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EXECUTIVE SUMMARY OF EIA REPORT
(ENGLISH)
of
M/S. GUJARAT HYDROCARBONS AND POWER SEZ LIMITED
GIDC – VILAYAT (VAGRA) INDUSTRIAL ESTATE,
VILAYAT, TAL : VAGRA, DIST : BHARUCH, GUJARAT
EXECUTIVE SUMMARY OF EIA
INTRODUCTION
• The SEZ going to be developed by Gujarat Hydrocarbons and Power SEZ Limited (GHPSL) is amongst the first dedicated Hydrocarbon SEZ in India.
• GHPSL proposes to develop the sector specific SEZ project with both foreign and domestic investors as financial or technical collaborators to the project. However, these investors will be introduced into the project on a need basis, depending upon requirements of the project.
• GHPSL, 100% subsidiary of Assam Company, is setting up India’s first integrated Hydrocarbon in the most investor friendly state Gujarat in India. GHPSL is conceived as One stop “world class” integrated sector specific SEZ for providing products and related services addressing the entire range of Hydrocarbons value and supply chain. GHPSL is designed to exploit the massive unfolding opportunities in this fastest growing sector of the Indian economy addressing the mismatch between the demand and supply. The project intends to attract investors in this unique Special Economic Zone project which will entitle them to several fiscal incentives. Infrastructure availability including power, water, natural gas, effluent treatment, etc. will provide the required impetus.
• GHPSL has acquired land and received formal approval for SEZ, Petroleum hydrocarbon. The operations are expected to commence in 2012, aiding a quantum jump in India’s Hydrocarbon infrastructure.
• SEZ is situated in Bharuch near Dahej which is the hub of Oil & Gas and Chemicals. The SEZ also falls within the boundary of PCPIR (Petroleum, Chemical & Petro‐chemicals Investment Region), are well connected with Road (National Highway), Railway (Delhi‐Mumbai Rail Line), Airport (National Airport at Vadodara 80 Km and International Airport at Ahmedabad, 180 Km), nearest All‐weather port‐ Dahej. These SEZ also falls onto the link of Dedicated Freight Corridors (DFC) a mega project started by Govt. of India, with collaboration from JICA (Japanese International Collaboration Agency) for augmenting to Dedicated High Speed Rail Link between Delhi and Mumbai.
• Any Petroleum hydrocarbon industry service that will support industry in the SEZ for manufacturing, stocking, trading including logistics and utilities with local linkages, and for which site is available as per the approved detailed Master Plan, will be eligible for being set up in the PCPIR.
• GHPSL has also signed MOUs with Gujarat Maritime Board and Gujarat Industrial Development Corporation for setting up Fabrication yard and Shipyard. GHPSL plans to facilitate export activities of the SEZ by adding their own captive jetty.
• The Company is actively scouting for right partners who wish to leverage the state‐of‐art infrastructure and facilities.
DETAILS OF PROJECT SITE
The SEZ going to be developed by Gujarat Hydrocarbons and Power SEZ Limited (GHPSL) is amongst the
first dedicated Hydrocarbon SEZ in India GHPSL proposes to develop the sector specific SEZ project with
both foreign and domestic investors as financial or technical collaborators to the project. However,
these investors will be introduced into the project on a need basis, depending upon requirements of the
project. It will be set up on Plot No. of Ind. Estate of Vilayat, Dist: Bharuch (Guj).
Sr. No. Location Survey No.
