Focus sector Textile

Employment

Status of approvals EOI invited for the project

Project contours The project will be developed over 100 acres of land and industrial plots will be developed to accommodate around 45 apparel manufacturing industries.

The upcoming industries will be facilitated with provisions for basic enabling infrastructure, essential utilities and appropriate common facilities

To be developed under the SITP (Scheme for Integrated Textile park)

Common infrastructure to support to the industries within the park


Ready Made Garments (RMG)

Textile production

Technical Textiles

Connectivity The nearest railway station is located at Cuttack around 25 Kms from the site


The project is situated 100 kms from Paradip port


2.5 MLD of proposed requirement is there for the project and it will be met by the Government

The government ensures 24/7 power supply for the required 4 MW for the project






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2.3. Integrated Textile Park at Bhubaneswar

Name of Project Integrated Textile Parks

Project Location Bhubaneswar

Investment INR 200 Crore of Central Government funding, INR 100 Crore of State

funding

Land Area 100 acre for each location


Mode of Development SPV – Equity participation

Project contours Odisha at present is developing two integrated Textile Parks at Choudwar and Bhadrak. Being a Textile rich state, it is planning to develop such parks at Bhubaneswar, Baragarh, Cuttack, Ganjam, KBK districts and Balasore

These parks will have provision for location of at least 20 manufacturing or services enterprises.

Any industry association or industrial house or cooperative society or any Government body shall be eligible as a developer to avail benefits for the Textile Park.

The developer must commit to hold equity participation in the project. Implementation of the scheme will be done through a Special Purpose Vehicle which will carry out the business of developing, operating and maintaining the infrastructure, amenities and common facilities created in the park.

The park will have common infrastructure facilities available to all units. These facilities will be developed and operated by the chief operator or SPV.

Investment

Opportunities Developing, operating and maintaining the infrastructure,

amenities and common facilities created in the park.

State Incentives Incentives as applicable in IPR 2015

Full reimbursement of entry tax on plants and machinery and raw materials

Full waiver of VAT and CST for a defined period

Capital subsidy

Land at concessional rates


2.4. Integrated Textile Park at Bargarh


Project Location Baragarh


funding




63






Investment






Capital subsidy



2.5. Integrated Textile Park at Cuttack


Project Location Cuttack


funding








64


Investment






Capital subsidy



2.6. Integrated Textile Park at Ganjam


Project Location Ganjam


funding









Investment






Capital subsidy


65


2.7. Integrated Textile Park in KBK Districts


Project Location KBK districts


funding









Investment






Capital subsidy



2.8. Integrated Textile Park at Balasore


Project Location Balasore


funding



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Investment






Capital subsidy



2.9. Development of Centre of Excellence

Name of Project Development of Centre of Excellence



Land Area 5 acre



Project contours This enterprise will take up activities such as R&D, skill-development curriculum, technical services and consultancy, incubation, publication of industry journals, testing and evaluation of Textiles.

This center will help users develop Technical Textile products in various segments of automobiles, construction, geotextiles, medical and other industries.

It will also, in association with NIFT, forecast fashion trends in the Textile sectors, help organize workshops, work with designers of the handloom clusters and provide mentoring support from industry experts.

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The State would utilize the Central Government Scheme for promotion of research - Setting up of Revolving Funds for Providing Assistance to Entrepreneurs for R&D

Investment

Opportunities Developing, operating and maintaining the infrastructure

Facilitating knowledge dissemination on the various sub-segments of Technical Textiles

Nodal agency Department of Textiles and Handloom

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3. Healthcare and Biotech

3.1. Biotech Park

Name of Project Biotech Park

Project Location Andharua, Bhubaneswar, District: Khurdha

Area of the project 5.6 acre (Mauza Gadakana)


$13.92 million (INR 93 crore)

Focus sector Biotechnology, Pharmaceuticals

Employment 5,000

Status of approvals Govt. of Odisha has approved the project. Odisha Biotech Park Limited is the special purpose vehicle (SPV) formed by the Bharat Biotech International Limited (BBIL) and IDCO for execution of this project

Project contours The state of the art park is being developed in PPP mode to enable advancement of Biotechnology sector in the State.

The park is designed with common facilities such as testing centers and R&D labs to facilitate the industries in advanced manufacturing practices.

The park also contains Incubation Centers to enable budding entrepreneurs in developing their own biotech industry.


The major investment opportunities lie in setting up Biotechnology, Pharmaceuticals, generic drugs manufacturing and R&D units.

Connectivity The site is very close to NH-5

The nearest railway station is 22 km at Bhubaneswar

The nearest airport is situated at a distance of 10 km at Bhubaneswar

The project is situated 130 km from Paradip port


Government has assured to provide the required 1 MLD of water to the project.

1MW of required uninterrupted power shall be provided by the Government






69

3.2. BMC Hospital

Name of Project Establishment and Augmentation of Healthcare Network In Bhubaneswar Under PPP Framework


Area of the project 5.6 acre (Mauza Gadakana)


INR 200 crore ( USD 29.8 Million)

Focus sector Healthcare

Employment

Status of approvals Approved by Department of Housing and Urban development (H&UD). Govt. of Odisha. Bhubaneswar Municipal Corporation (BMC) is the nodal agency for execution of this project. EOI invited by BMC

Project contours BMC to offer site for Greenfield hospital and existing dispensaries for development and refurbishment.

Private player needs to develop a Greenfield multi - specialty care hospital and upgrade 5 existing dispensaries into accredited health centers with fully functioning staff and equipment

The minimum number of beds to be installed:

Green field Multispecialty Hospital (Mauza Gadakana): 300 beds

Kapilaprasad: 100 beds

Brahmeswar Patna: 30 beds

Rasulgarh: 30 beds

Gadakana: 30 beds

Bharatpur: 6 beds


Construction, refurbishment, procurement, installation of equipment, completion, testing and commissioning of the Greenfield Hospital and other medical facilities

Develop Urban Primary Health Centers

Nodal agency Bhubaneswar Municipal Corporation (BMC)


Commissioner, Bhubaneswar Municipal Corporation

BMC Head Office, Vivekananda Marg, Near Kalpana Square

Bhubaneswar, Odisha-751001

Phone: 0674-2431403

70

3.3. Development of Low cost Hospital on PPP Mode at Angul

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Angul


Area of the project To be determined post due diligence

Approx. Project cost USD 1 Million (INR 60 lac)


Employment Project development under way

Status of approvals Project development under way

Project contours The project involves roll out of low cost primary/secondary care hospitals across the State at various district headquarters in a PPP model which will offer decent quality care at affordable prices

The project will look at the entire state as a whole and based on detailed financial, fiscal, logistics and operational due diligence, a network will be developed with recommendations on the number, size, type and locations of the hospitals to be developed.

With 83% of Odisha’s population being rural, the project will have a major beneficial impact on the provision of primary and preventive care services to the people of the state, especially in interiors of the state and rural areas, by strengthening the health infrastructure in small Tier 2 and Tier 3 towns across the state.

Investment Opportunities Primary and secondary care hospitals

Connectivity To be determined post site selection and land identification

Proposed Infrastructure Well-developed Primary Health centers & Secondary Healthcare infrastructure with modern facilities.

Nodal agency Department of Health & Family Welfare

71

3.4. Development of Low cost Hospital on PPP Mode at Bargarh

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Bargarh

Project Location Bargarh













72

3.5. Development of Low cost Hospital on PPP Mode at Bhadrak

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Bhadrak

Project Location Bhadrak













73

3.6. Development of Low cost Hospital on PPP Mode at Balasore

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Balasore














74

3.8. Development of Low cost Hospital on PPP Mode at Balangir

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Balangir

Project Location Balangir













75

3.9. Development of Low cost Hospital on PPP Mode at Boudh

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Boudh

Project Location Boudh













76

3.10. Development of Low cost Hospital on PPP Mode at Cuttack

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Cutack














77

3.11. Development of Low cost Hospital on PPP Mode at Deogarh

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Deogarh

Project Location Deogarh













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3.12. Development of Low cost Hospital on PPP Mode at Dhenkanal

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Dhenkanal














79

3.13. Development of Low cost Hospital on PPP Mode at Gajapati

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Gajapati

Project Location Gajapati













80

3.14. Development of Low cost Hospital on PPP Mode at Ganjam

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Ganjam














81

3.15. Development of Low cost Hospital on PPP Mode at Jagatsinghpur

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Jagatsinghpur














82

3.16. Development of Low cost Hospital on PPP Mode at Jajpur

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Jajpur














83

3.17. Development of Low cost Hospital on PPP Mode at Jharsuguda

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Jharsuguda














84

3.18. Development of Low cost Hospital on PPP Mode at Kalahandi

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Kalahandi

Project Location Kalahandi













85

3.19. Development of Low cost Hospital on PPP Mode at Kandhamal

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Kandhamal

Project Location Kandhamal













86

3.20. Development of Low cost Hospital on PPP Mode at Kendrapara

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Kendrapara

Project Location Kendrapara













87

3.21. Development of Low cost Hospital on PPP Mode at Keonjhar

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at keonjhar














88

3.22. Development of Low cost Hospital on PPP Mode at Khurda

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Khurda

Project Location Khurda













89

3.23. Development of Low cost Hospital on PPP Mode at Koraput

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Koraput

Project Location Koraput













90

3.24. Development of Low cost Hospital on PPP Mode at Malkangiri

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Malkangiri

Project Location Malkangiri













91

3.25. Development of Low cost Hospital on PPP Mode at Mayurbhanj

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Mayurbhanj

Project Location Mayurbhanj













92

3.26. Development of Low cost Hospital on PPP Mode at Nuapada

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Nuapada

Project Location Nuapada













93

3.27. Development of Low cost Hospital on PPP Mode at Nabarangpur

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Nabarangpur

Project Location Nabarangpur













94

3.28. Development of Low cost Hospital on PPP Mode at Nayagarh

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Nayagarh

Project Location Nayagarh













95

3.29. Development of Low cost Hospital on PPP Mode at Puri

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Puri

Project Location Puri













96

3.30. Development of Low cost Hospital on PPP Mode at Rayagada

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Rayagada

Project Location Rayagada













97

3.31. Development of Low cost Hospital on PPP Mode at Sambalpur

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Sambalpur














98

3.32. Development of Low cost Hospital on PPP Mode at Subarnapur

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Subarnapur

Project Location Subarnapur













99

3.33. Development of Low cost Hospital on PPP Mode at Sundargarh

Name of Project Odisha Affordable Healthcare Project – Development of Low cost Hospital on PPP Mode at Sundargarh

Project Location Sundargarh













100

4. Logistics and Transport

4.1. Coal Railway Corridor at Talcher

Name of Project Coal Railway Corridor, Angul-Chhendipada

Project Location Angul-Chhendipada, Districts covered: Angul and Talcher


$ 1,197 million (INR 8,000 crore)

Focus sector Rail Infrastructure


Status of approvals Project DPR under preparation

Project contours Odisha is endowed with coal reserves of 65 Billion Tons which is about 25% of total reserves in India. Talcher area alone has 43 Billion Tons coal reserve-the highest in any coal field in the country.

To explore and extract this coal, the Government of Odisha together with the Government of India has created this project to create a Coal Corridor which enables faster evacuation of coal from the area.

The development of the 143-km corridor, with a capacity to handle coal in excess of 100 million tonne annually, will benefit more than 50 industries in sectors like steel, aluminium and power.


Major investment opportunity lies in the construction of the railway corridor and its maintenance

Connectivity The nearest railway station is situated 18 kms away at Bhadrak town


The project is situated 150 kms from Paradip port and 60 kms from the proposed Dhamra Port


2.5 MLD of proposed requirement is there for the project and it will be met by the Government

The government ensures 24/7 power supply for the required 4 MW for the project

Nodal agency Brahmani Railways Ltd.


Mr. BK Joshi, CEO,

Idco Towers, Idco Annexe Building, Janpath, Bhubaneswar - 751022

e-mail: [email protected]

101

4.2. Elevated Corridor at Joda in PPP mode

Name of Project Flyover (Elevated Corridor) near Joda town in the district of Keonjhar Odisha on PPP mode

Project Location Joda, Keonjhar District

Project Cost INR 225 crores

Focus sector Roads & Highways

Status of approvals Approved by Works Department, Govt. of Odisha. The feasibility reports for the project has been prepared and the bidding process for selection of private sector developer will commence shortly.

Project contours 11m wide Flyover with Service road on both sides and landscaping are proposed in between piers up to clear height of 5.50 m from service road top level to bottom of the pier cap and beyond full width of Flyover up to abutment.

Straight flyover along Joda-Bamberi road

Three lane carriageway without footpaths but with Anti crash barriers on either side.


Develop, operate and maintain the elevated corridor in BOT mode

Nodal agency Works Department, Odisha


Er. Om Prakash Patel,

Chief Engineer (DPI & Roads), O/o the EIC (Civil), Odisha,

Nirman Soudha, Unit-V, Bhubaneswar - 751001

Tel: 0674-2393122, Fax: 0674-2390080

Email: [email protected]

mailto:[email protected]

102

4.3. OMT (Toll) project from Cuttack (from Kandarpur) - Paradip Road

Name of Project OMT (Toll) project from Cuttack (from Kandarpur) - Paradip Road

Project Location Cuttack (from Kandarpur) - Paradeep

Project Cost


Status of approvals Approved by Works Department, Govt. of Odisha. The feasibility reports for the projects have been prepared and the bidding process for selection of private sector developer will commence shortly.


Operate and maintain roads in Operate, Maintain and Toll model and develop roads in BOT






Tel: 0674-2393122, Fax: 0674-2390080



103

4.4. OMT (Toll) project from Naranpur – Pandapara – Brahmnipal – Duburi

Name of Project OMT (Toll) project from Naranpur – Pandapara – Brahmnipal – Duburi

Project Location Naranpur – Pandapara – Brahmnipal – Duburi

Project Cost









Tel: 0674-2393122, Fax: 0674-2390080



104

4.5. OMT (Toll) project from Bhadrak – Kothari – Aredi

Name of Project OMT (Toll) project from Bhadrak – Kothari – Aredi

Project Location Bhadrak – Kothari – Aredi

Project Cost









Tel: 0674-2393122, Fax: 0674-2390080



105

4.6. BOT (Toll + Annuity) project from Bisoi to Rairangpur

Name of Project OMT (Toll) project from Bisoi to Rairangpur

Project Location Bisoi to Rairangpur

Project Cost










Tel: 0674-2393122, Fax: 0674-2390080



106

4.7. Bhubaneswar – Paradeep PCPIR Road in PPP

Name of Project Greenfield Bhubaneswar – Paradeep PCPIR Road

Project Location District: Khurda/ Cuttack/ Jagatsinghpur

Length of the project road

73.00 km


INR 350 crore


Status of approvals Approved by Govt. of Odisha. The feasibility study is currently underway and the bid process for selection of private sector developer will commence shortly.

Project contours Petroleum, Chemicals and Petrochemicals Investment Region (PCPIR) at Paradeep with an area of around 250 square kilometers planned for the establishment of manufacturing facilities for domestic and export led production in petroleum, chemicals & petrochemicals, along with the associated services and infrastructure.

The proposed road, a greenfield corridor, will connect Bhubaneswar with PCPIR region, significantly reducing the travel time.


Design, build and operate the project road


Four lane carriageway.

Nodal agency Odisha Industrial Development Corporation (IDCO)





107

4.8. Mahanadi Riverine Port

Name of Project Mahanadi Riverine Port, Odisha

Project Location River mouth in Malakalpada block of Kendrapada District


US$ 600 million (INR 2,562 Cr)

Focus sector Port Infrastructure


Status of approvals Govt. of Odisha

Project contours Based on baseline studies, container volumes at Mahanadi River Port are estimated to reach 27 MMTPA by the end of Phase-1 and 67 MMTPA by the end of Phase-2.

Proposed capacity of the Mahanadi River Port is in the rage of 50 MT + 0.20 MTEU

Container berth width of 40.0 m has been proposed in both Phases


Development and construction of the Port

Capital and maintenance dredging

Construction of berths, facilities for cargo storage, equipment for cargo handling

Operation and maintenance

Connectivity It is located at a distance of 35Kms from existing Paradip Port

Nearest Airport is at Bhubaneswar – 120 Kms


Nodal agency Directorate of Ports & Inland Water Transport, Commerce & Transport Department, Government of Odisha


Director

Directorate of Ports & Inland Water Transport,

Paribahan Bhawan (2nd Floor),

A.G. Square, Unit-II, Ashok Nagar, Bhubaneswar-9

Phone: 0674-2390355



108

4.9. Development of Multi Modal Logistics Park at Paradip

Name of Project Development of Multi Modal Logistics Park with Paradip Port Trust Area

Project Location Paradip Port, District: Paradip


Approx. INR 200 Cr

Focus sector Logistics and Warehousing


Status of approvals Master Plan for the SIPC is in final stages of approval

Project contours Sagar Mala project by Govt. of India is a strategic and customer-oriented initiative to modernize India's Ports and encourage port-led development. Under this Paradip Port have been identified for developing into Smart Industrial Port City (SIPC).

Paradip Smart Industrial Port City (SIPC) is envisaged on a land of around 1600 acres. Multi Modal Logistics Park is one of the project components under SIPC for which around 316 acres have been identified.

Following are the suggested project components within MMLP

Free Trade and Warehousing Zone reserved for warehousing and processing industry

Truck Parking Area

Multi-Modal Logistic Park including warehouses;

Container Yard

Empty Container Yard


Free Trade and Warehousing Zone

Truck Terminal

Multi-Modal Logistic Park

Container Yard

Empty Container Yard




Nodal agency Paradip Port Trust (PPT)


Chief Engineer

Paradip Port Trust

Phone :06722-222026

Email :[email protected]

109

4.10. Port at Bichitrapur, Balasore

Name of Project

Bichitrapur Port Project

Project Location

Bichitrapur, Balasore District

Focus sector Minor Ports

Status of approvals

Approved by Directorates of Port, Govt. of Odisha

Project contours

Govt. of Odisha has formulated Port Policy during the year 2004 for private participation in the development of ports.

It has already identified 14 potential sites for development of Minor Ports. Out of which:

Paradip, Dhamra and Gopalpur are operational Ports

Subarnarekha, Astaranga, Chudamani and Jatadhar Muhan Ports are under construction

7 more sites are under consideration for port development through PPP, Bichitrapur being one of them

Cargo handling capacity: 25 - 55 MTPA

Design Vessel Size: 1,20,000 - 2,10,000 DWT


Port development in PPP



Director




Phone: 0674-2390355



110

4.11. Port at Bahabalpur, Balasore

Name of Project

Bahabalpur Port Project

Project Location

Bahabalpur, Balasore


Status of approvals


Project contours





7 more sites are under consideration for port development through PPP, Bahabalpur being one of them

Cargo handling capacity: 16.70 - 105.44 MTPA

Design Vessel Size: 40,000 - 60,000 DWT





Director




Phone: 0674-2390355



111

4.12. Port at Chandipur, Balasore

Name of Project

Chandipur Port Project

Project Location

Chandipur, Balasore


Status of approvals


Project contours





7 more sites are under consideration for port development through PPP, Chandipur being one of them.

Cargo handling capacity: 3.30 - 10 MTPA

Design Vessel Size: 1,20,000- 2,10,000 DWT





Director




Phone: 0674-2390355



112

4.13. Port at Inchudi, Balasore

Name of Project

Inchudi Port Project

Project Location

Inchudi, Balasore


Status of approvals


Project contours





7 more sites are under consideration for port development through PPP, Inchudi being one of them

Cargo handling capacity: 3.30 - 10 MTPA

Design Vessel Size: 1,20,000- 2,10,000 DWT





Director




Phone: 0674-2390355



113

4.14. Port at Baliharachandi, Puri

Name of Project

Bichitrapur Port Project

Project Location

Baliharachandi, Puri


Status of approvals


Project contours





7 more sites are under consideration for port development through PPP, Baliharachandi, Puri being one of them.

Cargo handling capacity: 0.06 to 0.56 MTEU (Container)

Design Vessel Size: 2000 TEU (Container)





Director




Phone: 0674-2390355



114

4.15. Port at Palur, Ganjam

Name of Project

Palur Port Project

Project Location

Palur, Ganjam District


Status of approvals


Project contours





7 more sites are under consideration for port development through PPP, Palur being one of the identified locations.

Cargo handling capacity: 0.67 MTPA- 10 MTPA

Design Vessel Size: 85,000- 1,70,000 DWT





Director




Phone: 0674-2390355



115

4.16. Port at Bahuda, Ganjam

Name of Project

Bahuda Port Project

Project Location

Bahuda, Ganjam District


Status of approvals


Project contours





7 more sites are under consideration for port development through PPP, Bhauda being one of the identified locations

Cargo handling capacity: 22.42 + 0.09 MTEU to 162.50 MTPA + 0.61 MTEU

Design Vessel Size: 40000 - 150000 DWT. 6000 MTEU (Container)





Director




Phone: 0674-2390355



116

4.17. Development of storage and warehousing infrastructure

Name of Project

Development of Storage and warehousing infrastructure under state PEG (private entrepreneurs guarantee) Scheme

Project Location

Across major districts of Odisha

Focus sector Logistics and Warehousing

Status of approvals

Approved by Department of Food and Public Distribution, Ministry of Consumer affairs, Food and Public Distribution.

Project contours

Odisha has proposed total Storage capacity of 3,65,000 MT under PEG (private entrepreneurs guarantee) Scheme

Around 1,75,200 MT will be implemented by Central Warehousing Corporation (CWC)

Around 1,27,500 MT will be constructed by State Warehousing Corporation (SWC) and

65,000 MT will be constructed by Private developers


At present 25,000 MT of storage and warehousing space is in proposal stage. Private developer can associate with department for implementation of the project

Nodal agency Odisha State Civil Supplies Corporation Limited


Managing Director

Odisha State Civil Supplies Corporation Limited

C/2 Nayapalli , Bhubaneswar - 751012

Phone - 0674 2395391/2394956

117

4.18. Develop Multimodal Logistics Parks – Angul

Name of Project Develop Multimodal Logistics Parks


Investment Approx. INR 200-250 Crore

Land Area Approx. 100 - 120 acres


Mode of

Development

PPP (Public Private Participation)

Project contours

The project is strategically located and, for the first time in the sub-continent, the molten Aluminium can be directly obtained from the smelter.

The project is surrounded by industrially developed region and well- established presence of suppliers of raw materials, spares, buyers and other associated services




Paradip port is situated 174 km from the project site

Investment

Opportunities Will be developed in PPP Mode. Development of the built

infrastructure will be taken up by Private Developer

Significant downstream and ancillary investment opportunities lay in the value added products to cater to white goods, auto components, construction and other industries.


118

4.19. Develop Multimodal Logistics Parks – Rourkela






Mode of

Development


Project contours The city houses one of the largest steel plants of the Steel Authority of India Limited (SAIL)

It also has one of the National Institutes of Technology (NIT Rourkela) of the country.

The city has been selected as smart city in the third phase of smart city list on 20- sep 2016.

Close proximity to industrial belts and accesses to DCT Rourkela

The MLP will address the requirement of logistics services of this industrial belt

Investment



It is situated about 340 kilometres (211 mi) north of state capital Bhubaneswar

Well connected to other cities via NH 23 and SH 10;

An important junction on the Tatanagar-Bilaspur section of Howrah-Nagpur-Mumbai railway line;

Close proximity to proposed (101 Km) Jharsuguda Airport


119

4.20. Develop Multimodal Logistics Parks – Muniguda, Ganjam


Project Location Muniguda, Ganjam




Mode of

Development


Project contours Well connected by SH 5 and SH 6 via railways with Raipur, Bhubaneswar, Vishakapatnam and Kolkata;

Only 80 KMs from the proposed MITS Mega Food Park

This MLP will cater to logistic requirement of developing Agro and Industrial base

Investment




Railway Station: Berhampur – 100 Kms Bhubaneswar – 150 Kms

Cuttack – 180 Kms



120

4.21. Inland Container Depots - Paradip

Name of Project Inland Container Depots


Investment INR 500 Crore (Total)

Land Area 50 acres at each location

Employment Approx. 500 – 1000 at each location

Mode of Development PPP (Public Private Participation)

Project contours Odisha has one ICD at Balasore and a Domestic Container Terminal (DCT) at Rourkela

Odisha has significant marine exports and port activities with proposed ICDs, it will reduce overall cost of transit cargo and decongesting the seaports

ICDs will be equivalent to seaports in the hinterland with all the loading and offloading equipment needed to handle container and general cargo.

ICDs will have other state-of-the-art facilities including cold storages, refrigeration, cutting-edge technology such as RFID based container tracking, sophisticated container handling equipment and other infrastructure earmarked for the marine produce of the State

Investment



State Incentives The State Government may provide reimbursement of 50% of the road transport charges till ICDs/ ports in the State for export of perishable goods by food processing units, up to a maximum of INR 5 lakhs p.a. per unit for a period of three years from the date of commercial production of the unit.

The Government may allocate INR 5 Crore towards the initiative every year.

The State Government may additionally provide 50% subsidy on the purchase of reefer vans, insulated vans and trailers, with a maximum of INR 15 lakhs per vehicle.

The State Government of Odisha should allocate INR 3 Crore

every year towards this initiative.




Nodal agency Container Corporation of India Ltd. and other private players

121

4.22. Inland Container Depots - Rayagada











Investment








Connectivity Rayagada is located 420 kms from Bhubaneswar

Rayagada has a railway station

Nearest airport is situated 160 kms away at Visakhapatnam

Nearest port is situated 160 kms away at Visakhapatnam


122

4.23. Inland Container Depots - Kalinganagar


Project Location Kalinganagar









Investment








Connectivity NH – 215 connects the zone to the national road network

The zone is adjacent to the Jajpur - Keonjhar Road Railway Station.