1
Village:Vilayat, Taluka: Vagra,
District: Bharuch
459
2 460
3 461
4 462
5 463/P
6 464/P
7 465
8 466/P
9 467
10 468
11 469
12 470
13 471/P
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15 473/P
16 474
17 475
18 476
19 477/P
20 478/P
21 479/P
22 Cart‐Tract.
23 480
24 481
25 482/P
26 483/P
27 484/P
28 485/P
29 486/P
30 487/P
31 488
32 489
33 490
34 491
35 492
36 493
37 494
38 495/P
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40 498/P
41 499/P
42 500/P
43 501
44 502
45 503
46 504
47
Village:Vilayat, Taluka: Vagra,
District: Bharuch
505
48 506
49 507
50 508
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52 510
53 511
54 512
55 513
56 514/P
57 515
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72 530
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78 536/P
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80 538
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82 540
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85 543/P
86 544/P
87 545
88 546
89 547/P
90 548/P
91 549/P
92 550/P
93
Village:Vilayat, Taluka: Vagra,
District: Bharuch
553
94 554
95 555
96 Cart‐Tract.
97 556/P
98 557
99 558
100 559
101 560
102 561
103 562
104 563
105 564
106 565
107 566
108 567
109 568
110 569
111 570
112 571
113 572
114 573
115 574
116 575
117 576
118 577
119 578
120 579
121 580
122 594
123 595
124 596
125 597
126 598
127 599
128 600
129 601
130 Cart‐Tract.
131 602
132 603
133 604
134 605
135 606
136 607
137 608
138 609
139
Village:Vilayat, Taluka: Vagra,
District: Bharuch
610
140 611
141 612
142 613
143 614
144 615
145 616
146 624
147 625
148 626
149 628
150 629
Locational Advantage
• Bharuch is located in the southern part of Gujarat, near the Gulf of Khambhat in Arabian Sea. • Dahej Port, operated by Gujarat Maritime Board (GMB), has made significant contribution to
facilitate industrial growth in the district. • Excellent port connectivity with the presence of Dahej port makes it an investment destination
in port & shipbuilding activities. • Centrally located within the industrial belt, Dahej is an ideal location in Asia to serve north, west
and central India and international destinations such as, Middle East, Africa, Europe and North America.
• The district has a large number of industrial estates and Special Economic Zones (SEZs).
Area falling within the zone of proposed PCPIR (Petroleum, Chemical & Petro Chemical
Investment Region.
PLANNED ACTIVITIES
• Total Area of SEZ is 140 Hectares.
• To be developed over phases
• Propose to set up Sector Specific Special Economic Zone for Petroleum Hydrocarbon in Vilayat
Industrial Estate, Taluka: Vagra, Dist: Bharuch, Gujarat.
Break‐up of the Industries:
Total Petroleum Hydrocarbon Plant: 10
Fabrication Unit: 1
CETP: 1 & STP: 1
Incinerator: 1
DISTRIBUTION OF SEZ
Zone Total Area (Ha) %
Hydrocarbons SEZ
Non‐Processing (Logistic Park, Parking facility, Colony, Restaurant,
Pumping Station, Weight Bridge, Custom Office, road and
Infrastructure Corridor, etc.)
24 17.00
Green Belt 46 33.00
Carbon Black Units 2 1.43
PTA Units 18 12.86
Dual Feed Petrochemical complex, Ethylene Oxide derivatives – MEG etc,
Polyethylene derivatives, n‐Butanol, Propylene derivatives, Polypropylene,
Para Xylene & Ortho Xylene, PET, Styrene,
Specialty Chemicals/Refinery Catalysts/Synthetic,
Lubricant/products, R & D/ Laboratory Testing Service
47 33.56
CETP, Common Incinerator 3 2.15
Total 140 100
PROJECT COST FOR DEVELOPMENT OF SEZ
Total estimated cost of the project will be Rs. 975 Cr. (Proposed).
• Cost of Development Rs.94 Crores
• Cost for ready built infrastructure – Rs.800 Crores
• Cost of project management, water treatment plant, Sewage/ Effluent Collection,
Transportation, Incinerator, Treatment & Reuse, Storm Water Harvesting system & Fire
fighting system – Rs.68 Crores
• The annual budget for the EMP ( operational phase ) – Rs. 13 Crores
Effluent Management System
• There will be facility for common effluent treatment plant (CETP).
• Effluent collection and disposal system of 1.2 Million liters per day (MLD), Primary, secondary
treatments to be done by individual units.
• Developer will be provided the guard pond to check the characteristic of treated effluent after
primary and secondary treatment by individual Industries at least once in day. There will be
available online monitoring facility (pH meter, Flow meter & TOC meter) to check the characteristic
of effluent.
• The effluent after secondary treatment at individual units will be transferred to the common
effluent treatment plant through tankers; this will help in maintaining check on the quality as well as
quantity of effluent intake to CETP. Each industry would be required to have collection tanks
separately to store high TDS effluents and another to store low TDS effluent and same for High COD
stream. The process effluents having high COD & TDS (0.060 MLD) will be sent to own common
incinerator.
• The final treated effluent will be discharged into already installed GIDC effluent disposal pipeline for
deep sea disposal near Dahej. So that there will be no risk of contamination of soil or ground water.
• A CETP is proposed inside the SEZ. The treatment of the effluent will be on segregation basis.
Effluent from each individual unit would be collected and transported to CETP. The effluent would
be divided in three categories:
• The treatment of the effluent will be on segregation basis. The effluent will be divided in three
categories:
1. Process Effluent Primary & Secondary Treatment given by Individual Industries CETP GIDC
Drainage pipeline.
2. The non‐biodegradable process effluent (high COD & TDS) own Common Incinerator.
3. Domestic waste water Common STP Reused for green belt development and Flushing and any
surplus quantity will be discharged into GIDC Drain.
• The utilities effluent having low COD after secondary treatment will be disposed into the sea
through effluent disposal line, after meeting GPCB norms. All other effluents after secondary
treatment at respective industries will be collected through tankers to the CETP. The bio‐degradable
process effluents will be subjected to aerobic treatment and after meeting the disposal standards
will b
COD &
The Tank
check effl
e discharged
& TDS will be
kers will be p
luent quality
d into sea thr
sent to comm
provided at t
and then wil
rough pipelin
mon incinerat
he unit level
ll be discharg
e. The non‐b
tor site.
l before to ch
ge in to CETP.
biodegradable
heck the com
.
e process effl
mpliance of e
luents having
effluent. Afte
g high
er the
The domestic & sewage effluent will be collected through pipeline and treated in common STP and
Treated Domestic waste water (600 KL/Day) shall be reused for green belt development and Flushing
after treatment and any surplus quantity will be discharged in GIDC sewage drain. During raining season,
after treatment of domestic waste water shall be discharged into GIDC sewage drain line.
Flow Diagram of Common STP:
Diagram of Common Incinerator:
Solid & Hazardous Waste Management System
• Wastewater (domestic & commercial) to be treated in STP & CETP to be setup. Thereafter, the
same will be pumped to GIDC Effluent Pipeline.
• Hazardous wastes generated by units will be required to be treated and disposed as per MoEF/
GPCB/ HWM guidelines. Individual member units shall dispose the waste by themselves.
• Hazardous waste (ETP Suldge, Spent Carbon, etc.) will be disposed at nearest TSDF site at M/s.
BEIL, Ankleshwar or M/s. NECL, Nandesari or proposed TSDF site at M/s. BEIL, Dahej.
• Hazardous waste (Organics Residues, Process Waste, Spent Catalyst, etc.) will be disposed at
Common Incinerator Site in Proposed SEZ.
During the operation phase of the proposed SEZ solid wastes, having non hazardous as well as
hazardous nature would be generated from the various industrial units of SEZ.
Hazardous Wastes:
Organic residues from process.
Process wastes, spent carbon,
ETP sludge from individual unit & CETP
Used oil
Non‐Hazardous Wastes:
Fly ash from boilers (including bottom ash)
Domestic waste from canteen & greenery wastes
Recyclable waste ‐ paper, card boards, scrap, etc.
DETAILS OF HAZARDOUS WASTE GENERATION & DISPOSAL
Sr.No. Type of waste Category Quantity
Disposal
1. ETP Sludge 34.4 80 MT/Day Disposal to TSDF site at M/s.
BEIL, Ankleshwar/Dahej or M/s.
NECL, Nandesari.
2. Ash ‐‐ 20 MT/Day Selling to Bricks Manufacturing
Unit.
3. Used Oil 5.1 4 Liters/Day Selling to GPCB registered
reprocessor.