Bhubaneswar International Airport is about 100 kms away.

Paradip Port is the nearest port at 127 kms.


123

4.24. Inland Container Depots - Dhamra


Project Location Dhamra









Investment








Connectivity Dhamra is in Bhadrak Distict

It is around 170 kms from Capital city of Bhubaneswar

Dhamra is a port having excellent connectivity to ASEAN Countries


124

4.25. Inland Container Depots - Bhadrak











Investment









Railway Station: Bansada – 5 kms, Bhubaneswar – 205 kms

Cuttack – 180 kms



125

4.26. Development of Fishery Harbours - Puri

Name of Project Fishery Harbours

Project Location Location - Astarang, District: Puri


Land Area 25 - 30 acres at each location

Employment Approx. 1000-2000 at each location


Project contours Odisha has only one major fishery harbour at Paradip, despite being one of the major producers of inland and marine fishery resources. Approximately 700 deep-sea trawlers and 2000 medium capacity shipping boats operate from this harbour.

Development of major fishery harbours at identified destinations will not only ease pressure of Paradip, but will also create sustainable livelihood for several thousand fishermen in these districts of the State

The fishing harbours will have all the requisite infrastructure including cold storages, refrigeration and facilities for hygienic handling of fish as per the international standards.

Investment


Maintenance will be taken up by Government

State Incentives Subsidy of 50% of the project cost, with a ceiling of INR 10 Crore will be provided for fish processing/ shrimp processing/ filleting units including cold chains, land costs etc.

Interest subvention of 6% may be provided on bank loan, subject to a maximum of INR 2.5 Crore for a period of 5 years to fish/ shrimp processing units, filleting units, pre-processing units, cold storages, and ice plants.




Connectivity Puri is located around 75 kms from Bhubaneswar

Puri Railway Station is part of East Coast Railways

It is well connected to all parts of Odisha through Roads and railways

Nodal agency Ministry of Agriculture and Farmers welfare, Department of Fisheries

and Animal Resources Development, IDCO

126

4.27. Development of Fishery Harbours - Ganjam


Project Location Ganjam districts








Investment










Cuttack – 180 Kms




127

4.28. Development of Fishery Harbours - Balasore


Project Location Location: Balaramgarhi, Bahabalpur, District: Balasore








Investment









Railway Station: Balasore - 8 Kms Bhubaneswar – 205 Kms

Cuttack – 180 Kms




128

4.29. Development of Fishery Harbours - Bhadrak


Project Location Location: Chudamani, Bhadrak districts


Land Area 25 – 30 acres at each location






Investment










Cuttack – 180 kms




129

4.30. Inspection and Certification Centre for Motor Vehicles

Name of Project Inspection and Certification Centre For Motor Vehicles

Project Location All 35 RTO offices of the state located district headquarters

Area of the project Land area required for the project is 5 acres approx. per unit


Rs.25 crores apart from cost of land which can be provided by govt.

Focus sector Transport service

Employment Minimum 20 person per unit direct and 100 persons indirect

Status of approvals One unit has been approved by Ministry of Road Transport and Highways,GoI for Cuttack and same will be replicated by GoO

Project contours Operator has to establish automated motor vehicle testing

Centre for grant of fitness certificate to each transport vehicles of the area and collect testing fees.

Number of garages are to be located near the centre for empanelment , where repairs of rejected vehicles would be taken up and further testing would be done for grant of FC(as per statutory requirement of MV Act)


This is opportunity for automobile part and vehicle testing equipment manufacturers


Administrative building ,test lane and motor vehicle testing equipment

Nodal agency Office of the Transport Commissioner, Cuttack, Odisha


Transport Commissioner-Cum-Chairman

State Transport Authority, Odisha

Rajaswa Bhawan, Collectorate Compound

Chandin chowk, Cuttack

Phone: 0671-2507042

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4.31. Institute of Driving Training and Research (IDTR)

Name of Project Institute of Driving Training and Research (IDTR) or HMV and LMV Driving Training Institute


Area of the project Land area required for each project is minmum 25 acres



Focus sector Transport services

Employment 20 per unit

Status of approvals One unit has been approved by Ministry of Road Transport and Highways, GoI for Jajpur and same will be replicated by GoO.

Project contours To impart driving training to persons aspiring to be professional drivers and collect driving training fees


Opportunity for automobile manufacturers or corporate houses that may make tie up with any such manufacturers


Institute building with class rooms, workshop, garages ,office rooms, computer lab, hostel for inmates, driving training track, vehicles as requirement







Phone: 0671-2507042

131

4.32. Automated Driving Testing System (ADTS)

Name of Project Automated Driving Testing System(ADTS)


Area of the project Land area required for each project is 5 acres



Focus sector Transport services

Employment 20 per unit

Status of approvals In approval stage

Project contours To impart driving training to persons aspiring to be professional drivers and collect driving training fees

To establish driving testing track complex comprising of testing, building, IT system for automation.

Each applicant for license in the state would be tested on the ADTS for pass/fail and testing fees would be collected from the applicant


Opportunity for automobile part and vehicle equipment manufacturers


Administrative building ,test lane and motor vehicle equipment







Phone: 0671-2507042

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5. IT & ESDM

5.1. Electronics Manufacturing Cluster, Bhubaneswar

Name of Project Electronics Manufacturing cluster, Bhubaneswar

Project Location Harapur and Durgapur village, Jatni Tehsil, Khurda District




Focus sector ESDM


Status of approvals In-principle approval for the project has been received from Department of Electronics and Information Technology, Government of India. The park is to be set up under Electronic Manufacturing Cluster (EMC) scheme of the Centre

Project contours The project will be developed over 216 acres of land and will accommodate around 100 electronics products and components manufacturing units.

The project is part of an integrated township with walk-to-work concept.

The project is surrounded by a well-developed IT and software ecosystem led by leading IT players in the country including Infosys, TCS, Wipro etc.

The project is planned to have 150 acre of fully developed plots ranging from 0.5 to 5 acre catering to all sectors of the ESDM ecosystem.


Major opportunities include manufacturing of Electronic Products, Electronic components, Semiconductor design and fabrication and Equipment manufacturing.

Connectivity The project is situated just 3 km from National Highway 5

The project is situated on the outskirts of Bhubaneswar and is just 23 kms from Bhubaneswar station

Paradip port is around is around 130 Kms


The proposed requirement of 1.65 MLD will be provided by the Government.

Central Electricity Supply Utility of Odisha shall provide 25 MW of power to the project.






http://www.business-standard.com/search?type=news&q=Electronic+Manufacturing+Cluster

http://www.business-standard.com/search?type=news&q=Electronic+Manufacturing+Cluster

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5.2. Infovalley, Bhubaneswar

Name of Project Infovalley, Bhubaneswar

Project Location Harapur and Durgapur village , Khurda District


Approx. Project cost $ 2,693 million (INR 18,000 crore)

Focus sector IT & ITES, SEZ


Status of approvals Approved by Electronics and Information Technology Department, Government of Odisha. IDCO is the nodal agency for execution of the project. Anchor Tenant Infosys has started work on its Campus

Project contours The Infocity-II region is being developed by the Orissa government on over 600 acres of land at Janla between Bhubaneswar and Khurda.

Infosys is the anchor tenant of the region. Infosys has committed an investment of Rs 300 crore in the first phase of the project which is implementation

The infovalley is part of planned ITIR (IT Investment Region). The Major components of the projects are:

262 acre of Notified IT SEZ

35 acre of Business Park

216 acre of Proposed IT ESDM Park

100 acre of green pace


Major opportunities are in development of the entire physical and social infrastructure for ‘Infovalley’ along with the government.

Setting up IT & ITeS facilities in the Park

Connectivity The project is situated just 3 km from National Highway 5

The project is situated on the outskirts of Bhubaneswar and is just 23 kms from Bhubaneswar station and 22 km from the airport


The proposed requirement of water will be met by Govt.

24/7 supply of power guaranteed by the Government






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5.3. Upgradation of Odisha State Wide Area Network (OSWAN)

Name of Project Upgradation of Odisha State Wide Area Network (OSWAN)

Project Location State Headquarter, 30 Districts & 284 Blocks

Area of the project Throughout the State of Odisha

Approx. Project cost INR 100 Crore

Focus sector e-Governance & IT


Status of approvals Appointment of Consultant is under process.

Project contours SWAN is one of the core infrastructure of NeGP. Odisha SWAN is operational since 25.08.2010.

As part of SWAN, the State Head Quarter (SHQ) has been connected with all District Head Quarters (DHQs) & 284 Block Head Quarters (BHQs).

The Network is capable of carrying Voice, Video & Data.

40 Video Conferencing Studios have been established under OSWAN.

Similarly critical Govt. offices like Tahasils, Registration offices, Treasuries, Sub-Collector offices, DRDAs, sadar Blocks, ULBs, Health Institutions etc. have been provided with 2 Mbps OSWAN connectivity as Horizontal Offices.

MPLS connectivity shall be used during up-gradation of OSWAN.


Supply, installation and maintenance of network components


After detailed study of the existing equipment and technologies available, the Consultant shall finalize the proposed infrastructure.

Nodal agency Odisha Computer Application Centre (OCAC)


General Manager (Admn.)

Odisha Computer Application Centre (OCAC)

Tel: 0674-2567280, Fax: 0674-2567842


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5.4. Expansion of Odisha State Data Centre

Name of Project Expansion Of Odisha State Data Centre

Project Location OCAC Building, Bhubaneshwar

Area of the project 11150 Sqft.


33 Crores

Focus sector Information Technology

Employment Not Yet Decided

Status of approvals RFP is yet to be published

Project contours Design and Site Preparation for the expansion of Odisha State

Data Centre in terms of the civil, electrical and mechanical work

and all other necessary components required to build the Data

Centre in line with the existing SDC.

Supply, installation and setting up of the necessary basic

Infrastructure (State of the Art UPS and Air-Conditioning

System, Fire Detection and Control System, Diesel Generator

Units, Lighting system, Power and Network Cabling etc.).

Supply, installation and setting up of the multi-layer Physical

Security infrastructure like biometric/ Smart card etc. based

access-control system, CCTV/ surveillance systems.

Establish effective and efficient Infrastructure monitoring &

management practices to ensure reliability, availability, quality

of services and security of the Information systems.

Help departments to focus on addressing the issues in service

delivery & administration.

Help in freeing the departments from the problems relating to

vendor management, Infrastructure, Security and performance

management to a competent Implementation Partner identified

for the entire State.


Co-location

Shared Hosting

Platform availability for various departments

Support system for e-Governance

Connectivity The nearest railway station is situated 5 kms

The project site is situated in Bhubaneswar

The nearest international airport is situated 7 kms


IT & Non-IT infrastructure

Aggregation of IT infrastructure (Hardware, Storage, Networking and Software) and management resources.

Operation & Maintenance – 24x7x365

Nodal agency Odisha Computer Application Centre (OCAC)


General Manager (Admin), Odisha Computer Application Centre

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N1/ 7D, Acharya Vihar Square, Near Planetarium, PO: RRL, Bhubaneswar 751013, Odisha, India Ph : 0674-2582850/ 2588064 Website: www.ocac.in

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5.5. Development of ESDM Clusters – Rayagada

Name of Project Development of ESDM Clusters


Investment INR 500 Crore including Central Government and State Government

funds

Land Area 200 acres



Project contours Rayagada – Strategic Advantages

Rayagada is in close proximity to institutes like National Institute of Science and Technology (NIST), Government College of Engineering, Centurion University of Technology and Management, with courses in technology.

The district is rich in minerals like Bauxite, Graphite, Manganese, and Quartz.

The Government of Odisha is planning to develop a Greenfield airport in Rayagada.

Proposed Infrastructure and Amenities

These developments are in accordance with the State’s sector road-map for the ESDM sector

Each cluster dedicated to EMC manufacturing will have common facilitation centers with full-fledged testing facilities for EMC Safety testing, RF, Microwave testing, and Endurance testing.

Investment



State Incentives Special Incentive package for ESDM

Provisioning subsidies and low interest loans to SME Manufacturers to enable them to set up shop may be enabled.

The State Government will focus on implementing a policy of Preferential Market Access for electronics products and services manufactured in the State, for all the departments of the Government

Government of Odisha plans to support and pro-actively engage with Associations of Electronics Manufacturers and exporters such as IESA, ELCINA and ELIAP. It could invite these associations to hold their annual meetings in the State in the campuses developed by the State’s IT industry


5.6. Development of ESDM Clusters – Balasore




funds

Land Area 200 acres

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Project contours Balasore – Strategic Advantages

Balasore as one of the locations for a new non-major port.

The Government of Odisha has planned to set up a new STPI in the district of Balasore.

The district hosts around 8,000 industrial units specializing in electrical machinery and electronics.

Balasore is also a major rail corridor for the South-Eastern Railways and is in close proximity to the Biju Patnaik International Airport in Bhubaneswar (within 200 kms) and only 3.5 hours journey by train from Kolkata




Investment








5.7. Development of ESDM Clusters – Rourkela




funds

Land Area 200 acres



Project contours Rourkela – Strategic Advantages

Rourkela has excellent infrastructure and support infrastructure with the presence of STPI, Rourkela and is well connected via road and rail connectivity.

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It is also close to major industrial hubs and has a network of academic institutes like NIT, Rourkela, Biju Patnaik University of Technology, Veer Surendra Sai University of Technology and a wide network of ITCs and ITIs.




Investment








5.8. Development of Design Centre at Bhubaneswar, Khurdha

Name of Project Development of Design Centre at Bhubaneswar

Project Location Bhubaneswar, Khunrdha

Investment INR 100 Cr

Land Area 100 acres



Project contours Khurdha is in close proximity to institutes like IIIT, Bhubaneswar and

Silicon Institute of Technology, Bhubaneswar. These institutes can act

as the talent hub for attracting suitable talent for a design center. This

center will offer special targeted facilities for the ESDM sector including:

Test and Certification; Tool Room, Design House

IT/Communication Centre

Common Training/ Convention Centre

Workers Housing Complex and Related facilities

Utilities, Roads, Backup Power generation, Water supply, Welfare facilities

ESDM innovation centers for entrepreneurs for concept to prototyping

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Enabling infrastructure such as VLSI design tools, prototype development facilities, testing facilities, characterization labs, compliance and certifications labs

Investment


amenities and common facilities created in Design Center.

Nodal agency Department of Industries, Department of Electronics and Information Technology, IDCO

5.9. Development of Semi-conductor Fabrication Centre, Ganjam

Name of Project Development of Semi - conductor Fabrication Centre



Land Area 50 acres


Project contours The Government of Odisha has planned to build a non-major port in Ganjam district. The State Government has also planned to up-grade the existing airfield in Ganjam district.

The district is in close proximity to a number of premier technology institutes such as National Institute of Science and Technology, Parala Maharaja Engineering College, Silicon Institute of Technology, thus catering to the needs of attracting talent.

Ganjam hosts Gopalpur SEZ (multiproduct) and Saraf Agencies SEZ (mineral based industries)

Investment


amenities and common facilities created in Semi-conductor Fabrication Centre


5.10. Development of Semi-conductor Fabrication Centre, Naraj, Cuttack

Name of Project Development of Semi - conductor Fabrication Centre

Project Location Naraj, Cuttack


Land Area 50 acres


Project contours Naraj is located in Cuttack District and is under the jurisdiction of Cuttack Development Authority

Naraj lies in proximity to Choudwar Industrial area

Cuttack being a municipal corporation has developed physical and social infrastructure

The Bhubaneswar International Airport is only 28 kms

Cuttack is also connected with other towns and cities via NH 42 and NH 16. Cuttack junction is one of the main stations of Howrah-Chennai mainline of the East Coast Railways.

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Investment


amenities and common facilities created in Semi-conductor Fabrication Centre


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6. Agro & Food Processing

6.1. Rice Technology Park, Bhadrak

Name of Project Rice Technology Park at Bhadrak

Project Location Dhamnagar Chhak, Bhadrak

Area of the project 134.65 acres


$ 16 million (INR 107 Cr)

Focus sector Agri and Food processing Sector

Employment Approx. 8000 (3,200 direct and 4,800 indirect)

Status of approvals Proposal under preparation for positioning under mega food park scheme of MoFPI

Project contours The project will accommodate around 31 industrial units along with provisions for basic enabling infrastructure, essential utilities and appropriate common facilities.

It is a self-contained facility providing all the support needed at the Farm level such as seeds, soil testing facility, Krishi-vikas Kendra, R&D support etc.

Post harvesting infrastructure such as paddy drying units and DE stoning units are also planned.

All primary and tertiary units related to paddy and rice will be located in this one facility along with other rice based food processing industry.

Envisaged integration of value chain to minimize losses.


Rice flour, Rice Rava, Rice Bran Oil, Noodles, Rice-Based Alcohol, Animal and Poultry Fee, Paddy Husk used for Power Generation, Brick Making etc.

Rice based food processing industry

Paddy drying units and DE stoning units

Connectivity The nearest railway station is situated 18 kms away at Bhadrak town


The project is situated 150 kms from Paradip port and 60 kms from the proposed Dhamra Port


3MLD proposed requirement will be met by the Government

3MW proposed power will be met by the Government






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6.2. Sea Food Park at Deras

Name of Project Seafood Park at Deras

Project Location Village Haripur and Haridamada, Block Jatni, District Khurda




Focus sector Food Processing

Employment Direct: 20,500, Indirect: 2,82,050, Total: 3,03,550

Status of approvals Approved by Govt. of Odisha

Project contours The project is first-of-its-kind on the East coast of India exclusively focused on seafood and marine products.

The project has 150 acres of developed plots with dedicated common facility center comprising of cold storage, pre-processing and post-processing facilities, ice plant and packaging units is being set up.

The cluster has a Central Processing Center (CPC) located within the park is connected to seven Primary Processing Centers (PPC) for access to raw materials.

15 Pre-processing centers, each of 10 MT, Cold storages of 2,000 MT capacity, 100 MT of Block Ice manufacturing, Polythene Unit and Packaging Unit are part of the project.


Pre-processing units

Packaged food

Raw processing

Hatcheries

Freezing systems

Warehousing and cold storage

Connectivity The park is only 15 km from NH-5 and 1km from Chandaka - Pitapalli road

The park is 28 kms away from Bhubaneswar station

Nearest airport is situated 19 kms away at Bhubaneswar

Nearest port is situated 140 kms away at Paradip


8MLD water agreement signed Munduli PPP project

30 MW proposed requirement for power will be met by the Government






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6.3. MITS Food Park at Rayagada

Name of Project MITS Food Park at Rayagada

Project Location Village Bhujabal under Kolnara Tehsil in the district of Rayagada

Area of the project 50.5 acre


$ 29.41 million (INR 200 Crore)

Focus sector Food Processing

Employment Around 30,000

Status of approvals A special purpose vehicle (SPV) called MITS Mega Food Park has been formed involving IDCO, Expo Bio-Tech Ltd, Keventor Agro Ltd and Basanta Devi Charitable Trust

The SPV has got final approval from Ministry of Food Processing Industries (MoFPI).

Project contours MITS Mega Food Park is an inclusive concept which is aims at establishing direct linkages from the farm to processing and on to the consumer markets, through a network of collection centers and Primary Processing Centers.

Efficient logistics facilities will connect the collection centers to the primary processing centers, which in turn will be connected to a central processing centre by hub and spoke model.

The PPCs will be fed by field Collection Centers which will be the first point of contact with growers.

The park will have facilities such as modern rice processing complex, cashew processing unit and bottling plants for mango pulp and other fruits are in advanced stage


Pre-processing units

Packaged food

Raw processing

Freezing systems

Warehousing and cold storage

Connectivity The Park is located 420 kms from Bhubaneswar

Rayagada railway station is around 15 Kms from the site

Nearest airport is situated 160 kms away at Visakhapatnam

Nearest port is situated 160 kms away at Visakhapatnam


Modern dry warehouse with 10,000 tonne capacity

MSME sheds

Overhead water tank of one lakh litre capacity



Director of Industries

Killa Maidan,Buxi Bazar-753001

Cuttack, Odisha


Phone: 0671-2301892


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6.4. Development of Mega and Medium Food Park - Ganjam

Name of Project Development of Mega and Medium Food Park - Ganjam

Project Location Districts : Ganjam,


Land Area 248.2 acres have been identified by IDCO

Employment Approx. 5,000 each


Project contours Ganjam is one of the major producers of paddy, groundnut, sugarcane, oilseeds, ragi, mung, biri, Kewda, cashew, fish, meat, milk and vegetables

The district accounts for close to 50% of the cashew processing industries in the State and is also the only district where Kewda is cultivated and is used commercially

The district holds potential for processing of marine products and dairy and poultry products

The Mega Food Parks will be developed according to the Mega Food Park Scheme by the Ministry of Food Processing.

In addition to the common infrastructure, these Parks will have following infrastructure:

Facilities for aggregation of agricultural produces

Post-harvest infrastructure for storage, sorting and grading at the farm level, as inadequate post-harvest handling, processing and storage infrastructure are the major challenges Odisha is facing currently

Platform for end-to-end integrated projects with the involvement of Model Farms (CoEs), Agropreneurs, Contract Farmers, SHGs, Producer Companies on one hand, and Retail chains, Individual Customers, Large Overseas Buyers on the other hand

Provision of access of stakeholders to Government/ Research agencies, multilateral bodies (WB, ADB, IFAD etc.), Companies with Technology, Knowledge and Capital, and Financial Institutions. Central Ministries including Food Processing industries, MSME, Agriculture, Rural Development, FSSAI, Commerce and Industries will also provide support separately to the end-to-end projects in the Food Park

Investment

Opportunities Creation of built infrastructure, Operation and maintenance



Cuttack – 180 Kms


Nodal agency Odisha Industrial Infrastructure Development Corporation (IDCO),

Ministry of Food Processing

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6.5. Development of Mega and Medium Food Park - Kalahandi

Name of Project Development of Mega and Medium Food Park - Kalahandi


Investment INR ~100 Crore

Land Area Approx. 120 acres



Project contours Kalahandi has significant growth potential in value addition and processing of turmeric. It is major producer of ginger, potato, maize, horticultural crops like mango, jackfruit, and pineapple

The Mega Food Parks will be developed according to the Mega Food Park Scheme by the Ministry of Food Processing.






Investment


Connectivity Kalahandi is part of KBK Region

It is well connected to all parts of Odisha through roads and railways

It lies at a distance of 423 kms from capital City of Bhubaneswar



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6.6. Development of Mega and Medium Food Park - Dhenkanal

Name of Project Development of Mega and Medium Food Park - Dhenkanal


Investment INR ~ 100 Crore

Land Area 3675 acres requisitioned by IDCO. 200 acres in A category



Project contours Dhenkanal has significant production of mangoes, maize, sunflowers, vegetables, cashews and mushrooms. It has ample opportunities in processing and marketing in honey and medicinal plants

These Mega Food Parks will be developed according to the Mega Food Park Scheme by the Ministry of Food Processing.






Investment


Connectivity Dhenkanal lies at a distance of 75 kms from Capital City of Bhubaneswar

It is connected to different parts of Odisha via NH 55 and NH 16

Nearest airport is at Bhubaneswar



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6.7. Development of Mega and Medium Food Park - Balasore

Name of Project Development of Mega and Medium Food Park - Balasore


Investment INR ~ 100 Crore


Employment Approx. 5,000 each


Project contours Marine fisheries related activities is one of the major occupation of the people in this district. Abundance of water resources makes it the preferred destination for fisheries. Sadar and Chandipur blocks are known for practicing pisciculture







Investment


Connectivity It lies at about 194 kilometres north of the State capital Bhubaneswar

The nearest airport is Bhubaneshwar. Kolkata is approximately three and a half hours by train and approximately 4 to 5 hours by bus

Balasore railway station lies on the Howrah-Chennai main line of the South Eastern Railway

National Highway 5 and National Highway 60 pass through the district and connects it to all parts of India



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6.8. Development of Mega and Medium Food Park - Baragarh

Name of Project Development of Mega and Medium Food Park - Baragarh

Project Location Baragarh





Project contours Bargarh has highest agricultural output among all the districts of the State. Significant production of sugarcane, vegetables, groundnuts and paddy







Investment


Connectivity Bargarh is located in Western Odisha, close to the border of neighbouring state of Chhattisgarh

Bargarh Road railway station on Jharsuguda-Vizianagaram line serves Bargarh district.



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6.9. Centre of Excellence (CoE) for Agro and marine products - Angul

Name of Project Development of Centre of Excellence (CoE)


Investment INR 5 Cr – INR 25 Cr

Mode of Development PPP (Public Private Participation) Mode

Project contours Agriculture occupies a vital place in the economy of Angul district.

The total cultivable area of this district is 2,16,403 Ha covering 32.7 % of the total geographical area of the district.

The CoE would be set up with support from the Orissa University of Agriculture and Technology and would support specific crop development through research and development.

These CoEs would also conduct field and lab exercises, support research and project activities and provide facilities for hands-on practical experience, demonstrations, trainings and research opportunities for the start-ups and MSMEs in the region.