4 Discarded
Containers/Bags
33.3 500 Nos./Day Sold to authorize Vendor after
decontamination.
ENERGY & FUEL REQUIREMENT
• Primary source of Energy will be Electricity from Gujarat State Electricity Corporation Limited
(GSECL)/ Gujarat Electricity Board (GEB) supplied through transmission lines of Gujarat Energy
Transmission Corporation Limited (GETCO).
Power will be available from GETCO sub‐station (220/66 KVA) and transmission lines located near
site.
Power will be available from GHPSL‐Power Plant.
Requirement of fuel during development stage would be minimal for running of
construction machineries (Mixer, Crusher, etc), if required.
BASELINE ENVIRONMENTAL STATUS
1. AIR ENVIRONMENT
The dispersion of pollutants in the atmosphere is a function of several meteorological parameters viz.
temperature, wind speed and direction, mixing depths, inversion level, etc. The ambient air samples
were collected and analyzed for Suspended Particulate Matter (SPM), Respirable Suspended Particulate
Matter (RSPM), Sulphur Dioxide (SO2), Oxides of Nitrogen (NOx), Hydrocarbons(HC), Carbon Monoxide
(CO) and VOC for identification, prediction, evaluation and assessment of potential impact on ambient
air environment. A number of models have been developed for the prediction of pollutant
concentration at any point from an emitting source.
AMBIENT AIR QUALITY MONITORING AND POLLUTION CONTROL MEASURES
The ambient air quality monitoring was carried out in accordance with guidelines of Central
Pollution Control Board (CPCB) and National Ambient Air Quality Standards (NAAQS) of CPCB.
Ambient Air Quality Monitoring (AAQM) was carried out at eight locations during post monsoon
season from October 1, 2009 to December 31, 2009.
The arithmetic mean and 98th percentile values of 24 hourly SPM at all the locations ranged
between 74 – 94 µg/m3 and 79.6 – 97.6 µg/m3 respectively. Similarly, the arithmetic mean and
98th percentile values of RSPM varied in the range of 38 – 55 µg/m3 and 44.6 – 58.7 µg/m3,
respectively. The SPM and RSPM concentrations at all the AAQM locations were primarily
caused by local phenomena including vehicular activities and natural dust getting air borne due
to man made activities and blowing wind. SPM and RSPM concentrations were observed below
stipulated standards of CPCB for industrial and residential area at all air quality monitoring
locations during the winter season.
The arithmetic mean and 98th percentile values of NOx at all the locations ranged between 18
– 30 µg/m3 and 23.3 – 34.4 µg/m3 respectively. The arithmetic mean and 98th percentile
values of SO2 at all the locations were observed to be in the range of 10 – 21 µg/m3 and 13.6 –
25 µg/m3 respectively. At all the ambient air quality monitoring locations, the 98th percentile
values of SO2 and NOx were observed to be within limits. Air Quality Status of CO, HC & VOC at
all the locations were observed BDL.
2. WATER ENVIRONMENT
The baseline water quality status in the region is established by analyzing surface water and ground
water. Water requirement at site would be met through GIDC water supply (surface water). Ground
water resources are predominantly exploited in most of nearby villages only for domestic and
agricultural purposes.
BASELINE GROUND WATER QUALITY
pH of ground water samples varied from 7.80 to 8.38. Turbidity was found to be 0.3 to 0.9 NTU, Total
Dissolved Solids varied in the range of 774 to 1850 mg/L respectively. Nitrate and Total Phosphate was
found in the range of 0.8 to 1.6 mg/L and 0.14 to 0.63 mg/L respectively. DO and COD was found in
range of 7.0 to 7.4 mg/L and 13.6 to < 6 mg/L respectively. BOD3 was found in range of 0.0 to 0.5 mg/L.
Total hardness (as CaCO3) varies from 260.2 to 75.90 mg/L. Calcium hardness (as CaCO3) varies from
63.4 to 190 .3mg/L. Total Alkalinity varied from 250 to 430 mg/L. Chloride and Sulfates was found in the
range of 138 to 985.5 mg/L and 26.38 to 68.9 mg/L. Magnesium Hardness was found in range of 193.1
to 562.7 mg/L. T‐Chromium & H‐ Chromium were found BDL. Sodium was found in the range of 134 to
570 mg/L and zinc was found in the range of BDL – 1.5 mg/L. Copper was found in the range of 25.9 to
76.3 mg/L, Cadmium was found ND. Fluorides were found BDL. Magnesium was found in range of 46.9
to 136.2 mg/L., Total Coliforms is present (range 17 – 34 MPN/ MPN/100 ml). Lead and Selenium were
found BDL.
BASELINE SURFACE WATER QUALITY
pH of ground water samples varied from 7.91 to 8.14. Turbidity was found to be 5.0 to 5.7 NTU, Total
Dissolved Solids varied in the range of 210 to 360 mg/L respectively. Nitrate and Total Phosphate was
found in the range of 2.3 to 2.8 mg/L and 1.08 to 1.3 mg/L respectively. DO and COD was found in range
of 6.0 to 6.8 mg/L and 12.15 to 26.04 mg/L respectively. BOD3 was found in range of 0.5 to 0.6 mg/L.
Total hardness (as CaCO3) varies from 96.7 to 130 mg/L. Calcium hardness (as CaCO3) varies from 78.4 to
97mg/L. Total Alkalinity varied from 110 to 210 mg/L. Chloride and Sulfates was found in the range of
6.90 to 8.87 mg/L and 6.51 to 17.9 mg/L. Magnesium Hardness was found in range of 18.2 to 18.3 mg/L,.
T‐Chromium & H‐ Chromium was found BDL. Sodium was found in the range of 14 to 20 mg/L and zinc
was found in the range of 0.18– 0.26 mg/L. Copper was found in the range of 0.12 to 0.18 mg/L,
Cadmium was found ND. Fluorides were found BDL. Magnesium was found in the range of 4.4 to 5.4
mg/L., Total Coliforms is present (range 345 – 584 MPN/100 ml). Lead and Selenium were found BDL.
3. NOISE ENVIRONMENT
The objective of the noise pollution survey around the project site was to identify existing noise
sources and to measure background noise levels. The study was carried out in the following
steps:
• Reconnaissance
• Identification of noise sources and measurement of noise levels
• Measurement of noise levels due to transportation
• Community noise levels
BASELINE NOISE LEVEL
The noise level measured in study area at different locations is given in Table 3.8. The noise levels varied
in the study area during daytime [night time] in the range of 40‐42 [35‐37] dB(A) and 42‐48 [38‐45]
dB(A) in industrial and residential area respectively.
4. LAND ENVIRONMENT
Soil samples were collected from eight different locations during study on Nov. 15, 2009 in the study
area (0‐20 cm depth).
BASELINE STATUS
pH varies from 7.75 to 8.05.WHC varies from 36.6% to 70.5 %. Organic Matter varies from 0.38
% to 1.76 %. Sulphate was found in the range 12 to 22 mg/kg. Chloride varied from 85.5 – 117
mg/kg. Magnesium was found in the range of 23 – 183 mg/kg. Total Organic Carbon varies from
0.30 % to 1.02 %. Total hardness varies from 563.9 to 1409.7 mg/kg, Total alkalinity varies from
800 to 1400 mg/kg, Calcium varies from 75 to 452 mg/kg, Sodium varies from 712 to 1632
mg/kg, Potassium varies from 1746 to 10463 mg/kg, T‐Cr, H‐Cr and Arsenic were found BDL,
Copper varies from 2.4 to 159 mg/kg, Zinc varies from 17.3 to 380 mg/kg, Lead varies from 18
to 380 mg/kg, Iron varies from 6 to 1967 mg/kg and Bulk density varies from 1.1 to 1.3 gm
/cm3.