Investment

Opportunities CoEs will be developed in PPP Mode. Development of the built


Connectivity As Angul is a commercial and industrial centre of Odisha, it has a developed transportation network

NH 55 and NH 16 are two roads connecting Angul to different parts of the state

Nearest Airport is at Bhubaneswar. Jindal also has a private airport at Angul

Nodal agency MSME Department and the Orissa University of Agriculture and

Technology

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6.10. Centre of Excellence (CoE) for Agro and marine products - Dhenkanal








Investment







Technology

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6.11. Centre of Excellence (CoE) for Agro and marine products - Ganjam





Project contours Ganjam is one of the major producers of paddy, groundnut, sugarcane, oilseeds, ragi, mung, biri, Kewda, cashew, fish, meat, milk and vegetables

The district accounts for close to 50% of the cashew processing industries in the State and is also the only district where Kewda is cultivated and is used commercially

The district holds potential for processing of marine products and dairy and poultry products



Investment



Connectivity Ganjam district lies in southern part of Odisha

The main town of Ganjam district is Berhampur which is located at around 150 kms from Capital city of Bhubaneswar

Ganjam is connected to all parts of Odisha through roads and railway links


Technology

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6.12. Centre of Excellence (CoE) for Agro and marine products -

Nabarangapur


Project Location Nabarangapur



Project contours Major producer of paddy, ragi, maize, pulses, cashews, and wheat. It has extensive production of maize in the Umerkote, Jharigan, and Raighar blocks



Investment



Connectivity Situated in the southwest corner of Odisha, it borders Koraput District

It lies at a distance of 545 kms from City Capital Bhubaneswar

Nabarangpur is near to Srikakulam, Andhra pardesh (230 Kms)


Technology

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6.13. Centre of Excellence (CoE) for Agro and marine products - Kandhamal





Project contours Kandhamal has significant growth potential in value addition and processing of turmeric and is a major producer of ginger, potato, maize, horticultural crops like mango, jackfruit, and pineapple



Investment



Connectivity The nearest airport is at Bhubaneswar 211 km. There is an airstrip at Gudari 5 km from Phulbani town for landing small planes and helicopters.

The nearest railway station is Rairakhol, on the Sambalpur – Bhubaneshwar line, which is 99 km from Phulbani.

It is well connected to all parts of State through roads


Technology

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6.14. Development of food quality testing and phyto-sanitary laboratories

Name of Project

Project Location In all the district headquarters

Investment INR 30 Crore per year by State Govt.

Land Area NA

Employment NA

Mode of Development Government / PPP

Project contours The setup of testing labs will have common usage in a cluster as well as to be used by a single unit.

Food processing centers at divisional and district level under the General Manager, DICs, will be formed, modernized and strengthened to ensure the monitoring and implementation of the Food Processing policy and other initiatives at a district level

Investment

Opportunities Creation of Infrastructure

State Incentives Maximum 50% grant of the project cost of setting up or up-gradation of NABL approved testing lab for common usage, with a maximum ceiling of INR 5 Crore, may be provided by the State Government

For usage by a single processing unit, maximum 50% of the cost of setting up of NABL approved testing lab, with a maximum ceiling of INR 5 lakhs may be granted by the State Government.

The extent of support may be decided by the nodal agency depending on the number of beneficiaries and the type of processing units.

Nodal agency Department of MSME

6.15. Commodity Value Chain based Cluster Development in PPP mode

Name of Project Commodity Value Chain based Cluster Development

Project Location All across state

Investment INR 10 – 15 Cr per cluster

Land Area

Employment


Project contours Commodity based cluster development will enable a planned and focused approach towards developing the food processing industry in the State and based on the food processing strengths of the respective geographically demarcated areas.

The clusters will have access to technology consultancy cells at a district level, training centres providing continual training addressing specific industry requirements, access to cold

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storages, warehousing facilities, logistics network, packaging facilities and National level food testing laboratory.

Units will be housed in plug and play facilities set up by the Government

Common Facility Centers (CFC) will have Selling Center, Centralized Effluent Treatment Plants, Training and R&D Centers, Common Logistics Center, Central Warehousing etc.

Investment

Opportunities Will be developed by Government

State Incentives Facilities for processing waste produced in food processing units may be granted 50% of the project cost, up to a ceiling of INR 2 Crore, by the State Government of Odisha.

The Government may allocate INR 10 Crore towards this initiative.

The State scheme may also reduce the requirement of a critical mass of 25 units to 10 units for Soft Interventions.

The anchor industries may be offering an Anchor Unit subsidy of 20% of the value of fixed assets, with a cap of INR 20 Crore for the first three units for an investment of at least INR 100 Cr and employment of at least 100 people.

The investment incentives may be extended to both the anchor units set up in the Food Parks, as well as standalone units in the State. The State Government may allocate INR 100 Crore towards the initiative to attract the anchor industries in the State.

Nodal agency Department of MSME, Industries, Agriculture and Farmer’s Empowerment, Food Supplies and Consumer Welfare, Fisheries and animal resources development, APICOL, OSIC and IPICOL

6.16. Packaging Development Centres

Name of Project Packaging Development Centres

Project Location All across state

Investment INR 5 – 15 Cr per Centre

Land Area 10-20 acres

Employment Approx. 2000 (each centre)


Project contours

Investment

Opportunities Development of built infrastructure

State Incentives The State Government may provide capital subsidy to the extent of 50% of the project cost, with a ceiling of INR 1 Crore, for each centre and may allocate INR 10 Crore per year towards the initiative.

Government may provide capital subsidy to the extent of 50% of the project cost, subject to a maximum of INR 5 lakhs, and may allocate an additional INR 1 Crore annually towards the initiative.

Nodal agency Department of MSME, Department of Industries

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6.17. Food processing exports through the development of AEZ - Angul

Name of Project Agri Export Zones (AEZs)


Investment Not decided

Land Area Not decided

Employment NA


Project contours State has only one AEZ at Kandhamal for ginger and turmeric

Angul will be developed as AEZ foe Mangoes

Development of AEZs will benefit the units manufacturing the products immensely and will lead to:

Strengthened backward linkages with a market oriented approach,

Better product acceptability,

Increased value-addition,

Reduced cost of production,

Improvement in product quality and packaging,

Enhanced trade related research and development

Increased employment opportunities

Investment

Opportunities Will be developed in Government Mode

State Incentives Eligible for financial assistance from the Central Government agencies like APEDA, NHB, Department of Food Processing Industries, and the Ministry of Agriculture

Nodal agency IDCOL, Department of MSME, Agriculture and Processed Food

Products Export Devpt Authority, APICOL

6.18. Food processing exports through the development of AEZs -

Dhenkanal





Employment NA



AEZ for Dhenkanal will be developed for Mangoes




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Investment





6.19. Food processing exports through the development of AEZs - Ganjam





Employment NA



Ganjam AEZ will be developed for Kewda and cashew,









Investment




Products Export Development Authority, APICOL

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6.20. Food processing exports through the development of AEZs – KBK

Region


Project Location KBK (Koraput, Bolangir and Koraput)



Employment NA



KBK AEZ will be developed for paddy and rice,









Investment





6.21. Development of Cold Storage Facilities - Khurdha

Name of Project Development of Cold Storage Facilities

Project Location Khurdha


Land Area 1000 acres of land in each of the districts



Project contours The average capacity of cold storages in Odisha is only 2.1 MT per sq. Km which is inadequate to address the present demand which lead to 35-40%66 wastage of vegetables, fruits, marine products etc.

Odisha is planning additional cold storage, targeting predominantly the marine industry, of capacity 10.1 lakhs MT per sq. km by 2025-26

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The Government has already decided to set up an additional 150 Cold storages in the state, with a capacity of 747,280 MT in the public-private partnership route by 2019

Investment

Opportunities Creating of Infrastructure, operation and maintenance through

PPP Mode.

State Incentives The State Government may offer:

A power tariff subsidy of INR 1.50 per unit for cold chains and cold storage units in the State

Capital subsidy to an extent of 50% of the cost of setting up a cold chain for agriculture/ horticulture/ dairy/ meat produce may be offered, limited to a maximum of INR 5 Crore

Public-private partnership will be encouraged to establish cold chain for agriculture/ horticulture/ dairy/ meat produce, pre and post-harvest network infrastructures and incentivize large players in cold chain, like ColdEX, Gati Kausar Cold Chain Solutions, Kelvin Cold Chain Logistics Pvt. Ltd., Accelerated Warehousing Logistics, Snowman Logistics Ltd., Redington Warehousing and Logistics, and MJ Logistics Services Ltd.

Connectivity Khurdha is well connected to all parts of the state.

Capital city Bhubaneswar is part of Khurdha district. The district headquarted is a Khurdha which is a municipality

Bhubaneswar International Airport is 25 kms from the Khurdha town

Nodal agency Department of MSME, OSIC, Private players in cold chain and logistics

6.22. Development of Cold Storage Facilities - Bhadrak










Investment


PPP Mode.


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Cuttack – 180 kms



6.23. Development of Cold Storage Facilities - Jagatsinghpur










Investment


PPP Mode.




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Connectivity The nearest railway station from Jagatsinghpur town is Gorakhnath Station which is about 10 km from Jagatsinghpur

Nearest airport is Biju Patnaik International Airport at Bhubaneswar – 100 kms

Jagatsinghpur is well connected with other cities via road


6.24. Development of Cold Storage Facilities - Cuttack










Investment


PPP Mode.





163

Connectivity Cuttack is located at a distance of 25 Kms from Bhubaneswar

Cuttack railway station is part of east Coast railways

Paradip Port is around 90 kms from Cuttack

Cuttack has excellent connectivity through roads to all parts of Odisha


6.25. Development of Cold Storage Facilities - Balasore










Investment


PPP Mode.






Railway Station: Balasore - 8 Kms Bhubaneswar – 205 Kms

Cuttack – 180 Kms



164

6.26. Development of Cold Storage Facilities - Rayagada










Investment


PPP Mode.









6.27. Development of Cold Storage Facilities - Ganjam






165





Investment


PPP Mode.







Cuttack – 180 Kms



6.28. Development of a state-of-the-art laboratory for fish and shrimp

processors and mobile aqua labs



Investment INR 22.5 Crore

Land Area 20 acres


Project contours Government of Odisha has already prepared a roadmap to achieve marine exports of INR 10,000 Crore by 2020. The State, however, still lacks laboratories facilities for testing of soil, salinity and water parameters along with causative factors of diseases

166

In order to boost the testing and quality control facilities for the marine processing units in the State, a state-of-the-art laboratory for processors and exporters

The State is also planning to have mobile aqua labs for every 500 hectares under the PPP mode, involving local farmers, farmers’ societies, and associations.

Investment

Opportunities Development of the State of art laboratories and Procurement of

Mobile Aqua Land including Operation and Maintenance will be taken up through PPP

Nodal agency Department of Fisheries and Animal Resources Development, IDCO

167

7. Urban Infrastructure & Utilities

7.1. Improvement of Water Supply to Greater Berhampur

Name of Project Improvement of Water Supply to Greater Berhampur

Project Location District: Ganjam, Location: Berhampur Municipal Corporation

Approx. Project cost INR 488 Crore

Focus sector Water Supply

Status of approvals Approved by Housing and Urban Development Department (H&UD), Govt. of Odisha

Project contours The current water supply to Berhampur is only 50 MLD and faces water scarcity every summer. It is proposed to augment the water supply source and improve the distribution network of Berhampur town.

The key components of the project are:

Intake Well

Raw Water Transmission Mains (Rising Main and Gravity Mains

Water Treatment Plant (WTP)

Clear Water Transmission Mains

Laying of feeder transmission mains to UGRs

Construction of 10 no. Underground Reservoirs (UGR)

17 no. Elevated Service Reservoirs (ESR) and 18 no. Pump Houses

Laying of 232 Km distribution network


Creating water supply and distribution infrastructure in EPC mode

Nodal agency Public Health Engineering Dept. Govt of Odisha


Mr. S. Laxmi Pati,

Engineer In Chief, PHE Dept. Odisha

1st Floor, Heads of Dept. Building , Bhubaneswar-751001

168

7.2. Development of affordable housing with private sector participation in

Bhubaneswar

Name of Project Development of affordable housing with private sector participation in Bhubaneswar

Project Location Chandrashekarpur, Bhubaneswar

Area of the project 22.8 Acres

Approx. Project cost $ 75 Million (INR 500 Crores )

Focus sector Housing

Status of approvals The transaction structure for development of the project with private sector has been approved by the Empowered Committee on Infrastructure with consent to identify the private sector through a competitive bid process. The bid process to be commenced once the final notification by MoEF regarding development on the project site is issued.

Project contours 1. Develop affordable housing units on 14 acres of land parcel in accordance with the design and construction requirements of BDA

2. Hand back affordable housing development to BDA free of cost on completion of construction

3. Make payment (@2% of the cost of EWS units) to an account for O&M and carry out maintenance of the Affordable Housing Development for a period of 2 years post handover.

4. Undertake residential units for middle or high income categories and / or commercial development on 8 acres of land parcel within specified time frames and have the flexibility to sell such units as per market pricing

Investment Opportunities The interested firms could bid for the project upon commencement of bid process by BDA.

Connectivity The site is located in the heart of the city and is well connected by road.

Rail: Bhubaneswar railway station

Road: connectivity exists

Air: Biju Patnaik International Airport

Proposed Infrastructure 2960 EWS Housing Units on Affordable Housing Area.

Residential units for middle or high income categories and / or commercial development on Developer Area.

Basic Infrastructure Facilities including provision for water supply, internal roads, waste management, sewerage system, power, street lights etc.

Social Infrastructure comprising neighborhood shopping and community facilities - primary school, market place and primary health centre

Nodal agency Bhubaneswar Development Authority

For further information Vice Chairman Bhubaneswar Development Authority Bhubaneswar, India Office- +91-674-2396124 Fax- +91-674-2390633 Email: [email protected]


169

7.3. Sewerage System Project at Sambalpur

Name of Project Sewerage System Project at Sambalpur

Project Location Sambalpur town

Area of the project Sewerage Network of 255 Km for Sambalpur Town


INR 375.97 crore

Focus sector Infrastructure

Status of approvals Approved by Housing and Urban Development Department (H&UD), Govt. of Odisha. Tender floated, Land acquisition in progress

Project contours It is proposed to set up sewerage system for Sambalpur town comprising the following:

Sewerage Network of 255 Km for Sambalpur Town

8 no.s of sewerage Intermediate Pumping Stations

One Sewerage Treatment Plant of 42 MLD capacity is proposed using Activated Sludge Process Technology


The project will be developed in EPC mode

Nodal agency Odisha Water Supply & Sewerage Board (OWS&SB)


Er. S.K. Dash

Satyanagar, Bhubaneswar, Odisha

Phone-0674-2571185/2570086

Email:[email protected]

170

7.4. Solid Waste Management project in 36 towns grouped in 12 clusters

Name of Project Solid Waste Management project in 36 towns grouped in 12 clusters

Project Location Across Odisha

Area of the project NA


INR 230 Cr

Focus sector Solid Waste Management

Status of approvals Prefeasibility report under preparation for 26 towns. Consultant to be appointed for additional 10 towns

Project contours Objective to implement the Project of providing Municipal Solid Waste Management including collection, transportation, processing and disposal of waste generated in the various ULBs on cluster basis.


Partner with different Urban Local Bodies for project implementation. Project will be developed through PPP

Nodal agency Director of Municipal Administration, Govt. of Odisha


The Secretary OUIDF, Address: OUIDF Trust, Zone A/2, Fourth Floor,

Fortune Towers, Bhubaneswar-751023 Phone: 0674-2300396, 2300397

email: [email protected]

171

7.5. Sewerage System at Rourkela East and West Project

Name of Project Sewerage System at Rourkela East and West Project

Project Location District-Sundergarh, Town-Rourkela Municipal Corporation


INR 81.05 Cr (East Project) and INR 307.66 Cr (West Project)

Focus sector Urban Infrastructure

Status of approvals Approved by Housing and Urban Development Department (H&UD), Govt. of Odisha

Project contours Rourkela East Project

The project involves abatement of pollution and prevention of untreated sewage into river Koel and comprises the following components:

8 MLD capacity STP at Koel Nagar based on SBR technology

Two sewerage pumping stations

Sewerage network of 46.4 Km

Rourkela West Project

The project involves abatement of pollution of river Koel and river Brahmani and comprises the following components:

40 MLD STP at Ruputola using SBR technology

4 Sewerage pumping stations

189 Km Sewerage network


Project will be developed through EPC

Nodal agency Orissa Water Supply & Sewerage Board.


Member Secretary

Orissa Water Supply & Sewerage Board

Satyanagar, Bhubaneswar, Odisha

Phone-0674-2571185/2570086

Email:[email protected]

172

7.6. Mega Water Supply Projects in different districts of Odisha - Balasore

Name of Project Mega Water Supply Projects in different districts of Odisha



Approx. INR 800 Cr

Focus sector Rural water supply

Status of approvals Approved by State Govt. Tendering for the project is yet to start

Project contours 5 nos. of Individual Rural Piped Water Supply Scheme pertaining to Balasore/Bhadrak/Keonjhar/Puri/Bolangir Districts including five years Operation & Maintenance” under Package-I. (Estimated Project Cost: INR 274.81 crores)

2 nos. Of Individual Rural Piped Water Supply Scheme pertaining to Cuttack/ Jagatsinghpur Districts including five years Operation & Maintenance” under Package-2. (Estimated Project Cost: INR 272.56 crores)

Execution of Rural Piped Water Project pertaining to Anugul District including five years Operation & Maintenance”. (Estimated Project Cost: INR 160.61 crores)

Execution of 03 Nos. Individual Rural Piped Water Supply Project in mining affected villages pertaining to Jajpur/ Keonjhar districts including 5 years O&M on EPC contract under Package-1” (Estimated Project Cost: INR 90.87 crores)


Project will be developed in EPC mode

Water Supply infrastructure and distribution network

Operation and Maintenance

Nodal agency Rural Water Supply and Sanitation (RWSS), Rural Development Department


Chief Engineer – Water Supply

Rural Water Supply and Sanitation

Jal O Parimal Bhawan

Unit – V, Bhubaneswar – 751001

Phone: 0674-2531533

E-mail: [email protected]

173

7.7. Mega Water Supply Projects in different districts of Odisha - Bhadrak




Approx. INR 800 Cr

















Phone: 0674-2531533


174

7.8. Mega Water Supply Projects in different districts of Odisha - Keonjhar




Approx. INR 800 Cr

















Phone: 0674-2531533


175

7.9. Mega Water Supply Projects in different districts of Odisha - Puri


Project Location Puri


Approx. INR 800 Cr



Project contours 5 nos. of Individual Rural Piped Water Supply Scheme pertaining to Balasore/ Bhadrak/ Keonjhar/ Puri/ Bolangir Districts including five years Operation & Maintenance” under Package-I. (Estimated Project Cost: INR 274.81 crores)














Phone: 0674-2531533


176

7.10. Mega Water Supply Projects in different districts of Odisha - Bolangir


Project Location Bolangir


Approx. INR 800 Cr

















Phone: 0674-2531533


177

7.11. Mega Water Supply Projects in different districts of Odisha - Cuttack




Approx. INR 800 Cr

















Phone: 0674-2531533


178

7.12. Mega Water Supply Projects in different districts of Odisha -

Jagatsinghpur




Approx. INR 800 Cr

















Phone: 0674-2531533


179

7.13. Mega Water Supply Projects in different districts of Odisha - Angul




Approx. INR 800 Cr

















Phone: 0674-2531533


180

7.14. Mega Water Supply Projects in different districts of Odisha - Jajpur




Approx. INR 800 Cr

















Phone: 0674-2531533


181

7.15. Affordable Housing Project at Rourkela

Name of Project Affordable Housing Project at Madhusudan Palli, Rourkela in PPP

Project Location Location: Madhusudan Palli, Town :Rourkela, District: Sundargarh


Approx. Project cost $ 45 million (INR 300 crore)

Focus sector Housing and Infrastructure

Status of approvals Approved by H&UD Department, Govt. of Odisha. Tender has been floated for appointment for consultant for Bid Process Management

Project contours There is a shortage of affordable housing in Odisha.

To meet the demand in this segment Rourkela Development Authority is coming up with Affordable Housing Scheme under Housing for All scheme in Madhusudan Palli area

About 3,200 units of affordable housing can be developed in the said site.


Housing development




Paradip port is situated 174 km from the project site.


The water requirement will be met through the perennial Brahmani River which flows near the site.

The Government of Odisha assures 24x7 availability of the required power via the National and State power grids.

Logistics infrastructure facility will be developed within the park with secured parking lots and 24x7 surveillance system

Nodal agency Rourkela Development Authority

For further information Mission Director, Odisha Urban Housing Mission

AWAAS Building, Vivekananda Marg, Bhubaneswar-14


Phone: 0674-2430232


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8. Smart City Projects

8.1. Bhubaneswar Smart City - Railway Station Multi Modal Hub

Name of Project Railway Station Multi Modal Hub


Area of the project

12 acres


INR 640 Crores

Focus sector Smart City

Employment 5400 (direct and indirect)

Status of approvals

Approved by Government of Odisha

Project contours Transit oriented development project on 12 acres of land

This project will cater to transit population of 2,385

The purpose is decongestion of Bhubaneswar railway station

square and re-densification and Streamlining of traffic flow to

the Station

Adaptive reuse of underutilized existing parking area


Development of 20.32 lakh sq. ft. of built up area comprising of offices, retail areas, hotels, convention center and residences

Connectivity The site is located at Bhubaneswar Railway Station and

4.5 Kms from the Airport


Solar canopy with Net metering

Rainwater harvesting structures

Waste recycling station

Shared parking with real time tracking option

Night shelter for transit population and urban poor

Pedestrian transit plaza

Mixed-Use Multi-Level Smart Parking

Grid connected Solar panel parking lot

Dedicated street vending zones

Nodal agency Bhubaneswar Smart City Limited


Chief Executive Officer

Bhubaneswar Smart City Limited

Akash Shova Building, Sachivalaya Marg

Bhubaneswar-751001, Odisha, India

Email: [email protected];

183

8.2. Bhubaneswar Smart City – Janpath Government Housing Redevelopment

Name of Project Janpath Government Housing Redevelopment

Project Location Janpath, Bhubaneswar

Area of the project

30 acres


INR 1260 Crores


Employment 11,650 (direct and indirect)

Status of approvals


Project contours Spread across 30 acres of govt. land, this redevelopment and

re-densification project will provide 3800 houses

Will house around 8,775 populations

Mixed use high rise high density development


Residential redevelopment of 3800 houses with average 1,000

sq. ft. carpet area and 1,600 sq. ft. saleable area.

Development of hospitals, multi-level car parking, retail and

office spaces

Connectivity 1.5 Kms from Bhubaneswar Railway Station

3 Kms from the Airport


Residential units, multi-level car parking, retail and office spaces








184

8.3. Bhubaneswar Smart City – Mission Awaas (Slum Redevelopment Projects)

Name of Project Smart City – Mission Awaas (Slum Redevelopment Projects)


Area of the project

Spread over four locations – Bapuji Nagar, Kharabela Nagar, Shanti Nagar and Shahid Nagar


INR 840 Crores



Status of approvals


Project contours This project will provide Dwelling Units in EWS and HIG/MIG

segment Addressing housing need of Urban poor and EWS

Providing basic infrastructures and utilities

Improvement of quality of living


Development of 6,000 EWS residential units and 1,200

HIG/MIG units for cross subsidisation

Connectivity The locations are within a radius of 5 Kms from Bhubaneswar Railway Station and Airport


Residential units (EWS and HIG/MIG)








185

8.4. Bhubaneswar Smart City – Solid Waste Management

Name of Project Smart City – Solid Waste Management


Area of the project

Pan-city project


INR 14.5 Crores



Status of approvals


Project contours Installation and maintenance of smart waste bins

Creation of recycling plants

Energy production of from waste

Online systems for waste collection routes


Across areas of solid waste management

Connectivity


Primary and secondary collection infrastructure

Rolling stock for collection and transportation

Treatment and disposal infrastructure








186

8.5. Bhubaneswar Smart City – Public Bicycle Sharing Scheme

Name of Project Public Bicycle Sharing Scheme

Project Location Janpath, Bhubaneswar

Area of the project

Along Janpath, Bhubaneswar


INR 9.5 Crores



Status of approvals


Project contours The 5 kms long commercial and transit corridor of Janpath will

undergo a redesigning of the existing 60 m RoW into a

pedestrian friendly roadway.

Bicycle sharing and renting scheme and shared lane bicycle

marking interventions are proposed


Development of cycling infrastructure

Implementation of public bicycle sharing system and

operations handling

Connectivity


Cycling infrastructure








187

8.6. Bhubaneswar Smart City – E-rickshaw project

Name of Project Smart City – E-rickshaw project


Area of the project

Pan-city project


INR 10.5 Crores



Status of approvals


Project contours Setting up and installation of 500 E-Rickshaws, allied

infrastructure and charging stations


Development of online system for tracking of rickshaw fleet

Instant booking for short distances

Connectivity


Booking facilities

Online tracking system








188

8.7. Bhubaneswar Smart City – LED Street Lighting

Name of Project Smart City – LED Street Lighting


Area of the project

Pan-city project


INR 3 Crores



Status of approvals


Project contours Installation and Commissioning of LED Street lighting in

Bhubaneswar Town Centre District (BTCD) Area


Supply, installation, operation and maintenance of LED street

lighting

Call centre for citizen interaction

Connectivity


LED street lighting








189

8.8. Bhubaneswar Smart City – Micro Solar Power project

Name of Project Smart City – Micro Solar Power Project


Area of the project

Pan-city project


INR 3 Crores



Status of approvals


Project contours Rooftop solar projects of 2 MW on existing public buildings and

0.4 MW in mini-solar power plant project in Lake Neutral


Supply, installation, operation and maintenance of solar power

cells

Automated operations and net metering of power supplied

Connectivity


Roof Top Solar Panels

Battery Storage and meters








190

8.9. Bhubaneswar Smart City – Satya Nagar Institutional Core

Name of Project Bhubaneswar Smart City – Satya Nagar Institutional Core


Area of the project

40 acres


> INR 1000 Crores


Employment 13,850

Status of approvals


Project contours Redevelopment of 40 acres of underutilized public land

This development will house around 3,015 population


Commercial Hub

Establishment of educational hub

Promotion of cultural activities

Connectivity 6 Kms from Bhubaneswar Airport

2 Kms from Bhubaneswar Railway Station


Smart Bin

Non - vehicular zones

Mixed-Use Multi-Level Smart Parking

Dedicated street vending zones

Central Plaza for cultural and congregational activity








191

8.10. Rourkela Smart City – JATAYAT Project

Name of Project Railway Station Multi Modal Hub


Area of the project

Pan city


INR 295Crores


Status of approvals


Project contours Gateway to Rourkela

Pedestrian friendly roads with footpath, signage and

designated no-vehicle zones

Smart Bus Terminus and Improved Bus Stops

Dedicated bi-cycle track

Underground ducting for visible improvement of ABD

Investment

Opportunities

Design, develop, construct, install, operate and maintain the

assets for a specified time period.

Install, implement, commission, manage and operate signage

and advertisement boards.

Share surplus revenue with SPV.

Connectivity Located on Howrah-Nagpur-Mumbai train line

Connected with NH 143, AH46 and SH-10

Rourkela airport expected to be converted into mini airport


Transit complex,

Multi-level smart parking,

Information kiosk,

e-rickshaw stand;

112 km pedestrian friendly roads;

Underground ducting for 45 km;

15 automatic signalized junctions, 5 bus-stops;

98 km dedicated cycle track;

12 km designated no-vehicle zones;

6 footover bridges. zones

Nodal agency Rourkela Municipal Corporation


Municipal Commissioner

Rourkela Municipal Corporation

Udit Nagar, Rourkela, Odisha 769012


Phone: 0661-2500388


192

8.11. Rourkela Smart City – SURAKSHIT ROURKELA

Name of Project 1.2. Rourkela Smart City – SURAKSHIT ROURKELA


Area of the project

Pan city


INR 67 Crores


Status of approvals


Project contours Emergency response system

CCTV Cameras with ANPR and face detection

Signage in Critical Areas

Investment

Opportunities

CCTV vendor to install cameras and manage O&M.

Security vehicles vendor to procure and provide maintenance

support for vehicles used by police, hospitals etc.

Emergency Response Centre vendor to procure and install

equipment, provide proprietary license and software, manage

services and provide high-end analytics through FTEs.





CCTV cameras at 30 strategic locations

Street signages

Emergency response system.







Phone: 0661-2500388


193

8.12. Rourkela Smart City – Brahmani Riverfront Development in PPP

Name of Project Rourkela Smart City – Brahmani Riverfront Development in PPP


Area of the project

148 acres


INR 340 Crores


Status of approvals


Project contours The project includes development of 148 acres of Brahmani

Riverfront along 3 km stretch to provide a meaningful

waterfront environment and to redefine an identity of Rourkela

around the river;

In addition, Pan-City projects including unified command &

control centre, GIS mapping etc. will also supplement

implementation of the project

Development of Brahmani Riverfront

Development of Smart Recreation Zone

Investment

Opportunities

Develop the area as per approvals.

Maintain the area for 10 years as per agreement.





Landscaped gardens,

Theme park,

Tribal-Haat,

Wi-fi hotspots,

Vending zones

Recreation facilities,

Convention hall;

Stadium.







Phone: 0661-2500388


194

8.13. Rourkela Smart City – JALDHARA Project

Name of Project Rourkela Smart City – JALDHARA Project


Area of the project

Pan city


INR 95Crores


Status of approvals


Project contours Installation of SCADA

Installation of smart meters at household level

Waste water recycling and rain water harvesting in all public

buildings

Investment

Opportunities

Design, develop, construct, install and maintain the assets for

a specified time period.





SCADA to monitor from a single point the water quantity, quality, treatment & distribution process in real time;

24000 smart water meters;

21 rain water harvesting systems in public buildings







Phone: 0661-2500388


195

8.14. Rourkela Smart City – Green Rourkela

Name of Project Rourkela Smart City – Green Rourkela


Area of the project

Pan city


INR 222.6 Crores


Status of approvals


Project contours GREEN ROURKELA includes connected neighborhood project with

high quality Parks/open spaces for creating unique identity and

enhancing social interaction

Citizen friendly parks

Smart electricity meters

Air Quality Monitoring

Solar panels in public buildings and solar powered sensor

based LED street lamps

Smart Power Grid

Investment

Opportunities

Execute installation of smart meters to improve visualization of

energy consumption and power quality management.

Solar panels: Install on turnkey basis along with O & M for the

next 20 to 25 years





8.5 lakh sqft Solar Panels in public buildings & facilities;

3271 Energy-efficient Intelligent LED Street lights;

24000 Smart Electric Metering;

1120 sensors for air quality monitoring;

Public information systems for air and water quality monitoring;

Wifi,

Yoga centre







Phone: 0661-2500388


196

8.15. Rourkela Smart City – Integrated Informal Settlement

Name of Project Rourkela Smart City – Integrated Informal Settlement


Area of the project

Pan city


INR 283.9 Crores


Status of approvals


Project contours Integrated informal settlements program using local material

and solar roof top

The projects will be developed individually on PPP model.

The concessionaire will quote a “concession fee” either

positive (premium) or negative (VGF), depending on the

individual project structure.

Provide for transit housing

Develop EWS units as per contract and handover to

government for allotment

Investment

Opportunities

Realize revenue from Developer’s area to cross-subsidize

EWS housing.





In-situ redevelopment of 8000 dwelling units with access to all basic services,

13 tele-medicine centers,

13 smart class rooms,

Solar rooftop, rain water harvesting,

Energy efficient lighting

Waste water recycling system.







Phone: 0661-2500388


197

8.16. Rourkela Smart City – Vibrant Rourkela

Name of Project Rourkela Smart City – Vibrant Rourkela


Area of the project

Pan city


INR 309 Crores


Status of approvals


Project contours Upgradation of Markets

Setting up of Information Kiosks

Skill development & incubation/ training centers - - One Project

Implementing Agency will be responsible for Identification,

Integration, Incubation and Innovation support.

Investment

Opportunities

Upgradation of markets: The contract will be structured in

following ways: Outright auction, Joint Venture (Incorporated/

Unincorporated) or Development Agreement

Skill Development and Incubation Center Implementing

Agency: Coordination with industry for apprenticeship, Run

incubation centres for MSMEs





Local skill development/ incubation center for youths;

Vending zones for promoting livelihood;

Tribal art centre for promotion & preservation of tribal & folk arts;

Smart parking;

Market area redevelopment







Phone: 0661-2500388


198

8.17. Rourkela Smart City – CITY GOV Project

Name of Project Rourkela Smart City – CITY GOV Project


Area of the project

Pan city


INR 210.6 Crores


Status of approvals


Project contours Development of Smart City App (comprising Employment/

Industry portal, Emergency response system, Grievance

redressal system etc.)

One-Stop Rourkela: Citizen Facilitation Center

Setting up of one stop Rourkela centres

Setting up of command and control center

Setting up of OFC duct network

Establishing WIFI hotspots

Undertake GIS based mapping

Setting up of data center

Digitization of records

Investment

Opportunities

Opportunity for solution vendors

PPP/Vendor opportunity for Public Wi-Fi and optical fibre

Vendor opportunity for IOC and Citizen services





Citizen Facilitation Center comprising of 200 Touch screen

kiosks, Call Centre, 40 Telemedicine/e-health centers, etc.

Command and control center

OFC duct network

WIFI hotspots

Data center







Phone: 0661-2500388


199

8.18. Rourkela Smart City – PARIBAHAN Project

Name of Project Rourkela Smart City – PARIBAHAN Project


Area of the project

Pan city


INR 62.6 Crores


Status of approvals


Project contours GPS tracking of 30 buses

Battery operated e-Rickshaws with charging stations

Adaptive Traffic Signals

Smart Parking App

Public Information System (PIS) at bus stops, junctions

Fleet Management from Central Command & Control Center

Investment

Opportunities

Vendor opportunities for Intelligent Road Asset Management

Systems,

Opportunity for Network operators, Smart Parking vendors,

and vendors for Adaptive Traffic Signals





ICT based intelligent traffic management system,

Adaptive traffic signals,

e-buses/e-rickshaws,

Smart parking,

Passenger information systems







Phone: 0661-2500388


200

8.19. Rourkela Smart City – Swachh Rourkela Project

Name of Project Rourkela Smart City – Swachh Rourkela Project


Area of the project

Pan city


INR 554.5 Crores


Status of approvals


Project contours Clean City Initiatives

Waste to Resource

O & M (collection & segregation) for 5 years along with capex

(transportation & disposal) to be funded by the SPV.

Treatment / Disposal will be done on PPP basis.

Investment

Opportunities

Opportunity for Solid Waste Management service provider companies





Sensor tagged waste bins,

Geo-tagged collection vehicles and other infrastructure assets







Phone: 0661-2500388


201

9. Chemicals, Petro-Chemicals and Plastic

9.1. Petroleum, Chemicals and Petro-Chemicals Investment Region (PCPIR),

Paradip

Name of Project PCPIR

Project Location District: Jagatsinghpur and Kendrapada, Town: Paradip

Area of the project 284 sq. km


$ 2,041 million (INR 13,643 crore)

Focus sector Chemicals and Petro chemicals

Employment Approx. 2,00,000 (Direct) and 4,50,000 (Indirect)

Status of approvals In-principle approval for the establishment completed. MoA signed with GoI. Master Plan under preparation.

Project contours The project is strategically located at Paradip anchored by the Paradip Port, the largest port on the east coast of India.

Indian Oil Corporation Limited (IOCL), India’s biggest state-owned oil and gas corporation, is the Anchor Tenant with the refinery under operation.

The project has committed feedstock comprising of:

Paraxylene – 200 KTA

Polypropylene – 700 KTA

Petcoke – 1250 KTA

Mono Ethylene Glyco – 400 KTA


Integrated Petrochemical Products such as Polyester Chips, Fibres, PET Bottles, PET Chips, Sheets and Thermoforming

Industrial Distillates

Research & Development

Development of Infrastructure

Connectivity The region is 2.5 km form NH-5A and 3 kms from SH-12

Railway head is already present at Hardaspur within the region.

The region is 120 kms from Bhubaneswar International Airport. The region however has a proposed airport to be built within the zone.

The region is situated adjacent to Paradip Port


The Government ensures 24/7 power supply, which is estimated to require 2000 MW of power.

650 MLD water supply will be met by a perennial river source

5 MMTA Gail terminal and 5MMTA IOCL terminal will be developed as part of the region.

Logistic hub will be developed within the region with truck parking, loading and unloading bays





202


203

9.2. Paradip Plastic Park

Name of Project Paradip Plastic Park

Project Location Siju Village, Kujang Tehsil, Jagatsinghpur District

Area of the project 120 sq. km


$ 16 million (INR 107 crore)

Focus sector Chemicals and Petro chemicals


Status of approvals In-principle approval for the establishment completed. MoA signed with GoI. Master Plan under preparation.

Project contours The park is present within the PCPIR adjacent to the IOCL refinery.

It is expected to provide integrated infrastructure for making value added products like woven sacks, plastic pipes, injection moulded components, films, pouches, packaging products and other consumer plastic products. The project site will also include supporting infrastructures such as training institutes, research facilities and testing centres.


Major Opportunities include investment in injection moulding, blow & roto moulding and extrusion moulding facilities.

Connectivity The region is 2.5 km form NH-5A and 3 kms from SH-12

Railway head is already present at Hardaspur within the region.

The region is 120 kms from Bhubaneswar International Airport. The region however has a proposed airport to be built within the zone.

The region is situated adjacent to Paradip Port


Commitment of 1.5 MLD of water from Water Resources Department, Odisha

22 MW of proposed power requirement to be met by Govt.






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9.3. Development of Chemical units based on Coal Gasification – Talcher

Name of Project Development of Chemical units based on Coal Gasification

Project Location Industrial locations of Talcher




Mode of Development Government / PPP/ Private

Project contours GoI is planning to develop a policy for production of urea and ethanol

based on coal gasification.

Recognizing the potential of coal gasification, there are 2-3 projects

already underway in Odisha. These are:

RCF’s urea plant: - Urea from Coal gasification: GAIL (India) Limited, Coal India Limited (CIL), Rashtriya Chemicals and Fertilizers (RCF) and Fertilizer Corporation of India Limited (FCIL) have signed Joint Ventures Agreements (JVAs) to set up an Integrated Coal Gasification cum Fertilizer and Ammonium Nitrate complex at Talcher in Odisha.

JSPL (Jindal Steel and Power Limited) has recently set-up coal gasification unit in Angul, Odisha. Lurgi is the technology supplier.

IOCL has done a JV with Celanese (also the technology supplier) for setting up an ethanol and acetic acid plant via petcoke gasification at Paradip (Odisha).

More such plants will be encouraged for manufacturing of urea and

ethanol, along with downstream chemicals

Investment

Opportunities Development of industrial infrastructure


The Industrial Policy identifies Chemicals and Petrochemicals as a priority sector for investment providing additional incentives.

The Policy provides for special incentives for employment generating industries and is committed to providing 24X7 power and a dedicated industrial feeder to industries.

Additional incentives are provided for “Anchor Units” in the sector.


9.4. Development of Chemical units based on Coal Gasification - Angul


Project Location Industrial District of Angul




205











Investment







9.5. Development of Chemical units based on Coal Gasification - Jajpur


Project Location Industrial Districts of Jajpur









RCF’s urea plant: - Urea from Coal gasification: GAIL (India) Limited, Coal India Limited (CIL), Rashtriya Chemicals and Fertilizers (RCF) and Fertilizer Corporation of India Limited (FCIL) have signed Joint Ventures Agreements (JVAs) to set up

206

an Integrated Coal Gasification cum Fertilizer and Ammonium Nitrate complex at Talcher in Odisha.





Investment







9.6. Development of Chemical units based on Coal Gasification – Paradip


Project Location Industrial locations of Paradip














207

Investment







9.7. Development of a chemical and pharmaceutical cluster in Berhampur

Name of Project Development of chemical and pharmaceutical cluster in Berhampur

Project Location Berhampur

Investment INR 10 Crore for the development of common utilities and CETP at the

cluster site.

Land Area 50-80 acre

Employment Approx. 1000-5000


Project contours Berhampur is industrial hub for food and textiles.

Jayashree Chemicals, a large manufacturing company producing basic chemicals, has its base in Berhampur. Besides this, about 385 small scale chemical units86 with an invested capital of over INR 10 Crore, employing over 2500 people, are also present in the district. This makes it a suitable location for expansion of the chemical cluster.

Essential chemicals include caustic soda which is the most basic alkali used in all industries (Aluminum, Textiles, Surfactants, Paper, Inorganic Chemicals, Organic Chemicals), and need basic salt for production. Odisha’s salt production is primarily done in Ganjam and Sumadi, and hence is location-convenient.

Berhampur is only 40 minutes from Gopalpur via NH-59 (15 km). Gopalpur has an operational port which is an enabler for a growing industrial zone. The port also has a proposed SEZ which is expected to attract investments of INR 10,000 Crore and opportunities for employment for 10,000 people. The SEZ is expected to house industries in steel, allied downstream, chemical, engineering and emerging sectors.

Investment






208

Nodal agency Department of Industries

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10. Energy

10.1. Development of Solar Parks of 1000 MW in Odisha - Balasore

Name of Project Development of Solar Park of 1000 MW in Odisha

Project Location Districts of Balasore having two (2)

Area of the project 6,087.28 Acres

Approx. Project cost INR 5000 crore

Focus sector Renewable Energy (Solar)

Status of approvals Project preparation activities underway

Project contours Solar PV projects will be developed at 7 Nos of sites spread across 6 districts of the State

The projects are envisaged to be developed under the Solar Park scheme of MNRE

The project envisages to seek World Bank funding for the development of internal infrastructure, such as substations and associated transmission lines, of the project.

The implementing agency is GEDCOL


The interested firms could bid for the project upon commencement of the bid process by GEDCOL

Connectivity The transmission infrastructure for connecting the project to the grid is envisaged to be funded using World Bank financing.


Land required for the development of 1000 MW solar PV projects

Road connectivity

Evacuation infrastructure

Nodal agency Green Energy Development Corporation of Odisha Limited


Managing Director Green Energy Development Corporation of Odisha Limited Odisha Police Housing & Welfare Corporation Building Vanivihar Chowk, Janpath, Bhubaneswar – 751022 Telephone : +91-674-2542922

Fax: +91-674--2542102



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10.2. Development of Solar Parks of 1000 MW in Odisha - Keonjhar
















Road connectivity





Fax: +91-674--2542102



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10.3. Development of Solar Parks of 1000 MW in Odisha - Deogarh


Project Location Deogarh














Road connectivity





Fax: +91-674--2542102



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10.4. Development of Solar Parks of 1000 MW in Odisha - Boudh


Project Location Boudh














Road connectivity





Fax: +91-674--2542102



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10.5. Development of Solar Parks of 1000 MW in Odisha - Kalahandi
















Road connectivity





Fax: +91-674--2542102



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10.6. Development of Solar Parks of 1000 MW in Odisha - Angul
















Road connectivity





Fax: +91-674--2542102



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11. Tourism

11.1. Destination Development – Satapada, Puri

Name of Project Destination Development under Coastal Circuit, Odisha – Satapada, Puri

Project Location Satapada, Puri district

Approx. Project cost INR 5.23 crore

Focus sector Tourism

Status of approvals Approved by Ministry of Tourism, Government of India under Swadesh Darshan Scheme.

Project contours Satapada is the home of Irrawady dolphins in Chilka Lake and attracts large number of tourists

The main attraction at Satapada is its Chilika boating and Dolphin watch

The project envisages creation of enabling infrastructure for development of Satapada as a major tourism destination along the Coastal Circuit.


Construction of support infrastructure

Connectivity Nearest Railhead – Puri (50 Km)

Nearest airport – Biju Patnaik International Airport, Bhubaneswar (105 Km)

Connected by National Highway 203 & 203A


Jetty for Ferry Ride

Tourist Reception Center

Approach Road

Solar Lighting (Small)

Solar Street Lights

Jetty for Speed Boats

Solid Waste Management

Sewage Treatment Plant

Nodal agency Odisha Tourism Development Corporation (OTDC)


The Managing Director

OTDC Head Office, Panthanivas (Old Block), Lewis Road, Bhubaneswar - 751014

Tel.No. (91-674) 2430764, email: [email protected], [email protected]


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11.2. Destination Development – Barkul, Ganjam

Name of Project Destination Development under Coastal Circuit, Odisha – Barkul, Khordha

Project Location Barkul, Khordha district




Project contours A major tourism attraction in Odisha, Barkul is located between hills on one side and the largest brackish water lake in Asia, Lake Chilika covering an area of over 1,100 sq. km

Barkul has an existing OTDC Water Sports Complex

The project envisages creation of enabling infrastructure for development of Barkul as a major tourism destination along the Coastal Circuit.



Connectivity Nearest Railhead – Balugaon (5 Km)


Connected by National Highway NH-5


Water sports (Banana Boat, Water Zorbing, Bandwagon, Grandstand etc)

Floating Restaurant (100 Seat)

Jetty for ferry ride

Solar Street Lighting

Golf Carts, Gazebos and Benches

Road Enhancement

Solid Waste Management

Sewage Treatment Plant







217

11.3. Destination Development – Tampara, Ganjam

Name of Project Destination Development under Coastal Circuit, Odisha – Tampara Lake, Khordha

Project Location Tampara lake, Chhatrapur, Ganjam district




Project contours About 12 km from Chhatrapur, Tampara is a fresh water natural lake and one of the major tourist attractions in the region.

Tampara lake is 8 Km long and 0.8 Km wide

Boating, jungle trek and excursion are the major tourism activities

The project envisages creation of enabling infrastructure for development of Tampara lake as a major tourism destination along the Coastal Circuit.



Connectivity Nearest Railhead – Chatrapur (12 Km)




Water Park

Big Jetty

Eco - Cottages 12 Rooms

Tourist Reception Centre

Enhancement of Water Sports (5 Jet ski & 5 Speed Boat)

Solid Waste management


Roads







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11.4. Destination Development – Special Tourism Area at Gopalpur, Ganjam

Name of Project Destination Development under Coastal Circuit, Odisha – Special Toursim Area at Gopalpur, Ganjam

Project Location Gopalpur, Ganjam district




Project contours Famous sea beach and tourist destination around 15 km from Berhampur

Gopalpur has existing OTDC Water Sports Complex

Wind Surfing, Rowing, Scuba Diving, Swimming, Paddle Boat, Water Scooter are some of the major sports and fun rides being provided for tourists as well as professionals



Connectivity Nearest Railhead – Balugaon (5 Km)




Aquatic Centre

Water Sports Complex

Tourist Reception Center

Sand Art Park

Marine Museum



Roads







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11.5. Chilika Development Authority – Aranya Eco Village, Ganjam

Name of Project Destination Development – Aranya Eco village

Project Location Khallikote, Ganjam district

Land Area 2.5 acres



Status of approvals Master Plan under final stages of approval

Project contours Capacity of the proposed Eco Village would be 40 traditional cottages.

The village would act as base for adventure activities in forest & Salia Dam such as 1 day / 2 day / 3 day forest trails, tree walks, hurdle trails etc.

A village with cottages carefully designed from eco - friendly materials resembling ethnic huts found in the locality. It would merge into the surrounding terrain.

The village would provide unique staying facility with flavors of local lifestyle to the tourists visiting Mangalajodi and Nairi.

The tourist will enjoy local cuisines at the restaurant developed with rustic design and interior after a rejuvenating experience at spa and naturopathy centre.


Construction of support infrastructure and built infrastructure

Connectivity Site is located at around 5 Kms from NH – 5 connecting Bhubaneswar and Berhampur



Natures Trail

40 Eco cottages



Nodal agency Chilika Development Authority


Chief Executive, CDA

C1, BJB Nagar, Bhubaneswar

220

11.6. Chilika Development Authority – Iconic Tower, Satpada

Name of Project Chilika Development Authority – Iconic Tower

Project Location Satpada, District : Puri

Land Area 10 acres




Project contours Iconic tower is envisage as symbol of Chilika that will be visible from far

From its top viewing gallery, Sea Mouth, Nalaben, Barkul, Honeymoon Island, Rambha and other landmarks will be visible.

Other activities includes-

Lagoon Park - that houses Aquarium, Marine Zoo,

Auditorium (for 150 people), Bird Galleries.

Amenities corner/Food Court to accommodate

250-300 people at one time.

An Amphitheatre which will house a laser based audio visual show telling the story of Chilika.



Connectivity Site is located at around 5 Kms from NH – 203 A connecting Satpada and Puri


Satapada has water way connectivity to other clusters.





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11.7. Chilika Development Authority – Day Cruise

Name of Project Chilika Development Authority – Day Cruise

Project Location Satpada to Barkul




Project contours Positioned to experience the vastness of the lake and to cover significant spots.

Day trip would be in a Cruise Ship with viewing gallery on upper deck and restaurant/cafe, sitting cum viewing area on lower deck. Fitted with binoculars & guides for complete experience.

Two ships stationed at Satapada and one at Barkul. Both locations could offer morning and evening tours lasting 4-5 hours each.









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11.8. Chilika Development Authority – Day Cruise

Name of Project Chilika Development Authority – Day Cruise

Project Location Satpada to Barkul




Project contours Positioned to experience the vastness of the lake and to cover significant spots.

Day trip would be in a Cruise Ship with viewing gallery on upper deck and restaurant/cafe, sitting cum viewing area on lower deck. Fitted with binoculars & guides for complete experience.

Two ships stationed at Satapada and one at Barkul. Both locations could offer morning and evening tours lasting 4-5 hours each.



Connectivity Can be approached from Satpada and Barkul






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11.9. Chilika Development Authority – Water Sports at Rambha

Name of Project Chilika Development Authority – Water Sports at Rambha

Project Location Rambha




Project contours The project would provide wide range of water based recreational activities such as daytime water sports and laser show in evening which can be attractions to promote the node.

The proposed project positions Rambha as an adventure destination. Children and young tourists would be the target segments.

Locals can be employed for operation and maintenance of the project after adequate training. The visitors can also get training for water sports from the professional trainers.

The activities can be operated from existing jetty at Rambha with installation of additional floating jetties for smooth and hassle free operations. The tourists can enjoy a water laser show and water stunts conducted by the professionals in the evening as promotional feature.



Connectivity Rambha is around 100 kms from Capital city of Bhubanewar

Rambha lies at a distance of 3 Kms from NH - 5





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11.10. Chilika Development Authority – Luxury Resort & Convention Center

Name of Project Luxury Resort & Convention Center at Rambha


Land Area 33 acres




Project contours Rambha site provides an opportunity to capture tourist of the thriving leisure and corporate (MICE) segment in the hills-water sub-segment.

Proposal for a high end luxury resort with an international convention centre.

Accommodation 84 units (Lake view villas, deluxe rooms etc)

Restaurant 1440 persons pd

Auditorium facilities 500 persons

Café 360 persons pd

Main Hall 1000 persons









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11.11. Chilika Development Authority – Tourism Node at Mangaljodi

Name of Project Tourism Node at Mangaljodi

Project Location Mangaljodi

Land Area 4 acres




Project contours Mangaljodi is known for its scenic beauty and migratory birds

Large piece of land next to village with access road bypassing the village is ideal for creating an Integrated Tourist Node with following facilities:

49 room hotel

Parking for visitors

Tourist Interpretation Centre, Restaurant, Cafe, ATM and Convenience Stores

Handicrafts and Souvenir Stores

Police Post & Primary Health Centre

Emergency Services.