ENVIRONMENTAL HAZARD
Raw material such as different chemicals, solvents, etc. are transported by road and stored in
the plant premises. On site emergency plan shall be prepared for storage and transfer of
hazardous chemicals and also been submitted to Government of Gujarat. This report shall be
prepared with the consideration of hazards associated with the chemicals and care taken for all
aspects of environmental hazards. The project proponent shall be considered all the safety
aspects in planning, designing and operation of the plant as per standard practices. Hence, no
adverse impact on this account is anticipated. Considering the pollution control measures taken
by the company environment management system adopted there is no significant adverse
impact on environment.
In general, from all the discussion undertaken above and the Environmental Impact Assessment study
carried out in the Post Monsoon season regarding the project, it can be concluded that there will not be
any significant negative impact on environment by M/s. GUJARAT HYDROCARBONS AND POWER SEZ
LIMITED. However, the same will be well within the statutory norms.
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Sr. No. Location Survey No.
1
gim:(vliyt, ti: vigri,
D): B@c
459
2 460
3 461
4 462
5 463/p)
6 464/p)
7 465
8 466/p)
9 467
10 468
11 469
12 470
13 471/p)
14 472/p)
15 473/p)
16 474
17 475
18 476
19 477/p)
20 478/p)
21 479/p)
22 Cart‐Tract.
23 480
24 481
25 482/p)
26 483/p)
27 484/p)
28 485/p)
29 486/p)
30 487/p)
31 488
32 489
33 490
34 491
35 492
36 493
37 494
38 495/p)
39 497/p)
40 498/p)
41 499/p)
42 500/p)
43 501
44 502
45 503
46 504
47
gim:(vliyt, ti: vigri,
D): B@c
505
48 506
49 507
50 508
51 509
52 510
53 511
54 512
55 513
56 514/p)
57 515
58 516/p)
59 517/p)
60 518/p)
61 519
62 520
63 521/p)
64 522/p)
65 523/p)
66 524/p)
67 525/p)
68 526/p)
69 527/p)
70 528/p)
71 529/p)
72 530
73 531
74 532
75 533/p)
76 534/p)
77 535/p)
78 536/p)
79 537/p)
80 538
81 539
82 540
83 541/p)
84 542/p)
85 543/p)
86 544/p)
87 545
88 546
89 547/p)
90 548/p)
91 549/p)
92 550/p)
93
gim:(vliyt, ti: vigri,
D): B@c
553
94 554
95 555
96 Cart‐Tract.
97 556/p)
98 557
99 558
100 559
101 560
102 561
103 562
104 563
105 564
106 565
107 566
108 567
109 568
110 569
111 570
112 571
113 572
114 573
115 574
116 575
117 576
118 577
119 578
120 579
121 580
122 594
123 595
124 596
125 597
126 598
127 599
128 600
129 601
130 Cart‐Tract.
131 602
132 603
133 604
134 605
135 606
136 607
137 608
138 609
139
gim:(vliyt, ti: vigri,
D): B@c
610
140 611
141 612
142 613
143 614
144 615
145 616
146 624
147 625
148 626
149 628
150 629
3. AYLni> fiydi:
• B$c g&jritni> d(xN Big mi> aiv[l C[, j[ arb) sm&omi> aiv[l g9f ai[f K>Bitn) nJk C[.
• g&jrit m[r)Tiem bi[D< oiri s>ci(lt dh[j pi[T<ni[, J9lini> ai]wi[(gk (vkismi> ni[>Fpi#i fiLi[ ai¼yi[ C[.
• â[Oq pi[T< kn[kT)v)T) siY[ dh[j pi[T<n) hijr)a[, pi[T< an[ S)p(b9D)>g p\vZ(tmiT[ ri[kin&> AYL bniv[ C[.
• ai]wi[(gk b[9T siY[ m¹ymi> aiv[l C[, dh[j a[(Syin) u_ir an[ Birtn) p(Vm an[ m¹ymi> aiv[l a[k aidS< AYL C[. j[m k[ m¹y-p*v< ai(f\ki, y&ri[p an[ u_ir am[(rki.
• J9limi> an[k ai[wi[(gk a[AT[T an[ s[z aiv[li C[.
ai (vAtir s&(ct p)s)p)aieair{p[T^i[(lym, k[(mkl an[ p[T^i[k[(mkl ri[kiN (vAtir }n) hdmi> aiv[l C[.