Connectivity Mangaljodi is around 75 kms from Capital city of Bhubanewar

Mangaljodi lies at a distance of 5 Kms from NH - 5





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11.12. Chilika Development Authority – Tourism Node at Rambha

Name of Project Tourism Node at Rambha


Land Area 6 acres




Project contours Capacity of Panthnivas developed by State Tourism (OTDC) at Rambha is exhausted.

Existing Panthnivas at Rambha, can be redeveloped as tourism node which would have cluster of budget hotels, tourists’ amenities, parking along with an interpretation centre and jetty for water based recreation activities.

The room demand at Rambha could increase upto appox 370 rooms by 2020 and 900 rooms by 2025.

Capacity of the proposed hotel would be 94 rooms with shops in basement and parking facilities.







Chief Executive

C1, BJB Nagar

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11.13. Chilika Development Authority – Hotels Hub at Satpada

Name of Project Hotels Hub at Satpada

Project Location Satpada

Land Area 2 acres




Project contours Satapada receives significant diversion of day tourists from Puri.

The projected demand for accommodation at Satapada is appox. 390 rooms by 2020 and 700 rooms by 2025.

Proposed cluster of 2 star and 3 star category hotels at Satapada would encourage the tourists to stay which would help the local economy.

Initially 60 rooms are proposed to be constructed at a cost of Rs. 20.54 crore (escalated). (1 hotel of 60 rooms or 2 hotels with 30 rooms each).







Chief Executive

C1, BJB Nagar

228

11.14. Chilika Development Authority – Eco Village at Rambha

Name of Project Tourism Node at Rambha


Land Area 5 acres




Project contours Chilika has many islands that are preserved because of CRZ-I guidelines. They offer an exquisite and unique opportunity for camping or similar activity that will maintain the environment.

Log huts, wooden chalets or huts of any other eco-friendly material and tents on island would provide self-contained units for tourists interested in staying at secluded places.

The room demand at Rambha could increase upto appox 370 rooms by 2020 and 900 rooms by 2025.

Capacity of the proposed Eco Village would be 45 units which include wooden cottages, chalets and camps.



Connectivity Rambha is around 100 kms from Capital city of Bhubaneswar




Chief Executive

C1, BJB Nagar


Director of Employment & Employment Mission, Odisha

3rd floor, Niyojan Bhawan

Kharavela Nagar, Bhubaneswar, Odisha

Email: xxxxxx

Investment Opportunities for Down Stream Industries

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Contents 1. Investment Opportunities for Down Stream Industries in Aluminium ....................................... 232

1.1. Facility for manufacturing of Aluminium Die Casting ............................................................. 232

1.2. Facility for manufacturing of Aluminium Shots & Notch Bars ................................................ 233

1.3. Facility for manufacturing of Aluminium Wire Rod ................................................................ 234

1.4. Facility for Manufacturing of Aluminium Powder .................................................................. 236

1.5. Facility for Manufacturing of Caps and Closures .................................................................... 238

1.6. Facility for Manufacturing Fabricated Aluminium Products ................................................... 239

1.7. Facility for Manufacturing of Aluminium Circles .................................................................... 240

1.8. Facility for Manufacturing of ACSR Grade Aluminium Conductors ........................................ 241

1.9. Facility for Manufacturing of AAAC Grade Aluminium Conductors ........................................ 243

1.10. Facility for Manufacturing of Aluminium Extrusion ............................................................ 245

1.11. Facility for Manufacturing of Aluminium Forgings ............................................................. 247

1.12. Facility for Manufacturing of Aluminium Hinges ................................................................ 248

1.13. Facility for Manufacturing of Aluminium Utensils .............................................................. 249

1.14. Facility for Aluminium Recycling Plant ................................................................................ 251

1.15. Facility for Manufacturing of Aluminium Tower Bolts ........................................................ 252

1.16. Facility for Manufacturing of Vanatian Blinds .................................................................... 253

1.17. Facility for Anodising Plant ................................................................................................. 254

1.18. Setting up of Centralised Metal Testing Laboratory ........................................................... 256

1.19. Facility for Manufacturing Aluminium Dross Processing .................................................... 257

1.20. Facility for Expanded Metal Mesh Manufacturing ............................................................. 258

2. Investment Opportunities for Down Stream Industries in Steel ................................................ 259

2.1. Manufacturing of Hinges ........................................................................................................ 259

2.2. Manufacturing of Link Chains ................................................................................................. 260

2.3. Manufacturing of Welding Electrodes .................................................................................... 261

2.4. Manufacturing of Hacksaw Blades .......................................................................................... 263

2.5. Manufacturing of Self Tapping Screws ................................................................................... 264

2.6. Manufacturing of Production of Wire Nail ............................................................................. 265

2.7. Manufacturing of Corrugated Sheets ..................................................................................... 266

2.8. Manufacturing of Adjustable Hospital Beds ........................................................................... 267

2.9. Manufacturing of Agricultural Implements ............................................................................ 268

2.10. Manufacturing of Barbed wire ............................................................................................ 269


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2.11. Expanded Metal Mesh Manufacturing Unit ....................................................................... 270

2.12. Cable Tray Manufacturing Shop .......................................................................................... 271

2.13. Electric Panel Manufacturing Shop ..................................................................................... 272

2.14. Bar Bending & Mesh Making Unit ....................................................................................... 273

2.15. Wire Drawing Plant ............................................................................................................. 274

2.16. Manufacturing of Lancing Pipe ........................................................................................... 275

2.17. Manufacturing of Steel Furniture ....................................................................................... 276

2.18. Manufacturing of Steel Pipes .............................................................................................. 277

2.19. Motor Rewinding Shop ....................................................................................................... 278

2.20. Manufacturing unit for Galvanising facilities for structural pipes ...................................... 279

2.21. Pipe Coating Plant ............................................................................................................... 280

2.22. Fabrication Shop ................................................................................................................. 281

2.23. Forging Shop ....................................................................................................................... 282

2.24. Foundry Shop ...................................................................................................................... 283

3. Investment Opportunities for Down Stream Industries in Stainless Steel ................................. 284

3.1. Facility for manufacturing of Cutlery ...................................................................................... 284

3.2. Facility for manufacturing of Bathroom Fixture ..................................................................... 286

3.3. Facility for manufacturing of Sinks.......................................................................................... 287

3.4. Facility for manufacturing of Staplers ..................................................................................... 288

3.5. Facility for manufacturing of Stainless Steel Drum and Bucket .............................................. 290

3.6. Facility for manufacturing of Fasteners (Bolts) ....................................................................... 293

3.7. Facility for manufacturing of SS Flanges ................................................................................. 294

3.8. Facility for manufacturing of Self -Tapping Screws ................................................................. 295

3.9. Facility for manufacturing of Hinges ....................................................................................... 296

3.10. Facility for manufacturing of Razor Blades ......................................................................... 297

3.11. Facility for manufacturing of Stainless Steel Westwood Rims and Mud Guard ................. 298

3.12. Facility for manufacturing of Stainless Steel Wire .............................................................. 299

3.13. Facility for manufacturing of Bright Bars ............................................................................ 301

3.14. Facility for manufacturing of Stainless Steel Pipes ............................................................. 302

3.15. Facility for manufacturing of Stainless Steel Structures ..................................................... 303

3.16. Facility for manufacturing of Pencil INGOT Caster for Stainless Steel ................................ 304

3.17. Facility for Stainless Steel Annealing Shop ......................................................................... 305

3.18. Facility for manufacturing of Rerolling mills for Stainless Steel INGOTs ............................ 306


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3.19. Facility for Fabrication shops for smaller items .................................................................. 307

3.20. Facility for Fabrication shops for larger items .................................................................... 308

3.21. Facility for Service Center ................................................................................................... 309

3.22. Facility for manufacturing of Expanded Metal Mesh Manufacturing Unit ......................... 310

4. Incubation Centres ...................................................................................................................... 311

4.1. MSME Start-up Incubation Centres - Khurdha ....................................................................... 311

4.2. MSME Start-up Incubation Centres - Sambalpur .................................................................... 312

4.3. MSME Start-up Incubation Centres - Ganjam ......................................................................... 313

4.4. MSME Start-up Incubation Centres - Kandhamal ................................................................... 314

4.5. MSME Start-up Incubation Centres - Dhenkanal .................................................................... 315

4.6. MSME Start-up Incubation Centres - Nabarangapur .............................................................. 316

4.7. MSME Start-up Incubation Centres - Rayagada ...................................................................... 317


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1. Investment Opportunities for Down Stream Industries in Aluminium

1.1. Facility for manufacturing of Aluminium Die Casting

Name of Project Facility for Manufacturing of Aluminium Die Casting

Project Location Angul & Jharsuguda

Area requirement 2,500 sq m


a) Land and Buildings : ~ INR 2 – 4 Crores (at Angul)/

~ INR 1 - 3 Crores (at Jharsuguda)

b) Plant and Equipment : ~ INR 12 – 15 Crores

Project Scale Capacity – about 510 to 520 tonnes per year

Process In pressure die casting the molten metal is introduced under pressure into a metallic die and allowed to solidify to produce near-net-shapes. Two types of die casting machines known as cold chamber and hot chamber are usually used. Because of its high melting point, aluminium silicon alloy is die cast in cold chamber pressure die casting machine.

In cold chamber operations the molten metal is usually maintained at constant temperature in an adjacent furnace, where transfer of successive shots to the machine chambers can be accomplished manually. Electrically heated types furnaces has been envisaged.

During the process high pressure is applied, so lower molten metal feeding temperature is used. Metal for a single shot is loaded into a cylindrical chamber through a pouring aperture. As the piston forces metal into the die, the entire operation being completed in a few seconds, so that iron contamination is virtually eliminated. Using this technique much higher injection pressure in the range of 70–140 Mpa is feasible, enabling lower metal to be employed and greater intricacy achieved.

Testing of the products is followed by the last step of the process, viz. packaging, which ensures product safety from any outer mechanical damage as well as protection from moisture and contaminants.

Utilities Electricity (Connected Load) – approx. 6 MVA

Water about 3 to 4 m3/ day

Compressed Air about 15 to 20 Nm3/min

Manpower requirement

30

Nodal agency Investment Promotion and Investment Corporation of Odisha Limited (IPICOL)


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233

1.2. Facility for manufacturing of Aluminium Shots & Notch Bars

Name of Project Facility for Manufacturing of Aluminium Shots & Notch Bars


Area requirement 2500 sqm


a) Land and Buildings : ~ INR 1.2 – 1.5 Crores (at Angul)/

~ INR ~ 1 Crores (at Jharsuguda)


Project Scale Capacity – about 500 tonnes per year

Process The basic steps involved in the manufacture of Aluminium shots and Notch bars are as follows:

(i) Melting

(ii) Casting

(iii) Grading

(iv) Inspection and Testing

Commercial grade Aluminium of 99% purity is suitable for manufacture of shots and notch bars. Alternatively, in case of using aluminium scrap, it should be properly segregated and subjected to magnetic separation to avoid iron contamination. Melting is carried out in fuel fired melting furnace of capacity 2T. Aluminium scrap and ingots are preheated to remove oil or moisture before introducing into molten metal. The melting is carried out under protective cover flux to avoid excessive melting bases.

Aluminium shots are made by passing molten aluminium at a correct temperature through refractory coated vibratory sieve. The metal beneath the sieve is collected in a water tank with an arrangement for continuous circulation of water.

The shots so obtained from the water tank are graded and oversized shots are sent for remelting. Samples from a representative lot are sent for chemical analysis. The material conforming to the standards is weighed and packed.


Auxiliary facilities such as lubrication systems, etc. will be part of the individual machines.

Utilities Electricity (Connected Load) – approx. 2 MVA



File Oil - 80 kg/ t of casting


20



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234

1.3. Facility for manufacturing of Aluminium Wire Rod

Name of Project Facility for Manufacturing of Aluminium Wire Road


Area requirement 4 to 5 acre






Process Presently, only continuous casting and rolling process for production of aluminium wire rod is being followed by almost all producers.

EC grade aluminium ingots are melted alongwith return scrap and suitably alloyed with Mg and Si to produce Al-Mg-Si alloy. The prepared metal is transferred into a tundish and thereafter into a mould for bar casting. Modern practices also involve an in-line metal refining system which comprises of a degasser and ceramic foam filtration unit. The metal should be absolutely free from entrapped gases and non-metallic inclusions. For achieving the same, continuous in-line metal refining system is adopted. The molten metal is properly fluxed and all dross is taken out of furnaces before transfer or casting of metal. Fuel can be LSHS or diesel depending upon the availability aspects. The furnaces used can be stationary type or tilting type depending upon the technological considerations.

The rod casting machine is equipped with a metal transfer trough, a casting plate and a structure supporting the casting machine and the cast rod. Molten metal fed into the trough solidifies as a result of the cooling effect of the rotating wheel and covering steel band. An appropriate mechanism is adopted with the machine above the casting wheel to extract the cast bar from the wheel during operation. The emerging cast bar through a casting wheel has a trapezoidal cross-section. The surface of the casting wheel in touch with aluminium should be absolutely smooth and polished. The auto-lubrication of casting wheel is provided to keep the bars free from casting wheel during operation.

The casting wheel and band are cooled by water spraying nozzles. The Casting water spray system is provided with auto back wash filter to clean the cooling water before entering into water spraying nozzles. PLC based recipe driven cooling water spray control is provided for alloy as well as EC grade wire rod production. The solidified rod leaves the casting wheel and passes onto the rolling line (properzi) having a number of rolling mill strands which reduce the size and shape of bar in stages and finally wire rod of 9.5 mm dia is produced. The wire rod further travels to the coiler and gets wound up as a coil having a weight around 2 MT each.

A soluble oil emulsion system is provided to furnish cooling during the working of the cast bar to desired diameters. Emulsion filtration system is capable of separating aluminium fines, tramp oil and debris, if any. Fume / steam exhaust system is provided in emulsion pit for better working environment. A dual reel coiler is provided to produce dense level wound coils with minimum surface damage to


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235

the wire rod. Proper mechanism is provided to ensure compaction of coiled wire rod. Coils are transferred to operation floor level and finally to storage area using fork lift.

The complete EC Rod manufacturing process has been shown in the process flow sheet below :


Utilities Electricity (Connected Load) – approx.10 MVA





18 to 20



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236

1.4. Facility for Manufacturing of Aluminium Powder

Name of Project Facility for Manufacturing of Aluminium Powder


Area requirement 2,500 sq m






Process Commercial grade Aluminium of 99% purity is suitable for manufacture of aluminium powder for general applications. The metal is melted in furnaces and the temperature maintained is around 720 – 750 deg C. Subsequently, atomization is accomplished by forcing the molten metal stream through an orifice at moderate pressures. A air or gas is introduced into the metal stream just before it leaves the nozzle, serving to create turbulence and exits into a large collection volume exterior to the orifice. Air and powder streams are segregated using gravity or cyclonic separation. Simple atomization techniques are available in which liquid metal is forced through an orifice at a sufficiently high velocity to ensure turbulent flow. Other techniques such as nozzle vibration, nozzle asymmetry, multiple impinging streams, or molten-metal injection into ambient gas are all available to increase atomization efficiency and produce finer grains, to narrow the particle size distribution. The different sizes of aluminium powders are segregated by sieving. Then packing is done as per market requirement for specific quantity.

The powder produced will meet standard specifications for air atomized powder and by using proper control equipment consistent quality of the product can be fully ensured with minimum losses. The quality control standards as per IS-438-2006 are to be followed.


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237


Utilities Electricity (Connected Load) – approx. 0.5 MVA





25 to 30



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238

1.5. Facility for Manufacturing of Caps and Closures

Name of Project Facility for Manufacturing of Caps & Closures


Area requirement 900 sq m


a) Land and Buildings : ~ INR 50 – 80 Lakh (at Angul)/

~ INR 30 – 50 Lakh (at Jharsuguda)

b) Plant and Equipment : ~ INR 60 – 80 Lakh

Project Scale Capacity – 50 million pieces/yr

Process The process requires the printing of hard aluminium sheets as per the desired design requirements. The printed sheets are sent to the Punching machine, already fitted with multiple dies as per the design requirements. The final shapes of caps are obtained during operation of knurling as well as grooving of perforation. The circular washers are generally fitted manually on the caps as per requirement. In another operation, vial seals are also made through punching operation on raw aluminium sheets.


In addition, the auxiliary facilities such as lubrication systems, etc. will be part of the individual machines.

Utilities Electricity (Connected Load) – approx. 10 to MVA

Water about Nominal


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1.6. Facility for Manufacturing Fabricated Aluminium Products

Name of Project Facility for Manufacturing of Fabricated Aluminium Products




a) Land and Buildings : ~ INR 80 – 90 Lakh (at Angul)/

~ INR 50 – 60 Lakh (at Jharsuguda)


Project Scale Capacity – 6000 sq m per annum

Process The process comprises of receiving the desired sections (profiles) after anodizing through outsourcing. Subsequently, the anodized sections are subjected to fabrication by first measurement, sizing and cutting operations as per design. This is followed successive bending operations. The cut sizes are joined by screwing or riveting. This is followed by assembling with glass/board and beading wherever necessary. Thereafter the handles, locks, tower bolts, stoppers etc. are also fitted as per requirements.

The packaging for safe handling and transport is subsequently carried out. The process flow diagram is shown below :

Utilities Electricity (Connected Load) – approx. 8 to 100 Kw

Water Nominal


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1.7. Facility for Manufacturing of Aluminium Circles

Name of Project Facility for Manufacturing of Aluminium Circles




a) Land and Buildings : ~ INR 3 – 4 Crore (at Angul)/

~ INR 2 – 3 Crore (at Jharsuguda)

b) Plant and Equipment : ~ INR 4 – 5 Crore

Project Scale Capacity – 300 tpy

Process The process comprises of melting of aluminium ingots and internal scrap including outside pure scrap in fuel fire melting cum holding furnace. The additive salts are charged for removal of impurities from metal as slag. The alloy preparation of clean metal is carried out by mixing master alloys as per requirement. This is followed by slab casting. Further, the hot rolling and cold rolling operations convert the slabs into cold rolled sheets. Further, annealing operation, which is a very critical stage to release stress developed during rolling stage, the temperature and time of exposure is very critical in this stage. This is followed by further rolling to required thickness. Thereafter, the circle cutting as per desired sizes is carried out. The annealed operation also provides an excellent deep drawing and spinning quality useful for further processing by others.

The finished circles are packed for ready for dispatch to consumers who treat is as the main input raw material for further shaping into Pressure cookers, nonstick cookwares etc.

For packing, the circle are covered with brown paper and plastic film then packed with wooden case/pallet.

Utilities Electricity (Connected Load) – 50 HP

Water 1 to 2 m3/day

Fuel Oil 80 kg/t metal


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1.8. Facility for Manufacturing of ACSR Grade Aluminium Conductors

Name of Project Facility for Manufacturing of ACSR Grade Aluminium Conductors


Area requirement 5 acre



: ~ INR 4– 6 Crore (at Jharsuguda)



Process The input material for ACSR conductor manufacturing is EC rods. The complete conductor manufacturing process has been shown in the process flow sheet below :

During the aluminium wire drawing, the multi-stage reduction of aluminium wire rod is carried out through passage of successive dies of decreasing die aperture by means of a tensile force applied at the exit side of each die. The aluminium wire are loaded in the skip stranding machine for aluminium core stranding.

In another operation, the galvanized steel wires are coiled in spools and loaded in the tubular stranding machine for steel core wire requirement. The coiled drums are used in the final stranding for the ACSR conductors.

The Aluminium wire so produced are stranded in numbers and laying configuration as per the conductor size and end applications. The stranding machines may be tubular type or bobbin pintle type or


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cage type stranding machine. The production of stranded conductors are based on a series of standards.


In addition, the auxiliary facilities such as hydraulic systems, lubrication systems, etc. will be part of the individual machines.

Utilities Electricity (Connected Load) – 500 KVA

Water 2 m3/day

Compressed Air 2 to 5 Nm3/min


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1.9. Facility for Manufacturing of AAAC Grade Aluminium Conductors

Name of Project Facility for Manufacturing of AAAC Grade Aluminium Conductors


Area requirement 5 acre



: ~ INR 4– 6 Crore (at Jharsuguda)



Process The input material for AAAC conductor manufacturing is Aluminium Alloy rods. The complete conductor manufacturing process has been shown in the process flow sheet below :

During the aluminium wire drawing, the multi-stage reduction of aluminium wire rod is carried out through passage of successive dies of decreasing die aperture by means of a tensile force applied at the exit side of each die. The aluminium wire are loaded in the skip stranding machine for aluminium core stranding.

In another operation, the aluminium alloy wires are coiled in spools and loaded in the skip machine for alloy core wire requirement. The coiled drums are used in the final stranding for the AAAC conductors.

The Aluminium wire so produced are stranded in numbers and laying configuration as per the conductor size and end applications after Ageing operation. The stranding machines may be tubular type


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or bobbin pintle type or cage type stranding machine. The production of stranded conductors are based on a series of standards.


In addition, the auxiliary facilities such as hydraulic systems, lubrication systems, etc. will be part of the individual machines.

Utilities Electricity (Connected Load) – 500 KVA

Water 2 m3/day

Compressed Air 2 to 5 Nm3/min


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1.10. Facility for Manufacturing of Aluminium Extrusion

Name of Project Facility for Manufacturing of Aluminium Extrusion





: ~ INR 8 – 10 Crore (at Jharsuguda)



Process The two main advantages of extrusion process over other manufacturing processes are its ability to create very complex cross-sections and work materials that are brittle, because the material only encounters compressive and shear stresses. It also forms finished parts with an excellent surface finish. The extrusion ratio is defined as the starting cross-sectional area divided by the cross-sectional area of the final extrusion. One of the main advantages of the extrusion process is that this ratio can be very large while still producing quality parts. The process of aluminum extrusion consists of the following steps:

After designing and creating the shape of the die, a cylindrical billet of aluminum alloy is heated to 400°C ~ 490°C. Subsequently the hot billet transferred to a loader, where a lubricant is added to prevent it from sticking to the extrusion machine, the ram or the handle. Substantial pressure is applied to a dummy block using a ram, which pushes the aluminum billet into the container, forcing it through the die. Inert atmosphere is created by introducing nitrogen in liquid or gaseous form through the sections of the die to avoid the formation of oxides. This also improves the life of the die.

The extruded part passes onto a run-out table as an elongated piece that is having the same shape as the die opening. It is then pulled to the cooling table where fans cool the newly created aluminum extrusion. Once the cooling is completed, the extruded aluminum is moved to a stretcher, for straightening and work hardening. The hardened extrusions are brought to the saw table and cut according to the required lengths. The final step is to treat the extrusions with heat in age ovens, which hardens the aluminum by speeding the ageing process. This operation is performed in a temperature range of 170 ~ 190°C for a prolonged time of 4 ~ 7 hours, so as improve the strength of extrusions.

The extrusion process can be performed in two ways, viz. (1) Direct extrusion, in which the moving ram forces the billet through a stationary die, and (2) Indirect extrusion, in which the die assembly pushes against the stationary billet creating the pressure for metal to flow through the die.

Additional complexities may be applied during this process to further customize the extruded parts. For example, to create hollow sections, pins or piercing mandrels are placed inside the die. After the extrusion process, a variety of options are available to adjust the colour, texture and brightness of the aluminum’s finish, which may


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be carried out by outsourcing. A brief process flow sheet of aluminium extrusion process is shown below

Utilities Electricity (Connected Load) – 150 Kw

Water 2 m3/day


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1.11. Facility for Manufacturing of Aluminium Forgings

Name of Project

Facility for Manufacturing of Aluminium Forgings

Project Location

Angul & Jharsuguda

Area requirement

2500 sq m



: ~ INR 1 – 2 Crore (at Jharsuguda)



Process Blanks are cut from alloy billet stock, which are preheated to temperatures in the range of 400-500°C. In the production of hand forgings the blank is hot worked between flat dies, usually on a pneumatic hammer or a press. Care is taken to ensure that the degree of deformation is sufficient to provide adequate breakdown of the original cast microstructure. The rough outline of the component is developed, with the grain flow of the material in the direction of stressing.

Ideal for processing large pieces of aluminium, the open die presses do not constrain the aluminium billet during the forging process and utilize flat dies free of pre-cut profiles and designs. On the other hand, the closed-die forging, also known as impression-die forging, can produce an almost limitless variety of shapes.

Die-forgings, i.e. pressing and drop-forgings or stampings, are usually subjected to open die forgings. Simple components may be pressed or stamped directly from billet stock. The die forgings are produced using shaped dies, giving a product with a high degree of dimensional consistency which considerably reduces the machining to the finished form. Such forgings have the advantages of good mechanical properties and structural integrity.

The technology of die forming has advanced to produce close-to-form forgings with higher standards of dimensional accuracy. In the non heat treatable alloys where mechanical properties depend on the degree of cold working it is possible to cold forge. To produce components like gears, hubs, shafts, pinions, couplings, links, valves, drop arms, joints, sleeves, special fasteners, square head bolts, etc., the closed die forgings is adopted by press, hammers & upsetter combination followed by machining operations in CNC & VMC & broaching machines.

A combination of good mechanical properties, dimensional accuracy and surface finish means that aluminium forgings are used in highly stressed parts where structural integrity is of paramount importance. The alloys commonly used for these highly stressed applications are from the 2000, 6000 and 7000 series. The aerospace industry is a major end user.

Utilities Electricity (Connected Load) – 1 mw

Water 3 to 4 m3/day


60 to 65


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Nodal agency Investment Promotion and Investment Corporation of Odisha Limited

1.12. Facility for Manufacturing of Aluminium Hinges

Name of Project Facility for Manufacturing of Aluminium Hinges




a) Land and Buildings : ~ INR ~ 40 Lakh (at Angul)/

: ~ INR ~ 25 – 30 Lakh (at Jharsuguda)


Project Scale 5 lac pieces per year

Process The aluminium hinges manufacturing process requires the cutting of extruded sections into required dimension. Subsequently the slots are milled matching with tapers pins to be used for their fixing. This is followed by drilling holes for hinges. Subsequently the already cut steel wires of requited length are riveted by stabbing both top and bottom faces of finge. This is followed by finish cutting, de-burring, buffing as well as stamp markings. The further requirement of anodizing can be outsourced from nearby available agencies. Finally the product is packed for dispatch to the finished storage area / market.

The packaging ensures product safety from any outer mechanical damage as well as protection from moisture and contaminants.

Utilities Electricity (Connected Load) – 10 to 12 HP


8 to 10



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1.13. Facility for Manufacturing of Aluminium Utensils

Name of Project Facility for Manufacturing of Aluminium Utensils




a) Land and Buildings : ~ INR 2 ~ 3 Crore (at Angul)/

: ~ INR 1 ~ 2 Crore (at Jharsuguda)


Project Scale 600 tpy

Process The process comprises of melting of aluminium ingots and scrap in Electric furnace followed by slab casting. Further, the hot rolling process converts preheated slabs into first stage for flat sheets of thickness 80 mm to 50 mm. It is essentially a step towards sheet making. It is followed by cold rolling The cold rolled process rolls and reduces from thickness from 45-50 mm to 30-25 mm, as required to make utensils. The rough edges of cold rolled sheets are cut before going to round cut to make circles. Further, annealing is a very critical stage to release stress developed during rolling stage, the temperature and time of exposure is very critical in this stage. In another operation, the handles are also cast from molten metal and kept in storage.

Most important stage that gives shape to sheet into the desired utensils is during press forming. It is done through heavy press forming machines, hydraulic, bought over from steel industries. The quality of product depends on this stage equally, so most skilled labour work on the machinery to regulate quality. The most critical component for this stage is different size die. Single die works for years as aluminium is comparatively softer material.

The spinning operation too is critical in shaping majority of utensils such as balti, tub etc , and is a skill oriented job. The hand tools plays critical role here, since they shape the outer surface and a bad tool can leave mark, uneven surface. The quality of product depends on this stage equally, so most skilled labour work on the machinery to regulate quality. This operation is followed by Post forming operation to remove uneven edges, for which, it again goes onto turning wheel and the extra edge cut to size. The buffing operation removes outer and inner layer, which is generally carried out by semi skilled labour.

Washing is the last stage of cleaning surface and shining material. For this, the utensil goes through 3 stages of dipping into water and chemicals. It removes all minor particles and provides natural shining. Subsequently, handles are riveted post finishing the product, it causes scratches some time due to hammering and hard surface.

The labelling is an important stage of branding utensils, for which stickers are used merely for name the brand. The packaging for local market is always basic to reduce cost where as export quality packaging demands lot more attentions and investment.

Utilities Electricity (Connected Load) – 100 kw


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Water 1 to 2 m3/day


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1.14. Facility for Aluminium Recycling Plant

Name of Project Facility for Aluminium Recycling Plant




a) Land and Buildings : ~ INR 4 ~ 6 Crore (at Angul)/

: ~ INR 2 ~ 3 Crore (at Jharsuguda)


Project Scale 600 tpy

Process The aluminium casting process involves simply re-melting the aluminium scrap metal. The process is generally termed as aluminium recycling. The attractive feature of aluminium metal is that it can be reused/recycled. As recycling does not damage the metal structure, aluminium can be recycled indefinitely and still be used to produce any product for which new aluminium could have been used. Suitable alloying additions are made as per the customer requirement to produce required aluminium alloy grades.

Aluminium scrap are usually recycled in the following basic way:

1. Physical classification of aluminium scrap, usually manually as well as magnetic separator/ eddy current separator, and cut into little, equal pieces by crushers to lessen the volume and make it easier for the machines that separate them.

2. Pieces are cleaned chemically/mechanically, and blocked to minimize oxidation losses when melted. (The surface of aluminium readily oxidizes back into aluminium oxide when exposed to oxygen..

3. Blocks are loaded into the furnace and heated to 750 °C ± 100 °C to produce molten aluminium.

4. Dross is removed and the dissolved hydrogen is degassed. The molten aluminium readily disassociates hydrogen from water vapor and hydrocarbon contaminants. This is typically done with chlorine and nitrogen gas. Hexachloroethane tablets are normally used as the source for chlorine. Ammonium perchlorate can also be used, as it decomposes mainly into chlorine, nitrogen, and oxygen when heated.

5. Samples are taken for spectroscopic analysis. Depending on the final product desired, high purity aluminium, copper, zinc, manganese, silicon, and/or magnesium is added to alter the molten composition to the proper alloy specification.

6. The furnace is tapped, the molten aluminium poured out, and the process is repeated again for the next batch. The molten metal is transferred through launders into continuous Ingot casting machine to produce commercial / alloy ingots.

Utilities Electricity (Connected Load) – 500 to 800 kw

Water 1 to 2 m3/day

Fuel Oil 80 kg/t Al


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1.15. Facility for Manufacturing of Aluminium Tower Bolts

Name of Project Facility for Manufacturing of Aluminium Tower Bolts




a) Land and Buildings : ~ INR 35 ~ 40 Lakh (at Angul)/

: ~ INR 20 ~ 25 Lakh (at Jharsuguda)


Project Scale 5 lac pieces per year

Process The aluminium tower bolts manufacturing process requires the cutting of extruded sections into required dimension. This is followed by straddle milling of slots for axial movement of knob. For up and down movement of rod, milling of cross slots is carried out. Subsequently the drilling of countersink holes and cavity holes are taken up. The rods are fitted inside extruded sections which is followed by riveting the knob on rod and stab operations. Thereafter, finish cutting, de-burring, buffing as well as stamp markings operations are carried out. The further requirement of anodizing can be outsourced from nearby available agencies. Finally the product is packed for dispatch to the finished storage area / market. The packaging ensures product safety from any outer mechanical damage as well as protection from moisture and contaminants.

Utilities Electricity (Connected Load) – 10 to 15 HP


10 to 12



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1.16. Facility for Manufacturing of Vanatian Blinds

Name of Project

Facility for Manufacturing of Vanatian Blinds

Project Location

Angul & Jharsuguda

Area requirement

600 sq m





Project Scale 210,000 sq m

Process The process comprises of cussing and sizing of the aluminium sheet to required size followed by punching of holes as per design. It is followed by corner corrections and leaf forming operations. In another operation, the nylon rope cutting and assembly of Vanatian blind is carried out


Water Nominal requirement


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1.17. Facility for Anodising Plant

Name of Project Facility for Anodising Plant








Process Anodising process involves buffing, pickling, in acid solution then cleaning in water, neutralizing in chemical and keeping the extruded sections in anodizing tank for specified time. These are again washed in water and dried in sun or by any other means. The anodizing process using acid solution may leave residual solution which has to be disposed of periodically. This may lead to some pollution in the water source if the disposal of such residual solution is not done taking due precautions.

The anodized aluminium layer is grown by passing a direct current through an electrolytic solution, with the aluminium object serving as the anode (the positive electrode). The current releases hydrogen at the cathode (the negative electrode) and oxygen at the surface of the aluminium anode, creating a buildup of aluminium oxide. Alternating current and pulsed current is also possible but rarely used. The voltage required by various solutions may range from 1 to 300 V DC, although most fall in the range of 15 to 21 V. Higher voltages are typically required for thicker coatings formed in sulfuric and organic acid. The anodizing current varies with the area of aluminium being anodized, and typically ranges from 30 to 300 amperes/meter² (2.8 to 28 ampere/ft²).

Aluminium anodizing is usually performed in an acid solution which slowly dissolves the aluminium oxide. The acid action is balanced with the oxidation rate to form a coating with nanopores, 10-150 nm in diameter. These pores are what allow the electrolyte solution and current to reach the aluminium substrate and continue growing the coating to greater thickness beyond what is produced by autopassivation. However, these same pores will later permit air or water to reach the substrate and initiate corrosion if not sealed. They are often filled with colored dyes and/or corrosion inhibitors before sealing. Because the dye is only superficial, the underlying oxide may continue to provide corrosion protection even if minor wear and scratches may break through the dyed layer.

Conditions such as electrolyte concentration, acidity, solution temperature, and current must be controlled to allow the formation of a consistent oxide layer. Harder, thicker films tend to be produced by more dilute solutions at lower temperatures with higher voltages and currents. The film thickness can range from under 0.5 micrometers for bright decorative work up to 150 micrometers for architectural applications.

Anodizing can be performed in combination with chromate conversion coating. Each process provides corrosion resistance,


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with anodizing offering a significant advantage when it comes to ruggedness or physical wear resistance. The reason for combining the processes can vary, however the significant difference between anodizing and chromate conversion coating is the electrical conductivity of the films produced. Although both stable compounds, chromate conversion coating has a greatly increased electrical conductivity. Applications where this may be useful are varied, however the issue of grounding or earthing components as part of a larger system is an obvious one.

The dual finishing process uses the best each process has to offer, anodizing with its hard wear resistance and chromate conversion coating with its electrical conductivity.

The process steps can typically involve chromate conversion coating the entire component, followed by a masking of the surface in areas where the chromate coating must remain intact. Beyond that, the chromate coating is then dissolved in unmasked areas. The component can then be anodized, with anodizing taking to the unmasked areas. The exact process will vary dependent on service provider, component geometry and required outcome.

Other widely used specifications define three types of aluminium anodization :

Type I is chromic acid anodization,

Type II is sulfuric acid anodization, and

Type III is sulfuric acid hardcoat anodization.

The oldest anodizing process uses chromic acid. The sSulfuric acid is the most widely used solution to produce anodized coating. Coatings of moderate thickness 1.8 μm to 25 μm (0.00007" to 0.001").


Water 5 to 6 m3/day


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1.18. Setting up of Centralised Metal Testing Laboratory

Name of Project

Setting up of Centralised Metal Testing Laboratory

Project Location

Angul & Jharsuguda

Area requirement

900 sq m


a) Land and Buildings : ~ INR 2.0 ~ 2.5 Crore (at Angul)/

: ~ INR 1.5 ~ 2.0 Crore (at Jharsuguda)

b) Plant and Equipment : ~ INR 7.0 ~ 8.0 Crore


Process A systematic approach shall be followed for collection of samples from individual industries as well as timely delivery of test reports to respective units. The major steps shall include, viz. exact information regarding details of sample collected, use of proper sampling containers, chemicals for sample preservation, collect samples according to standard procedures, delivery of samples to the laboratory supervisor and ensure acceptance, log samples into the laboratory’s sample data management system, report generation, and timely delivery of test report to the respective units for its effective ulilisation, etc..


Water 1 to 2 m3/day


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1.19. Facility for Manufacturing Aluminium Dross Processing

Name of Project

Facility for Manufacturing Aluminium Dross Processing

Project Location

Angul & Jharsuguda

Area requirement

2500 sq m



: ~ INR 45 ~ 50 Lakh Crore (at Jharsuguda)

b) Plant and Equipment : ~ INR 65 ~ 80 Lakh

Project Scale 1500 tpy of dross processing

Process There are many methods and technologies available for the processing of dross. The key criteria of selection should take into account the local environmental laws, smelter’s vision and industrial infrastructure. It is proposed to carry out the cold dross processing by passing it to the pulverize mill followed by screening operation. The crushed dross is then passed to eddy current separation of metal and aluminium oxides. A proper shop ventilation system is essential to keep the working environment under proper control.

The separated aluminium is sent to melting furnace where low grade dross is again separated and molten metal is cast into ingots. The non metallic oxide collected in powder form is stored in bags for selling to other consumers.


Water 1 to 2 m3/day

Fuel 80kg/t metal


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1.20. Facility for Expanded Metal Mesh Manufacturing

Name of Project

Facility for Expanded Metal Mesh Manufacturing

Project Location

Angul & Jharsuguda

Area requirement

1000 sq m


a) Land and Buildings : ~ INR 80 – 100 Lakhs (at Angul)/

~ INR 35 - 40 Lakhs (at Jharsuguda)

b) Plant and Equipment : ~ INR 35 – 45 Lakhs

Project Scale 30 tonnes per day

Process 1. The plate, sheet, or coil is mechanically advanced beyond the fixed bottom die in an amount that is known as the strand width in regular (standard) expanded metal. The top cutting die then descends and simultaneously slits and cold forms an entire row of half diamonds.

2. The top die then ascends and moves one half diamond right/left as the base metal moves forward one strand width.

3. The top die then decends, slits and forms another row of half diamonds, completing a row of full diamonds in two strokes.

4. The die then ascends, returning to its normal position and begins the process again until the full sheet of expanded metal is completed.


Water 1 to 2 m3/day


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2. Investment Opportunities for Down Stream Industries in Steel

2.1. Manufacturing of Hinges

Name of Project Manufacturing of Hinges

Project Location Kalinganagar and Jharsuguda

Area requirement

600 sq m


a) Land and Buildings : ~ INR 55 - 60 Lakhs


Project Scale Capacity – 900 tonnes per year

Process Depending on the model of the hinge product there will be two to five operations on a single piece of the product.

Cutting work: - Cutting of the mild steel and metals into size on shearing machine.

Press work: - Blanking, bending and folding of the sheet metal on press using appropriate dies tools to obtain the hinges and the washer parts.

Drilling Work: - After a work piece is laid out and properly mounted on drilling machine, no of holes are drilled as per the required design.

Tumbling work: - Cleaning of rust and removal of sharp edges from the products.

Utilities Electricity (Connected Load) – approx. 60 kw

Water about 1500 m3/ day


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2.2. Manufacturing of Link Chains

Name of Project Manufacturing of Link Chains




a) Land and Buildings : ~ INR 40- 45 Lakhs


Project Scale Capacity – 900 tonnes per year

Process Mild Steel wire in coils is set on the de-coiler of wire bending machine. Then wire is fed to automatic wire bending machine where during the feeding wire get straightened then cut to the required link size and bent to form link. The process repeats and chain is formed with bent links. Now chains [one by one] fed on to the electro mechanical butt-welding machine, where open ends of the chains automatically welded and deburred. The chains are pickled and cleaned with acid and water. The welded chains are now inspected and tested as per the specifications laid down in the respective Indian Standards, after this welded chains are generally packed in wooden cases. The weight of packed chain is approximately 50 kgs. The defective chain links may be salvaged by gas welding.

The chain should be inspected and tested as per the specifications laid down in the respective Indian Standards. The drawn wire should be of tested quality as per the IS Specifications. The following Indian Standards may also be referred:

I S : 226 – 1975: Structural Steel [standard quality] with Amendment

IS : 2429 Round Steel short link chain [Electric Butt welded,

I S : 2429 – 1970 [Part II] Calibrated load chain for pulley blocks and other

I S : 3109 Short Link Chain, Grade M .

I S : 3109 – 1982 [Part II] Calibrated load chain for pulley blocks and other

I S : 6216 – 1982 Short link chain, grade – T, Calibrated for pulley

I S : 6217 – 1982 Short link chain grade S, Non-caliberated for lifting




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2.3. Manufacturing of Welding Electrodes

Name of Project Manufacturing of Welding Electrodes




a) Land and Buildings : ~ INR 60– 65 Lakhs


Project Scale Capacity – 8 tonnes per day

Process Wires of different chemical compositions and sizes are obtained from different steel manufacturers. In electrode making plant, they are chemically cleaned, cut to different lengths (The selling prices of welding electrodes vary according to length of the electrodes and the raw material used.

There are two methods of applying Flux coating on the core wire,

(a) By dipping,

(b) By extrusion.

Extrusion method is very fast and economical; produces strong uniform and concentric coatings and has largely replaced the dipping process.

(a) Dipping method.

Number of core wires cut to definite length is clamped vertically in a fixture and are dipped in a bath of molten flux. When a suitable thickness of the flux gets adhered to the core wire, the fixture is raised and the flux is allowed to dry.

(b) Extrusion process.

Coating ingredients are mixed up in desired quantities, binder (often sodium silicate) is added and the resultant mass is brought in the form of a thick, viscous, stiff paste.

This paste is shaped in the form of a cylinder which is fed into the extrusion press.

Core wire and thick paste of flux simultaneously under pressure pass through a die. Thus attaching the flux coating on the core wire. The coating thickness depends upon the die opening and can be varied.

As a next step the flux from the gripping end of the electrode is removed by an electrically rotated wire brush;

After which the electrodes are fed to ovens where they are dried and baked to remove excess moisture.

The electrodes are thereafter sorted, wrapped in polythene paper, put into packets, and bulk is boxed into wooden cases.

Packets and boxes generally have information about: electrode coding, electrode size, nature of current and polarity, batch number, name of manufacturer, date of manufacture, etc.




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2.4. Manufacturing of Hacksaw Blades

Name of Project Manufacturing of Hacksaw Blades




a) Land and Buildings : ~ INR 30– 35 Lakhs


Project Scale Capacity – 20,000 nos per day

Process Hacksaw blades (both hand & power hacksaw) are generally made from high carbon steel or high strength steel strip coils. The blank of required size is obtained by fixing the slitted strip coils on the uncoiler stand of semi-automatic strip cutting machine and holes are punched at both ends.

Once hacksaw blanks are cut to the required length and holes are punched the teeths are cut by milling or hobbing process. After the teeth’s are cut, the stack of hacksaw blades are heat treated and tempered to the required hardness. The final step is surface cleaning, painting, printing and packing of the hacksaw blades for market supply.




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2.5. Manufacturing of Self Tapping Screws

Name of Project Manufacturing of Self Tapping Screws




a) Land and Buildings : ~ INR 30 – 35 Lakhs


Project Scale Capacity – 1,20,000 Packets of 1,000 Pcs. Per annum

Process Self-tapping Screws are manufactured on automatic machines. The sequence of operation are:

1. Making of head, on header machine.

2. Slotting of head, on slotting machine.

3. Rolling of thread, on thread rolling machine.

4. Hardening & tempering of screws, in electric furnaces.

5. Electroplating, in Electroplating Plant.

Normally bright zinc plating is done to self-tapping screws. However, nickel plating can also be done, especially when required for resistance against sea weather.




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2.6. Manufacturing of Production of Wire Nail

Name of Project Manufacturing of Production of Wire Nail






Project Scale Capacity – 400 tonnes per day

Process The wire in the form of coil with diameters of 0.17 - 6 mm is first cleaned from rust and scale by mechanical scrapper. The cleaned wire in the form of coil is fed into automatic heading and pointing machines forming the final nail of desired size. This is collected for the next processing. The collected piece is further transferred to tumbling machine for polishing and de-burring of the finished nail ready for packing.

Utilities Electricity (Connected Load) – approx. 74,000 kwh



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2.7. Manufacturing of Corrugated Sheets

Name of Project Manufacturing of Corrugated Sheets


Area requirement 3000 sq m (automatic Line) 200 sqm (manual Line)


Automatic Lin Manual Line

a) Land and Buildings : ~ INR 70 – 75 lac 15 – 17 lac

b) Plant and Equipment : ~ INR 70 – 75 lac 20 – 25 lac

Project Scale 4500 m per day (Automatic line) 500 m per day (manual line)

Process In the corrugation process sheet metal is pulled off huge rolls and through rolling dies that form the corrugation. After the sheet metal passes through the rollers it is automatically sheared off at a desired length in case of automatic line. The standard shape of corrugated material is the round wavy style, but can be easily modified to a variety of shapes and sizes by simply changing the dies. Automatic Roll Forming Line consists following parts, while the coil stock is passing through succession contoured rolls the material bends to its desired shape, after final shape is achieved profile straighter gives straightness to outgoing profile

1) De Coiler (5 Ton)

2) Loop System

3) Entry gauge and Roll Forming machine

4) Cutting unit

5) Run out table

6) Integrated Hydraulic power Pack system

7) P L C control system.

Decoiler: Decoiler is provided to load Raw material coil on it's arms & Hold the coil and also generates Drag tension in process.

LoopSystem: Loop System is incorporated in between 2 line equipments to syncronise line speed or some time to eliminate tension, stretch, on passing material.

RollForming Line: Roll forming consists pairs of contoured roll tools. While the coil stock is passing through succession contoured rolls the material bends to its desired shape, after final shape is achieved profile straighter gives straightness to outgoing profile.

Cutting System: Cutting as Stop Forming line Cuts length +/- 4 mm and very hay line speed cuts the blank or profile single word. Press is designed to accept type die or tropping die without slug while cutting.

Integrated hydraulic Power pack system: To Supply pressurized fluid to all hyd. actuators at desired pressure and quantity.

Utilities Electricity (Connected Load) – 30 KW (auto) , 15 kw (manual)



11 (automatic), 6 (manual)



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2.8. Manufacturing of Adjustable Hospital Beds

Name of Project Manufacturing of Adjustable Hospital Beds






Project Scale Capacity – 2 Nos. per day

Process The basic operations involved in the manufacturing of adjustable beds are as follows:

i) Cutting & bending of pipes

ii) Cutting of MS angles

iii) Cutting of strips

iv) Welding& Riveting

v) Grinding

vi) Assembly of elevating mechanism

vii) Painting& baking

Cutting work: - Cutting of the mild steel and metals into size on shearing machine.

Press work: - Blanking, bending and folding of the sheet metal on press using appropriate dies tools to obtain the hinges and the washer parts.

Drilling Work: - After a work piece is laid out and properly mounted on drilling machine, no of holes are drilled as per the required design.





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2.9. Manufacturing of Agricultural Implements

Name of Project Manufacturing of Agricultural Implements






Project Scale

Process The manufacturing of proposed products involve various manufacturing processes like cutting of steel sections, fabrication, welding, drilling, turning making subassemblies, fitting & final assembly etc. where steel sections & other parts/components like tynes, springs & fasteners be outsourced & purchased as per own design & specifications.

The manufacturing also involves inspections at various stages till they are finally assembled & packed as per their Quality assurance standards/plans.




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2.10. Manufacturing of Barbed wire

Name of Project Manufacturing of Barbed Wire






Project Scale 1 tons per day

Process The barbed wires are made on an automatic machine. The barbed wire is made out of 12/14 SWG MS Galvanized wires. While two main line wires are fed into the machines through its axes another wire is fed across into the pair of line wires to form barbs at required intervals.

The line wire twine themselves automatically the point wire after forming the desired barbs strands with the line wires automatically at the desired distance thus forming the complete barbed wire. As the machine is automatic all its feeding and wire cutting mechanism is controlled by gear movements. The machine is powered through an electric motor attached to the machine. Once the machine is set up as per the desired settings it goes on working automatically.




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2.11. Expanded Metal Mesh Manufacturing Unit

Name of Project Expanded Metal Mesh Manufacturing Unit






Project Scale 9000 MT per year

Process 1. The plate, sheet, or coil is mechanically advanced beyond the fixed bottom die in an amount that is known as the strand width in regular (standard) expanded metal. The top cutting die then descends and simultaneously slits and cold forms an entire row of half diamonds.

2. The top die then ascends and moves one half diamond right/left as the base metal moves forward one strand width.

3. The top die then decends, slits and forms another row of half diamonds, completing a row of full diamonds in two strokes.



Water about 1-2 m3/ day


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2.12. Cable Tray Manufacturing Shop

Name of Project Cable Tray Manufacturing Shop






Project Scale 500 tpd

Process The semi automatic line could be run for cable tray and covered cable tray production continuously punching and cutting at any length.

This production line may produce the cable trays of different sizes by replacing punching moulds.

The production line includes uncoiler, leveller device, feeding guide, main punching machine, roll forming, cutter with integrated hydraulic system and electric control system.




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2.13. Electric Panel Manufacturing Shop

Name of Project Electric Panel Manufacturing Shop






Project Scale 5 Nos. per day

Process The Control Panel is sheet metal fabricated in closure open, semi-enclosed or totally enclosed type, which provide and control electric power to equipment and appliances. Provision for indicating electrical parameters like voltage, current, frequency, power factor etc. will be available on the face of the panel. Regulation of the power supply is also possible with the help of auto transformer switches and circuit breaker.

The sheet metal enclosure for the Control Panel is designed and fabricated in the unit. The components are bought out from the reputed sources and fitted at appropriate places on the panel as per manufacturers design. The circuit as per the design is laid out and the control panel is tested for the proper functioning as per relevant specifications.




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2.14. Bar Bending & Mesh Making Unit

Name of Project Bar Bending & Mesh Making Unit






Project Scale 60,000 tonnes per year

Process The rebars in straight lengths as well in coils will be stored in the storage area. The rebars will be brought from outside to in-shop area bay by trucks / hydra as per the production planning.

An in-house Design department for production planning and preparation of shop fabrication drawings has been envisaged with latest state of art software & hardware.

Further, the rebars in straight lengths or in coils will be fed to the respective machines as per the production planning with the help of shop EOT cranes / Fork lifts. The in-process items will be transported from one machine to the other as per the process requirement with the help of Bay cranes / Fork lifts.

The fabricated parts after QA clearance will be tagged as per the order / part number and will be sent to the dispatch area for dispatch.

Utilities Electricity (Connected Load) – approx. 1 Mw



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2.15. Wire Drawing Plant

Name of Project Wire Drawing Plant




a) Land and Buildings : ~ INR 120 Lakhs

b) Plant and Equipment : ~ INR 870 - 880Lakhs

Project Scale 96000 t per year

Process

Utilities Electricity (Connected Load) – approx. 1 Mw



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2.16. Manufacturing of Lancing Pipe

Name of Project

Manufacturing of Lancing Pipe

Project Location

Kalinganagar and Jharsuguda

Area requirement

900 sq m



b) Plant and Equipment : ~ INR 45 - 50 Lakhs

Project Scale 2400 t per day

Process The process involves the following operations:

1. Cutting the sheets to size.

2. Rolling the sheets to tubes in the Tube mill.

3. Welding the edges in induction welding machinery.

4. Cooling of Lancing pipes

4. Inspection and packing.

The unit shall follow the IS specification & any of the following manufacturing processes.

a. Continuous oxy-acetylene gas welded pipes (OAW).

b. Electric resistance welded (ERW).

c. High frequency induction welded (HFIW).

d. Hot finished welded (HFW).




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2.17. Manufacturing of Steel Furniture

Name of Project

Manufacturing of Steel Furniture

Project Location

Kalinganagar and Jharsuguda

Area requirement

2000 sq m




Project Scale 1. Steel Almirahs 76” x 38” x 19” 800 Nos. Per Annum

2. Steel Almirahs 48” x 36” x 18” 150 Nos. Per Annum

3. Steel Cub Boards of assorted sizes. 900 Nos. Per Annum

4. Steel chairs:

Folding type 1500 Nos. Per Annum

S-type 1500 Nos. Per Annum

Process The manufacturing process of steel furniture’s involves mainly cutting of sheets, tubes, flats to desired size, folding, bending, drilling, punching, riveting and assembling as per the design. Finally, these items are to be powder coated and cured in the oven the spray Painting is done as per the requirement.


Water about 1.5 m3/ day


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2.18. Manufacturing of Steel Pipes

Name of Project Manufacturing of Steel Pipes


Area requirement

500 sq m


a) Land and Buildings : ~ INR 40-50 Lakhs


Project Scale 6600 tonnes per annum

Process The manufacture of steel tubes involves the continuous forming of steel sheet strip into an open seam tube, welding of the open seam edges with high frequency resistance heating and continuous pressure jointing into welded tube, followed by reduction in tube diameter and then cutting into the desired length.

Alternatively, as the production process or technology is more labor intensive same workshop can be developed in to a multipurpose work shop.




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2.19. Motor Rewinding Shop

Name of Project Motor Rewinding Shop


Area requirement

200 sq m




Project Scale 10 Nos per day

Process An electrical motor consists mainly of stator and rotor. Depending on the type of motor, these differ slightly in nature. Winding refers to a system of insulated conductors forming the current carrying element of a machine, designed to produce a magnetic field, which influences a rotary movement.

An electric machine operates ‘because of the magnetic flux setup in its magnetic circuit by magneto- motive forces arising from currents flowing in groups of winding suitably disposed on the stator and rotor.

Based on the construction & type of motor winding are arranged in slots provided in laminated iron core. Motor may be of single phase and three phase. Mostly in 3 phase motors, the number of coils equal to the slots. The coils are connected such a way that three separate windings are formed which are called phase winding. Each coil in these winding should be same size and shape, coil per phase are 1/3 of the total coils. The windings are connected in star or delta.




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2.20. Manufacturing unit for Galvanising facilities for structural pipes

Name of Project Manufacturing unit for Galvanising facilities for structural pipes


Area requirement

5500 sq m



b) Plant and Equipment : ~ INR 625 – 650 lakhs

Project Scale 4000 tonnes per month

Process The pipes/structural and its components are dipped into a degreasing tank to remove any oil/dirt etc., then these are dipped in acid (HCL) pickling tank for removal of oxides followed by rinsing. Thereafter, these are dipped into fluxing tank. Then the material is dried before dipping in to zinc pot (450-460 degree centigrade) for coating. The coated pipes/ structurals are passed through Dichromate tank for passivation purpose to avoid rust formation as per the requirement.




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2.21. Pipe Coating Plant

Name of Project Pipe Coating Plant


Area requirement

4000 sq m


a) Land and Buildings : ~ INR 2 – 5 lakhs


Project Scale 60000 tonnes per month

Process Steel pipes are coated with anti-corrosive coating materials to protect the pipe against corrosion. The coating materials should possess properties like resistance to different types of soil, different types of water, mineral oil, and low permeability, high electrical contact resistance, mechanical resistance against impact, etc. Besides, the coating materials should also have surface smoothness and absence of porosity, wide temperature range for application, resistance to ageing, etc.

Synthetic materials such as polyethylene and epoxy possess the above properties and, therefore, are used as coating materials on outside and inside coating of pipes respectively. The inside coating of pipes with epoxy resin also fulfils other requirements like defect free internal coating in respect of arching, flaking, peeling, etc., uniformity of the layer thickness, high surface smoothness, good adhesion and high degree of hardness.

The most common process for outside coating of pipes with polyethylene is the extrusion process. In this process, polyethylene granulate is plasticized in the extruder and then applied in the form of a jet to clean surface of the pipe heated to 1800 C to 2000 C. In the wrapping process, the pipes are first coated with thin layer of epoxy resin as primer followed by adhesive thin sheet and then wrapping by polyethylene sheet for proper bonding / adhesion.

The coating of the inside surface of the pipe is carried out by inserting an arm with spraying head inside the pipe. The compressed air is blown during forward movement of the arm to remove any dusts inside the pipe. During return movement of the arm, epoxy material is sprayed from two die heads for providing double layer of coating.

Utilities Electricity (Connected Load) – approx. 4.1 MVA



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2.22. Fabrication Shop

Name of Project Fabrication Shop


Area requirement

3000 sq m



b) Plant and Equipment : ~ INR. 200 -250 Lakhs

Project Scale

Process Following operations will be carried out in the fabrication shop:

1. Sheet metal, pipe and rod are cut to the required size.

2. Sheets are formed to required shapes in the forming machine.

3. Rods and pipes are welded with formed sheet metal.

4. Finally Painting is done.


Water about 10000 lit/ day


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2.23. Forging Shop

Name of Project Forging Shop


Area requirement

500 sq m




Project Scale

Process The work metal is heated in the induction furnace up to 50 degree above eutectic temperature. It is kept over the die and a compressive force is applied to get the desired shape. After forging, the product is heat treated to get the mechanical properties as required. Finally, the product is machined at various machines for finishing.




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2.24. Foundry Shop

Name of Project Foundry Shop


Area requirement

4000 sq m


Land and Buildings : ~ INR 50 – 70 Lakhs


Project Scale

Process First of sand is mixed with water and keep in the mould box. The pattern is kept between cope and drag part of the mould box and the sqeezed by mould sqeeze type mould machine. After sqeezing of sand, cope and drag part of the mould box is separated to take out the pattern and get the desired shape to be cast. Now, the cope and drag part of the mould is properly clamped and then molten metal is poured in the mould cavity through sprue and then molten metal is allowed to solidify. Before taking out the cast product from the mould box, one should ensure that the molten metal has been solidified properly.

After taking out the solidified metal it is allowed to cool to room temperature. Before heat treatment to get the desired mechanical properties, it needs fettling. After heat treatment, the cast product is finally machined to get the finished product.




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3. Investment Opportunities for Down Stream Industries in Stainless Steel

3.1. Facility for manufacturing of Cutlery

Name of Project Facility for Manufacturing of Cutlery

Project Location Jharsuguda & Kalinganagar

Area requirement 200 Sq m


Total investment at both the places is ~INR 90-110 Lakhs.

a)Land and Buildings: ~ INR 25- 30 Lakhs

b)Plant and Equipment : ~INR 65-80 Lakhs

Project Scale Capacity: 400 items per day

Process Material Preparation: Production process starts with cutting stainless steel coils into sheets.

Blanking: The outer contour of the piece is cut by a process referred to as blanking.

Rolling: Through a series of rolling operations, these blanks are graded or rolled to the correct thickness and shapes required by the manufacturer's flatware patterns.

Bowl Stamping: By means of a stamping press, bowls are given their shape.

Cutting bowl outline: The rolled blanks are placed in the press by an operator to remove the excess metal and to fashion the shape of the bowl. This trimming must ensure an accurate fit of the pieces into the stamping dies.

Stamping the pattern: The next step is the forming of the pattern. Each pattern has its own hardened steel dies used for the front and back patterns. These are carefully set in the stamping press by die chuck. The metal is stamped into every tiny detail of the ornamentation in the die, embossing the pattern on the piece.

Special steps—knives, spoons, and forks: In the case of spoons, after the pattern has been embossed upon the front and back of the handle, the bowl of the spoon is formed by using a powerful press and accurate steel dies. The forming of fork prongs is a similar process to that of the forming of the spoon's bowl, but the operation takes place before the pattern is applied to the handle. After a fork is cut according to a certain outline, it is pierced and tined. The tines are pieced out, and the small piece of metal that holds the tip of the tines together is removed in another operation after the pattern has been applied. Buffing and sand polishing: The knives, forks and spoons are then buffed, polished and inspected. Stamping the pattern: The next step is the forming of the pattern. Each pattern has its own hardened steel dies used for the front and back patterns. These are carefully set in the stamping press by die chuck. The metal is stamped into every tiny detail of the ornamentation in the die, embossing the pattern on the Piece. Special steps—knives, spoons, and forks:


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In the case of spoons, after the pattern has been embossed upon the front and back of the handle, the bowl of the spoon is formed by using a powerful press and accurate steel dies. The forming of fork prongs is a similar process to that of the forming of the spoon's bowl, but the operation takes place before the pattern is applied to the handle. After a fork is cut according to a certain outline, it is pierced and tined. The tines are pieced out, and the small piece of metal that holds the tip of the tines together is removed in another operation after the pattern has been applied. Buffing and sand polishing: The knives, forks and spoons are then buffed, polished and inspected.

Utilities Electricity ( connected Load) : 30-35 kW

Water about 1(𝑚3/ day) for human consumption.


17 workers for 1 shift

Nodal Agency Investment Promotion and Investment Corporation of Odisha Limited (IPICOL)


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3.2. Facility for manufacturing of Bathroom Fixture

Name of Project

Facility for Manufacturing of Bathroom Fixture

Project Location

Jharsuguda & Kalinganagar

Area requirement

200 Sq m





Project Scale Capacity: 400 items per day ( Annual working days – 300)

Process The starting material is cold rolled, stainless steel sheet in coils of the desired gauge, pipes of various sizes as per the requirement. The blanks are then fitted between dies to form the steel, by a combination of drawing and stretching steps, into the desired shape. Next, the pipes are bent into the desired shape Bent pipes are then welded by TIG welding with the already formed sheets as per the requirement. Interior surfaces and welded portions are ground and buffed to remove irregularities and to impart the finish.







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3.3. Facility for manufacturing of Sinks

Name of Project

Facility for Manufacturing of Sinks

Project Location

Jharsuguda & Kalinganagar

Area requirement

200 Sq m





Project Scale

Capacity: 400 sinks per day

Process The starting material is cold rolled, stainless steel sheet in coils of the desired gauge, from which rectangular blanks are cut on a forming line to the proper size, based on the final basin geometry, for the subsequent forming operations. The blanks are then fitted between dies to form the steel, by a combination of drawing and stretching steps, into the initial rim and basin shape. Next, the drain hole is counter punched at the bottom of the basin. Rims of sinks are trimmed to final geometry. Interior basin surfaces and rim surfaces for top mount sinks are ground and buffed to remove irregularities and to impart the finish. Finally, sound-dampening materials (pads, sprays, or both) are applied to the exterior under surface of the basin both to avoid collection of surface condensation and to minimize vibrations from objects (i.e., cookware, tableware, or other

kitchen utensils) being dropped into the sink.

Utilities Electricity ( connected Load) : 40 kW




Nodal Agency

Investment Promotion and Investment Corporation of Odisha Limited (IPICOL)


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3.4. Facility for manufacturing of Staplers

Name of Project Facility for Manufacturing of Staplers







Project Scale Capacity:

1. Staplers with a wire size of 0.017 inch- 150 staplers per day 2. Staplers with a wire size of 0.050 inch- 50 staplers per day

Process Two types of springs are used in the basic stapler, the coil and the leaf. A coil spring is made from metal that has the ability to withstand a constant pressure and release and still maintain its shape. Leaf springs are typically made by either bending or rolling a thin piece of steel and then carefully heating it to a temperature that will cause internal stresses. Thin lengthwise into strips is then placed in ice water which causes the strips to curl up. The leaf spring allows to unlatch the base from the upper assembly. Stampings are typically made of flat sheet metal material of varying thicknesses that are sandwiched between a punch and die. After a part is stamped, it is usually then formed into a shape. If the shape is an intricate one, another type of punch and die is used. The stamped strip is heated in order to soften it, allowing the material to bend more easily. Rivets are made by cutting off a piece of bar stock and forging it to obtain the desired configuration. Plastic parts of staplers are made by injection moulding, in which a liquefied plastic is injected into a die. The liquid flows into the open void and is then cooled. As the die cools, the plastic solidifies and takes on the shape of the die. The hinge pin is cut off a certain length from bar stock with the help of a saw it is used to join top and bottom half of the stapler. The pins, stampings, and springs are sub-assembled in stages and then assembled together with the upper and lower halves of the stapler frame. For the bottom subassembly, consisting of the base, hanger, anvil, and clearing spring, the parts are placed in an assembly jig that holds them in position to allow the rivets to be placed in the correct holes. Once the rivets are locked in place, a tool called an orbital riveter spins the hollow end of the rivet until it collapses outward and captures the parts together. The top half, consisting of the magazine subassembly, the case, the follow spring, the driver-ram spring, and the metal head, is assembled the same way in it's own assembly jig. The top and bottom halves come together in another jig, and the pin that connects the two and riveted into place. Finally, the finishing


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touches such as the anti-skid rubber pads and the plastic cap are then attached




11 workers for 1 shift ( 8 hours)



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3.5. Facility for manufacturing of Stainless Steel Drum and Bucket

Name of Project Facility for Manufacturing of Stainless Steel Drum and Bucket




Total investment at both the places ~INR 75-90 Lakhs.



Project Scale Capacity: 400 items per day may be considered

1. Drum: 100 drums per day 2. Bucket: 100 bucket per day

Process DRUMS: Stainless Steel drums are manufactured through roll forming. As a continuous metal forming process, roll forming is used to roll metal sheets into ring shapes. The rolling action is actuated by roll forming equipment that are constructed from sequences of roller die pairs, positioned above and below the metal sheet. As the sheet moves through the equipment, the rollers bend the steel along the linear axis. Roll formed parts are most often manufactured at room temperatures, thus making it a cold forming process. After the steel is in the ring-shape, the ends of the ring are joined together through welding to form the drum's body. Drum's base is formed through different process cycle following the above steps. Now, the drum's base is attached to the steel rings formed in the previous step and welded together to form the leak proof drum. Now, quarter way from the top and at the bottom of the drum an indentation is formed to impart rigidity to the drum structure. As a final forming operation drum lid support is formed for proper support of drum lid. The drum lid is press formed in different operation where stainless steel circles are used as starting material. Final finishing buffing operation is done on the drum to give it a attractive look and feel. For different industries, steel drums must be

manufactured to certain standards.


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Bucket: Stainless steel bucket as such is a cone shaped item for which a pre-defined developed sheet templates are available. Stainless steel sheets are cut in different sizes as per the template and formed in proper shape using the bending M/c. As explained earlier bucket bottoms are made in separate line using stainless steel circles. Bucket structure and bucket bottom are welded together to form leak proof container. Bucket handles are made using stainless steel wire/rods using rod bending machine and assembled with the help of fasteners (rivets). Finally, finishing operation is done through hand buffing to

give attractive look and feel.


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11 workers for 1 shift. More shifts may be considered for increased production.



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3.6. Facility for manufacturing of Fasteners (Bolts)

Name of Project Facility for Manufacturing of Fasteners (Bolts)







Project Scale Capacity: 900 t /per year

300 Tons per day

Process Raw material for the fasteners is stainless steel rod / bars. The rod / bars are reheated in Electrically heated forging furnace. It is then upset in the forging machine. The forged item is now machined in the lathe to get the required size. The operations followed here are: pointing, facing, grooving. Heat treatment is done after machining to make the fasteners stronger. Hardening & tempering operations are followed. First, hardening is done such that bolt is heated to a temperature of 850900°C and then quenched in the cooling media. Secondly, the bolt is again reheated to bring back the extreme hardened bolt less soft, so that the bolt remains stronger. Reheating is done to bring down the brittleness of the bolt which happened during hardening. Next is the surface finish process. Usually, grinding process is carried out to make the surface smoother according to the surface finish specification. After finishing process, thread rolling is done with two dies. One is stationary and another is a moving die which actually exerts pressure on the bolts and forms threads. Threads on bots may be fine, medium, coarse depending upon the application. Rolling: Through a series of rolling operations, these blanks are graded or rolled to the correct thickness and shapes required by the manufacturer's flatware patterns. For Nut, the round bar is heated in a furnace above re-crystallization temperature. It is then hot formed to hollow hexagonal pieces of required width. The threads are tapped in the hollow portion matching with that of respective Bolt.

Utilities Electricity ( connected Load) : ~ 800 ~1000 kW

Water about 1-2(𝑚3/ day) for human consumption.





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3.7. Facility for manufacturing of SS Flanges

Name of Project Facility for Manufacturing SS Flanges







Project Scale Capacity: 1200t/year , Flanges :4 tons per day

Process Raw material for the flanges is stainless steel plates. The plates are reheated in electrically heated forging furnace. It is then upset in the forging machine. The forged item is now machined in the lathe to get the required size. Heat treatment is done after machining to make the flanges stronger. Hardening & tempering operations are followed. First, hardening is done such that flange is heated to a temperature of 850900°C and then quenched in the cooling media. Secondly, the flange is again reheated to bring back the extreme hardened flange less soft, so that the flange remains stronger. Reheating is done to bring down the brittleness of the flange which happened during hardening. Next is the surface finish process. Usually, grinding process is carried out to make the surface smoother according to the surface finish specification. After finishing process, required no of holes are drilled followed by

tapping, if required.

Utilities Electricity ( connected Load) : ~500~700 kW

Water about 1−2(𝑚3/ day) for human consumption.





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3.8. Facility for manufacturing of Self -Tapping Screws

Name of Project Facility for Manufacturing of Self-Tapping Screws




Total investment at both the places ~INR 80-90Lakhs.



Project Scale Capacity: 60,000 packets of 1,000 pieces per annum.

Process Self-tapping Screws are manufactured on automatic machines. The sequence

of operation is:

1. Making of head, by cold up setting.

2. Slotting of head, in slotting machine for gripping of screw driver.

3. Rolling of thread, on thread rolling machine.

4. Pointing at tail end for the ease of penetration.

5. Hardening & tempering of screws, in electric furnaces.







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3.9. Facility for manufacturing of Hinges

Name of Project Facility for Manufacturing of Hinges







Project Scale Capacity: 900 t/per year

Hinges of all three types: 3 tons per day

Process .Following operations are conducted to manufacture a hinge

Piercing:-Piercing of the stainless steel and cutting of pin. Presswork:-Bending and folding of the sheet metal on press using appropriate dies tools to obtain the hinge sand the washer parts.

Drilling Work: - After a work piece is laid out and properly mounted on Column drilling machine.


Utilities Electricity ( connected Load) : 3000 kW .





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3.10. Facility for manufacturing of Razor Blades

Name of Project Facility for Manufacturing Razor Blades







Project Scale Capacity: 1000 packet of razor blades per day each packet containing 5 blades

Process Following operations are conducted to manufacture a Razor Blade:

Punching:-The raw material is passed through the punching

machine to get the central contour and outer profile.

Hardening:-Process objective is to obtain the specified Hardness

of the Razor blades by imparting heat treatment process.

Passivation: A treatment to prevent the corrosion is provided in this machine.

Oiling: - Ground and stropped strip is dip inside the oil bath to prevent rust.

Shearing: Finally shearing is done.

Lapping: Grinding and stropping is done in lapping machine

Utilities Electricity ( connected Load) : Approximately 100 kW






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3.11. Facility for manufacturing of Stainless Steel Westwood Rims and

Mud Guard

Name of Project Facility for Manufacturing of Stainless Steel Westwood Rims and Mud Guard








Stainless Steel Rim: 4 tons/day

Stainless Steel mudguard: 1 ton /day

Process Cold Rolled stainless steel coil slit to the desired width. The slit sheet cut to the required length. The slit and sized stainless steel sheet formed in the shape of rim or mud guard. Finally holes are drilled by column drilling machine at the appropriate locations followed by hand drilling and buffing.







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3.12. Facility for manufacturing of Stainless Steel Wire

Name of Project Facility for Manufacturing of Stainless Steel Wire




Total indicative investment at both the places is an approximate of ~INR 8.0-10.0 Crore

a)Land and Buildings: ~ INR 1.5- 2.0 Crores

b)Plant and Equipment : ~INR 6.5-8.0 Crores


1500 tons per year has been considered.

SS wires – 5 tons/day

Process Sl.No Process Purpose of Operation

Control

1 Pre-Coat Provides a suitable carrier coating for wiredrawing lubricant, thereby reducing Friction and surface damage.

Tank temperature and Concentration.

Drying time and temperature to ensure proper pre-coat formation

2 Cold Drawn to Intermediate Size

As per the requirement and Specification. For thinner gauge drawing of wire due to increase in strength (because of work hardening) intermediate annealing may be required

Tight diameter tolerances.

Block cooling. Drawing speeds. Pass reduction schedule. Breakdown surface characteristics

3 Cleaning To remove all surface lubricants and ensure that no contamination occurs during annealing.

Inspection of cleanliness

Tank temperature and concentration


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4 Anneal To soften the material so that the final draw will obtain the required mechanical properties

Temperature control to ensure consistent properties through length of wire.

Anneal line speed

5 Final Draw

to Size Specifies lubricant, finish and packaging required by the customer

Tight diameter and ovality

tolerances. Proper residual coating, wax, nickel coat, oil, copper and/or stearate soap coat. Cast and Helix consistency. Die pass schedule. Block cooling. Mechanical properties

6 Final Inspection & traceability verification

To control qualitative grade checking by wire production complete with a written and signed certification that all customer requirements set out by the order have been satisfied

Diameter and ovality

Mechanical properties

Physical properties

Packaging

Utilities Electricity ( connected Load) : ~800- 1000 kW

Water about 10(𝑚3/ day) industrial water and 1.5 (𝑚3/ day for human consumption.

Acid (Hydrochloric Acid): 1500 litre per month

Chemluba: 4 Kg/ton





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3.13. Facility for manufacturing of Bright Bars

Name of Project Facility for Manufacturing of Bright Bars




Total investment at both the places ~INR 1.40-1.75 Crores.


b)Plant and Equipment : ~INR 1.0-1.25 Crore

Project Scale Capacity: 5 tons/day

Process Stainless steel bright bars can be produced by using heat treated and pickled bars as raw material. After straightening peeling is done to bars are machined to remove surface cracks, cooled layers of “skin,” and oxide. Finally, bars are drawn to final shape and size followed by center less grinding and buffing.

Utilities Electricity ( connected Load) : ~200-250 kW






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3.14. Facility for manufacturing of Stainless Steel Pipes

Name of Project Facility for Manufacturing Stainless Steel Pipes




Total investment at both the places is ~INR 2.8-3.0 Crore.

a)Land and Buildings: ~ INR 70-80Lakhs


Project Scale Capacity: 2 tons/per day

Process There are two manufacturing methods for producing pipe. They can be produced from large coils of strip or skelp, which is welded without interruption. This is called continuous production. Or they can be produced in large sizes, one piece at a time, which is called batch production. The starting material for making continuous pipe is a coil of strip or a skelp with the right thickness and width to make the required pipe size. The strip is formed through a series of rolls to make a completely uniform, circular section. Our size range includes continuous produced pipe from 1/2 through 14-inch nominal pipe size in Schedules 5, 10, 40, and 80. Batch-produced pipe covers the size range from 16 inch to 80-inch diameter. In addition to the lighter wall ranges, the batch-produced pipe includes wall thicknesses up to two inches for the largest pipes.

The manufacture of steel tubes in valves the continuous forming of steel sheet strip into an open seam tube, welding of the open seam edges with high frequency resistance heating and continuous pressure jointing into welded tube, followed by reduction in tube diameter and then cutting into the desired length.


Water about 4(𝑚3/ day).





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303

3.15. Facility for manufacturing of Stainless Steel Structures

Name of Project Facility for Manufacturing Stainless Steel Strucutres








Stainless Steel Angles : 10 tons /day

Stainless Steel Channel: 5 tons/day

Process Hot Rolled annealed coil shall be used as raw material. The raw material is slit to the required width in HR slitting machine. The slit HR sheet is now formed in the shape of angle or channel. Finally holes are drilled by column drilling machine at the appropriate location followed by hand drilling and buffing.







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304

3.16. Facility for manufacturing of Pencil INGOT Caster for Stainless

Steel

Name of Project Facility for Manufacturing of Pencil INGOT for Stainless Steel


Area requirement

600 Sq m


Total investment at both the places is ~INR 2.0 -2.5 Crore.

a)Land and Buildings: ~ INR 60-70 Lakhs


Project Scale Capacity: 10 tons/day

Process

The scrap is stored right next to the furnace for easy operation. It is charged into an induction furnace by using grab bucket attached to an overhead crane. Heat is generated by the induction of medium frequency electricity. The entire furnace system is thoroughly cooled for protection. The furnace can also be titled to pour out the molten metal. The inside surface of the furnace is normally coated with castable ceramics and fire clay in intervals of 7 days. This practice protects the furnace proper and gives a longer life. The molten metal is then poured into the crucible ladle from there it can be further poured into pencil ingot mould for casting of ingots


Water: about 70(𝑚3/ day) for Industry





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305

3.17. Facility for Stainless Steel Annealing Shop

Name of Project Facility for Stainless Steel Annealing Shop





a)Land and Buildings: ~ INR 1.0 -1.25 Crore



Stainless Steel Cold Rolled Coil: 20 tons/day

Stainless Steel Wire: 5 tons /day

Process Cold Rolled stainless steel coil or Stainless steel wire in coil form is stacked on the furnace. The material to be annealed is covered with inner cover. Now, nitrogen is introduced inside the inner cover to make reduced atmosphere. After assuring reduced atmosphere inside the inner cover, furnace is placed. After placing furnace, annealing process started which involves heating a material to above its re-crystallization temperature, maintaining a suitable temperature, and then cooling in the furnace itself. Finally after completion of process, the material checked whether desired mechanical properties have achieved.


Nitrogen

Water





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306

3.18. Facility for manufacturing of Rerolling mills for Stainless Steel

INGOTs

Name of Project Facility for Re rolling Mill for Stainless steel INGOTS








Stainless Steel Round Bars: 20 tons/day

Stainless Steel Flat Strips: 5 tons/day

Process The pencil ingot pushed inside the oil fired reheating furnace. The ingots heated up to around 1100°C. The reheated ingot taken out from the furnace by tong to feed to 3 HI – roughing stand. Finally it is fed into 2 HI – finishing stand to produce final product.


Water about 10(𝑚3/ day) for Industrial purpose.





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307

3.19. Facility for Fabrication shops for smaller items

Name of Project Facility for Shops for Smaller Items







Project Scale Capacity: Small to medium sized appliances : 4,500 tons/year

Process Following operations will be carried out in the fabrication shop: 1. Sheet metal, pipe and rod are cut to the required size. 2. Sheets are formed to required shapes in the forming machine. 3. Rods and pipes are welded with formed sheet metal by TIG welding. 4. Finally buffing is done.







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308

3.20. Facility for Fabrication shops for larger items

Name of Project Facility for Fabrication shops of larger items






b)Plant and Equipment : ~INR 1.0 -1.5 Crore

Project Scale Capacity: Large size fabricated items : 12,000 tons/ year

Process Following operations will be carried out in the fabrication shop: 1. Sheet metal, pipe and rod are cut to the required size. 2. Sheets are formed to required shapes in the forming machine. 3. Rods and pipes are welded with formed sheet metal by TIG welding. 4. Finally buffing is done.






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309

3.21. Facility for Service Center

Name of Project Facility for Service Center







Project Scale Capacity: 400 items per day

Process Process is not specific. It depends on the machine parts to be repaired.







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310

3.22. Facility for manufacturing of Expanded Metal Mesh Manufacturing

Unit

Name of Project Facility for Manufacturing of Expanded Metal Mesh Manufacturing Unit








Expanded Metal Mesh which includes- Regular, Flattened, Decorative Meshes and Fine Mesh: 30 tons/day

Process 1. The plate, sheet, or coil is mechanically advanced beyond the fixed bottom die in an amount that is known as the strand width in regular (standard) expanded metal. The top cutting die then descends and simultaneously slits and cold forms an entire row of half diamonds

2. .The top die then ascends and moves one half diamond right/left as the base metal moves forward one strand width.

3. The top die then descends, slits and forms another row of half diamonds, completing a row of full diamonds in two strokes.








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311

4. Incubation Centres

4.1. MSME Start-up Incubation Centres - Khurdha

Name of Project MSME Start up Incubation Centres


Investment Approx. INR 10- 15 Crore



Project contours Khurdha is the major producer of paddy, pulses, vegetables, oilseeds, and fruit crops

Food Processing has been identified as a start-up priority segment

Government through PPP will create a plug and play start-up infrastructure

Government will help setting up new units through seed assistance, office rentals and technical know-how

Investment

Opportunities Strategic partnership with Govt. of Odisha to develop Start up

incubation centers in the State

State Incentives Venture Capital Funds of worth INR 10 Crore may be created for startup enterprises especially in micro and small sector.

MSME equity participation fund may be created for encouraging startups.






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312

4.2. MSME Start-up Incubation Centres - Sambalpur






Project contours Sambalpur is the major producer of paddy, vegetables and pulses and fruit crops including mango, banana and litchi




Investment





Connectivity It is situated about 300 km west of state capital Bhubaneswar, 550 km west of Kolkata and 278 km east of Raipur

Sambalpur is connected to the rest of odisha and India by national highway - NH 6

Sambalpur is a major Railway junction

The nearest Airports are Swami Vivekananda Airport, Raipur (262 km)



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313

4.3. MSME Start-up Incubation Centres - Ganjam


Project Location Ganjam,




Project contours Ganjam is one of the major producers of paddy, groundnut, sugarcane, oilseeds, ragi, mung, biri, Kewda and cashew. The district accounts for close to 50% of the cashew processing industries in the State and is also the only district where Kewda is cultivated and is used commercially

It also is one of the highest producers of fish, meat, milk and vegetables




Investment










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314

4.4. MSME Start-up Incubation Centres - Kandhamal










Investment










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315

4.5. MSME Start-up Incubation Centres - Dhenkanal










Investment










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316

4.6. MSME Start-up Incubation Centres - Nabarangapur










Investment










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317

4.7. MSME Start-up Incubation Centres - Rayagada






Project contours Rayagada is the major producer of paddy, vegetables, pulses, oilseeds, and fruit crops and has significant potential in dal processing, cashew processing and processing of horticultural crops




Investment









Skill Development Centers

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318

Contents Skill Development ............................................................................................................................... 321

1.1. Skill Development Centre in Puri ................................................................................... 321

1.2. Skill Development Centre in Angul ................................................................................ 322

1.3. Skill Development Centre in Balasore .......................................................................... 323

1.4. Skill Development Centre in Jajpur ............................................................................... 324

1.5. Skill Development Centre in Baragarh .......................................................................... 325

1.6. Skill Development Centre in Gajapati ........................................................................... 326

1.7. Skill Development Centre in Kandhamal ...................................................................... 327

1.8. Skill Development Centre in Jharsuguda ..................................................................... 328

1.9. Skill Development Centre in Kendrapada .................................................................... 329

1.10. Skill Development Centre in Bhadrak ....................................................................... 330

1.11. Skill Development Centre in Nabarangpur ............................................................... 331

1.12. Skill Development Centre in Khurda ......................................................................... 332

1.13. Skill Development Centre in Angul ............................................................................ 333

1.14. Skill Development Training Extension Centres under OSEMS - Angul ............... 334

1.15. Skill Development Training Extension Centres under OSEMS - Balasore ......... 335

1.16. Skill Development Training Extension Centres under OSEMS - Balasore ......... 336

1.17. Skill Development Training Extension Centres under OSEMS - Bhadrak .......... 337

1.18. Skill Development Training Extension Centres under OSEMS - Bargarh ........... 338

1.19. Skill Development Training Extension Centres under OSEMS - Boudh .............. 339

1.20. Skill Development Training Extension Centres under OSEMS - Bolangir .......... 340

1.21. Skill Development Training Extension Centres under OSEMS - Bolangir .......... 341

1.22. Skill Development Training Extension Centres under OSEMS - Cuttack ............ 342

1.23. Skill Development Training Extension Centres under OSEMS - Cuttack ............ 343

1.24. Skill Development Training Extension Centres under OSEMS - Deogarh .......... 344

1.25. Skill Development Training Extension Centres under OSEMS - Dhenkanal ...... 345

1.26. Skill Development Training Extension Centres under OSEMS - Gajapati .......... 346

1.27. Skill Development Training Extension Centres under OSEMS - Gajapati .......... 347

1.28. Skill Development Training Extension Centres under OSEMS - Ganjam ........... 348

1.29. Skill Development Training Extension Centres under OSEMS - Ganjam ........... 349

1.30. Skill Development Training Extension Centres under OSEMS - Jajpur .............. 350

1.31. Skill Development Training Extension Centres under OSEMS - Jharsuguda .... 351


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319

1.32. Skill Development Training Extension Centres under OSEMS - Kendrapada ... 352

1.33. Skill Development Training Extension Centres under OSEMS - Khurdha .......... 353

1.34. Skill Development Training Extension Centres under OSEMS - Kandhamal ..... 354

1.35. Skill Development Training Extension Centres under OSEMS - Kandhamal ..... 355

1.36. Skill Development Training Extension Centres under OSEMS - Keonjhar ......... 356

1.37. Skill Development Training Extension Centres under OSEMS - Koraput ........... 357

1.38. Skill Development Training Extension Centres under OSEMS - Koraput ........... 358

1.39. Skill Development Training Extension Centres under OSEMS - Kalahandi ....... 359

1.40. Skill Development Training Extension Centres under OSEMS - Kalahandi ....... 360

1.41. Skill Development Training Extension Centres under OSEMS - Mayurbhanj .... 361

1.42. Skill Development Training Extension Centres under OSEMS - Mayurbhanj .... 362

1.43. Skill Development Training Extension Centres under OSEMS - Malkangiri ....... 363

1.44. Skill Development Training Extension Centres under OSEMS - Nayagarh ........ 364

1.45. Skill Development Training Extension Centres under OSEMS - Nuapada ......... 365

1.46. Skill Development Training Extension Centres under OSEMS - Nawarangapur

366

1.47. Skill Development Training Extension Centres under OSEMS - Nawarangapur

367

1.48. Skill Development Training Extension Centres under OSEMS – Nawarangapur

368

1.49. Skill Development Training Extension Centres under OSEMS - Puri .................. 369

1.50. Skill Development Training Extension Centres under OSEMS - Rayagada ....... 370

1.51. Skill Development Training Extension Centres under OSEMS - Sambalpur ...... 371

1.52. Skill Development Training Extension Centres under OSEMS - Sambalpur ...... 372

1.53. Skill Development Training Extension Centres under OSEMS - Sonepur .......... 373

1.54. Skill Development Training Extension Centres under OSEMS - Sundargarh .... 374

1.55. Skill Development Training Extension Centres under OSEMS - Sundargarh .... 375

1.56. Development of Sector Specific Skill Development Centres - Jharsuguda ........ 376

1.57. Development of Sector Specific Skill Development Centres - Rourkela ............. 377

1.58. Development of Sector Specific Skill Development Centres - Keonjhar ............. 378

1.59. Development of Sector Specific Skill Development Centres - Paradip ................ 379

1.60. Development of Sector Specific Skill Development Centres - Dhenkanal .......... 380

1.61. Development of Sector Specific Skill Development Centres - Angul ................... 381

1.62. Development of Sector Specific Skill Development Centres - Jagatsinghpur .... 382

1.63. Development of Sector Specific Skill Development Centres - Jajpur .................. 383


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320

1.64. Development of Sector Specific Skill Development Centres - Sambalpur .......... 384

1.65. Advanced Skills Training Institute (ASTI) – Model A .............................................. 385

1.66. Advanced Skills Training Institute (ASTI) – Model B .............................................. 386


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321

Skill Development

1.1. Skill Development Centre in Puri

Name of Project Skill Development Centre in Puri

Project Location Siruli, Puri

Project contours

Govt. of Odisha is establishing Skill Development Centres across all districts to ensure availability of training infrastructure across the State. These SDCs are proposed to be operated under Public-Private Partnership (PPP) mode.

Mode of Private Participation

Private Partners are invited to operate and maintain the Skill Development Centre and train students on various approved trades in the Priority Sectors of the State.

Training Capacity Approx. 100 – 120 in one shift

Infrastructure to be provided by Govt. of Odisha

Govt. of Odisha will provide building of approx. 5000 sq. ft. of built-up space on approx. 2 Acres of land, which includes 3 rooms for training, cabins for faculty and other common facilities.

Support to be provided by Govt. of Odisha

Govt. of Odisha will reimburse the training cost of all students registered and trained, as per applicable rate for the approved trades in various categories.

The Private partners will be eligible for loans from National Skill Development Council (NSDC)

Nodal agency Odisha State Employment Mission (OSEMS) & Directorate of Employment


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322

1.2. Skill Development Centre in Angul

Name of Project Skill Development Centre in Angul

Project Location Chandrabahal, Angul

Project contours












__________________________________________________________________________________

323

1.3. Skill Development Centre in Balasore

Name of Project Skill Development Centre in Balasore

Project Location Hidigaon, Chandipur

Project contours












__________________________________________________________________________________

324

1.4. Skill Development Centre in Jajpur

Name of Project Skill Development Centre in Jajpur

Project Location Chandma, JK Road

Project contours












__________________________________________________________________________________

325

1.5. Skill Development Centre in Baragarh

Name of Project Skill Development Centre in Baragarh

Project Location Tentia, Baragarh

Project contours












__________________________________________________________________________________

326

1.6. Skill Development Centre in Gajapati

Name of Project Skill Development Centre in Gajapati

Project Location Hatibadi, Gopinathpur

Project contours












__________________________________________________________________________________

327

1.7. Skill Development Centre in Kandhamal

Name of Project Skill Development Centre in Kandhamal

Project Location Pulbani

Project contours












__________________________________________________________________________________

328

1.8. Skill Development Centre in Jharsuguda

Name of Project Skill Development Centre in Jharsuguda

Project Location Patrapalli, Kolabira

Project contours












__________________________________________________________________________________

329

1.9. Skill Development Centre in Kendrapada

Name of Project Skill Development Centre in Kendrapada

Project Location Khamar, Keshpur

Project contours












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330

1.10. Skill Development Centre in Bhadrak

Name of Project Skill Development Centre in Bhadrak

Project Location Taira, Ranital, Bhadrak

Project contours












__________________________________________________________________________________

331

1.11. Skill Development Centre in Nabarangpur

Name of Project Skill Development Centre in Nabarangpur

Project Location Agnipur, Mouza, Nabarangpur

Project contours












__________________________________________________________________________________

332

1.12. Skill Development Centre in Khurda

Name of Project Skill Development Centre in Khurda

Project Location Begunia

Project contours












__________________________________________________________________________________

333

1.13. Skill Development Centre in Angul

Name of Project Skill Development Centre in Angul

Project Location Pallahara

Project contours












__________________________________________________________________________________

334

1.14. Skill Development Training Extension Centres under OSEMS -

Angul

Name of Project Skill Development Training Extension Centres under OSEMS

Project Location Government Polytechnic, Angul

Project contours

Govt. of Odisha is establishing Skill Development Training Extension Centres across all districts to ensure availability of training infrastructure across the State. These Training Extension Centres are proposed to be operated under Public-Private Partnership (PPP) mode.











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335


Balasore


Project Location Government Polytechnic, Balasore

Project contours












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336


Balasore


Project Location ITI, Balasore

Project contours












__________________________________________________________________________________

337


Bhadrak


Project Location Government Polytechnic, Bhadrak

Project contours












__________________________________________________________________________________

338


Bargarh


Project Location ITI, Bargarh – 2nd campus at Kantapalli

Project contours












__________________________________________________________________________________

339


Boudh


Project Location Government Polytechnic, Boudh

Project contours












__________________________________________________________________________________

340


Bolangir


Project Location ITI, Bolangir

Project contours












__________________________________________________________________________________

341


Bolangir


Project Location ITI, Kantabanji

Project contours












__________________________________________________________________________________

342


Cuttack


Project Location ITT, Choudwar

Project contours












__________________________________________________________________________________

343


Cuttack


Project Location SDC, Badamba

Project contours












__________________________________________________________________________________

344


Deogarh


Project Location ITI, Barkote

Project contours












__________________________________________________________________________________

345


Dhenkanal


Project Location Government Polytechnic, Dhenkanal

Project contours












__________________________________________________________________________________

346


Gajapati


Project Location ITI, Mohana

Project contours












__________________________________________________________________________________

347


Gajapati


Project Location ITI, Gumma

Project contours












__________________________________________________________________________________

348


Ganjam


Project Location ITI, Berhampur

Project contours












__________________________________________________________________________________

349


Ganjam


Project Location SDC, Shergarh

Project contours












__________________________________________________________________________________

350


Jajpur


Project Location New ITI, Jajpur

Project contours












__________________________________________________________________________________

351


Jharsuguda


Project Location JES, Jharsuguda

Project contours












__________________________________________________________________________________

352


Kendrapada


Project Location SIPT (ITI), Pattamundai – 2nd campus

Project contours












__________________________________________________________________________________

353


Khurdha


Project Location Government Polytechnic, Bhubaneswar

Project contours












__________________________________________________________________________________

354


Kandhamal


Project Location ITI, Phulbani

Project contours












__________________________________________________________________________________

355


Kandhamal


Project Location Government Polytechnic, Phulbani

Project contours












__________________________________________________________________________________

356


Keonjhar


Project Location OEME, Keonjhar

Project contours












__________________________________________________________________________________

357


Koraput


Project Location New ITI, Laxmipur

Project contours












__________________________________________________________________________________

358


Koraput


Project Location GITI, Ambaguda

Project contours












__________________________________________________________________________________

359


Kalahandi


Project Location ITI, Bhawanipatna

Project contours












__________________________________________________________________________________

360


Kalahandi


Project Location Government Polytechnic, Kalahandi

Project contours












__________________________________________________________________________________

361


Mayurbhanj


Project Location ITI, Takatpur

Project contours












__________________________________________________________________________________

362


Mayurbhanj


Project Location Government Polytechnic, Mayurbhanj

Project contours












__________________________________________________________________________________

363


Malkangiri


Project Location ITI, Malkangiri

Project contours












__________________________________________________________________________________

364


Nayagarh


Project Location New Government ITI, Nayagarh

Project contours












__________________________________________________________________________________

365


Nuapada


Project Location Government Polytechnic, Nuapada

Project contours












__________________________________________________________________________________

366


Nawarangapur


Project Location SDC, Kodinga, Kosagunda (KVY)

Project contours












__________________________________________________________________________________

367


Nawarangapur


Project Location SDC, Dabugaon (KVY)

Project contours












__________________________________________________________________________________

368

1.48. Skill Development Training Extension Centres under OSEMS –

Nawarangapur


Project Location SDC, Nandahandi (KVY)

Project contours












__________________________________________________________________________________

369


Puri


Project Location SDC, Krushnaprasad

Project contours












__________________________________________________________________________________

370


Rayagada


Project Location ITI, Rayagada

Project contours












__________________________________________________________________________________

371


Sambalpur


Project Location ITI, Hirakud

Project contours












__________________________________________________________________________________

372


Sambalpur


Project Location New ITI, Rasanpur (LWE)

Project contours












__________________________________________________________________________________

373


Sonepur


Project Location ITI, Sonepur

Project contours












__________________________________________________________________________________

374


Sundargarh


Project Location ITI, Rourkela

Project contours












__________________________________________________________________________________

375


Sundargarh


Project Location UGIE, Rourkela

Project contours












__________________________________________________________________________________

376

1.56. Development of Sector Specific Skill Development Centres -

Jharsuguda

Name of Project Sector Specific Skill Development Centres



Land Area 10 acres of land required for each cluster


Project contours State is planning to setup Sector Specific Skill Development Centers in the nine major districts of presence of the downstream industries.

These centers will be conceived as Centers of Excellence (CoEs) and shall work in close coordination with the eminent industry players, Sector Skill Councils (SSCs) and Training Service Providers (TSPs).

CoEs, will conduct higher NSQF level courses and also support the broader skill development ecosystem by conducting Train the Trainer programs, curriculum and pedagogy development and setting international training standards etc.

Investment


Maintenance and Skill development

Nodal agency Department of Skill Development and Technical Education, DTET


__________________________________________________________________________________

377


Rourkela









Investment





__________________________________________________________________________________

378


Keonjhar









Investment





__________________________________________________________________________________

379


Paradip









Investment





__________________________________________________________________________________

380


Dhenkanal









Investment





__________________________________________________________________________________

381


Angul









Investment





__________________________________________________________________________________

382


Jagatsinghpur









Investment





__________________________________________________________________________________

383


Jajpur









Investment





__________________________________________________________________________________

384


Sambalpur









Investment





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385

1.65. Advanced Skills Training Institute (ASTI) – Model A

Name of Project Advanced Skills Training Institute (ASTI) – Model A

under Odisha Skill Development Project (OSDP) supported by ADB

Project Location Locations for Model A: Bhubaneswar, Berhampur, Jeypore (Koraput district), Titlagarh (Bolangir district), Jharsuguda, Rourkela

Project contours Finishing and Advanced skills linked to employment for 170,000 youth

Recognition of Prior Learning and Self-Employment for 30,000 youth

8 ASTIs and 30 ITIs to operate in a Hub & Spoke model

Training of 20,000 trainers and a cadre of 250 Master Trainers

International level quality assurance and benchmarking

Technology enable teaching and learning

Professional management through Odisha Skill Development Society (OSDS)


Training operations of ASTIs (selection through ASTI operations bid)

Civil construction of ASTIs (selection through civil construction bid)

Equipment supply to ASTIs (selection through equipment supply bid)

Quality Assurance Consultants (selection of firm through QAC bid)

Project Management Consultants (selection of firm through PMC bid)

Self Employment Operator (selection of firm through SEO bid)

Training Capacity Each ASTI to target 3000-4000 youth per year as below

ITI pass outs – not in employment, not in training

Unemployed engineers, graduates, polytechnic students/graduates

Customized skill up-gradation of existing workforce

Investment Envisaged

ASTIs (Model A)

No Capital Investment

Working Capital Investment for training operations

Revenue generation and payback to OSDS


ASTIs (Model A)

Six ready to use state of the art training institutions (land, building and equipment to be provided by Govt. of Odisha)


Overall Quality Assurance, Assessment & Certification, Benchmarking and Industry Linkages

Mobilization of youth from network institutions

Pre and Post Placement support

Support of spoke ITIs to each ASTI

Nodal agency Odisha Skill Development Society


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386

1.66. Advanced Skills Training Institute (ASTI) – Model B

Name of Project Advanced Skills Training Institute (ASTI) – Model B

under Odisha Skill Development Project (OSDP) supported by ADB

Project Location Locations for Model B: Any two locations in Odisha as proposed by the private operator where it holds land and building to operate an ASTI. To avoid coinciding with Model ‘A’ locations

Project contours Finishing and Advanced skills linked to employment for 170,000 youth

Recognition of Prior Learning and Self-Employment for 30,000 youth

8 ASTIs and 30 ITIs to operate in a Hub & Spoke model

Training of 20,000 trainers and a cadre of 250 Master Trainers

International level quality assurance and benchmarking

Technology enable teaching and learning

Professional management through Odisha Skill Development Society (OSDS)


Training operations of ASTIs (selection through ASTI operations bid)

Civil construction of ASTIs (selection through civil construction bid)

Equipment supply to ASTIs (selection through equipment supply bid)

Quality Assurance Consultants (selection of firm through QAC bid)

Project Management Consultants (selection of firm through PMC bid)

Self Employment Operator (selection of firm through SEO bid)

Training Capacity Each ASTI to target 3000-4000 youth per year as below

ITI pass outs – not in employment, not in training

Unemployed engineers, graduates, polytechnic students/graduates

Customized skill up-gradation of existing workforce

Investment Envisaged

ASTIs (Model B)

Use of existing land and building. Joint Ventures would be allowed.

Working Capital Investment for training operations

Revenue generation and payback to OSDS


ASTIs (Model B)

Permission to use existing infrastructure of private sector to be used as ASTIs

Full Equipment support to the ASTIs


Overall Quality Assurance, Assessment & Certification, Benchmarking and Industry Linkages

Mobilization of youth from network institutions

Pre and Post Placement support

Support of spoke ITIs to each ASTI

Nodal agency Odisha Skill Development Society

Incubation Centers

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387

Contents Incubation Centres .............................................................................................................................. 388

1.1. MSME Start-up Incubation Centres - Khurdha ....................................................................... 388

1.2. MSME Start-up Incubation Centres - Sambalpur .................................................................... 389

1.3. MSME Start-up Incubation Centres - Ganjam ......................................................................... 390

1.4. MSME Start-up Incubation Centres - Kandhamal ................................................................... 391

1.5. MSME Start-up Incubation Centres - Dhenkanal .................................................................... 392

1.6. MSME Start-up Incubation Centres - Nabarangapur .............................................................. 393

1.7. MSME Start-up Incubation Centres - Rayagada ...................................................................... 394

Incubation Centers

__________________________________________________________________________________

388

Incubation Centres

1.1. MSME Start-up Incubation Centres - Khurdha






Project contours Khurdha is the major producer of paddy, pulses, vegetables, oilseeds, and fruit crops




Investment









Incubation Centers

__________________________________________________________________________________

389

1.2. MSME Start-up Incubation Centres - Sambalpur






Project contours Sambalpur is the major producer of paddy, vegetables and pulses and fruit crops including mango, banana and litchi




Investment





Connectivity It is situated about 300 km west of state capital Bhubaneswar, 550 km west of Kolkata and 278 km east of Raipur

Sambalpur is connected to the rest of odisha and India by national highway - NH 6

Sambalpur is a major Railway junction

The nearest Airports are Swami Vivekananda Airport, Raipur (262 km)


Incubation Centers

__________________________________________________________________________________

390

1.3. MSME Start-up Incubation Centres - Ganjam


Project Location Ganjam,




Project contours Ganjam is one of the major producers of paddy, groundnut, sugarcane, oilseeds, ragi, mung, biri, Kewda and cashew. The district accounts for close to 50% of the cashew processing industries in the State and is also the only district where Kewda is cultivated and is used commercially

It also is one of the highest producers of fish, meat, milk and vegetables




Investment









Incubation Centers

__________________________________________________________________________________

391

1.4. MSME Start-up Incubation Centres - Kandhamal










Investment









Incubation Centers

__________________________________________________________________________________

392

1.5. MSME Start-up Incubation Centres - Dhenkanal










Investment









Incubation Centers

__________________________________________________________________________________

393

1.6. MSME Start-up Incubation Centres - Nabarangapur










Investment









Incubation Centers

__________________________________________________________________________________

394

1.7. MSME Start-up Incubation Centres - Rayagada






Project contours Rayagada is the major producer of paddy, vegetables, pulses, oilseeds, and fruit crops and has significant potential in dal processing, cashew processing and processing of horticultural crops




Investment









Documents

Compendium of Investible Projects - Invest Odisha