4. aiyi[Jt p\vZ(tai[:
• s[zni[ k&l (vAtir 140 h[kTr C[. • crN p\miN[ (vkis krvimi> aivS[.
• J.aie.D).s). (vliyt eºDAT^)yl a[AT[T, til&ki: vigri, J9li[: B$c {g&jrit}mi> p[T^i[(lym hieD^i[kib<n miT[ s[kTr Ap[s)f)k s[z AYipvin) drKiAt kr[l C[.
5. eºD^AT)zn&> (vwTn: k&l p[T^i[(lym hieD^i[kib<n y&(nT: 10
f\[b)k[Sn y&(nT: 1
s)>eT)p) -1 an[ a[sT)p) -1
eºs)nr[Tr – 1
6. s[zni[ jm)n (vAtir: zi[n k&l (vAtir %
hieD^i[kib<n s[z
ni[n p\i[s[s)>g {li[JAT)k pik<, pik)<>g, ki[li[n), r[ATi[rºT, pÀp)>g AT[Sn, v[eT b\)j
kATm ai[(fs an[ eºfi|ATcr ki[r)Di[r} 24 17.00
g\)n b[9T 46 33.00
kib<n ¾l[k y&(nT 2 1.43
p)T)a[ y&(nT 18 12.86
Dual Feed Petrochemical complex, Ethylene Oxide derivatives – MEG etc,
Polyethylene derivatives, n‐Butanol, Propylene derivatives, Polypropylene,
Para Xylene & Ortho Xylene, PET, Styrene,
Specialty Chemicals/Refinery Catalysts/Synthetic,
Lubricant/products, R & D/ Laboratory Testing Service
47 33.56
s)>eT)p) an[ a[sT)p)
eºs)nr[Tr 3 2.15
k&l 140 100
7. s[zni (vkis miT[ p\i[j[kT Kc<:
p\i[j[kT miT[ k&l a>diJt Kc< $. 975 kri[D C[.
• (vkis Kc< $. 94 kri[D
• eºfi|ATcr bnivvini[ Kc< $. 800 kri[D
• p\i[j[kT s>ciln, piN) S&(okrN, s[v[z S&(okrN, vihnÄyvhir, eºs)nr[Tr, S&(okrN an[
p&n: upyi[g, vi[Tr hirv[AT)>g an[ fiyr fieT)>g - $. 68 kri[D
• pyi<vrN miT[ vi(P<k Kc< $. 13 kri[D
a[f9y&aºT m[n[jm[ºT s)ATm
• ki[mn a[f9y&aºT T^)Tm[ºT ¼liºT miT[n) s&(vFi C[. • 1.2 a[m.a[l.D). a[f9y&aºT a[kQ&> an[ (nkil s)ATm C[, y&(nT oiri p\iY(mk an[ s[kºDr)
T^)Tm[ºT aipvimi> aivS[. • y&(nT oiri p\iY(mk an[ s[kºDr) T^)Tm[ºT ai¼yi pC) D[vli[pr oiri bnivvimi> aiv[l giD<
pi[ºDmi> T^k oiri mi[klvimi> aivS[ jyi> (dvsmi> a[kvir c[k krvimi> aivS[. Ryi> ai[nlien mi[n)>Tr)>g s&(vFi riKvimi> aivS[.
• y&(nT oiri a[f9y&aºTn[ s[kºDr) T^)Tm[ºT ai¼yi pC) T^k oiri s)>eT)p)mi> mi[klvimi> aivS[
jyi> a[f9y&aºTn) g&Nv_ii an[ mi#ii ckisvimi>> aivS[. dr[k y&(nT hie T)D)a[s an[ li[
T)D)a[s a[f9y&aºT miT[ alg kl[kSn T[ºk riKvimi> aivS[ t[mj hie s)ai[D) AT^)m miT[ alg
kl[kSn T[ºk riKvimi> aivS[. hie T)D)a[s an[ hie s)ai[D) {0.06 a[ma[lD)} AT^)mn[
eºs)nr[Trmi> mi[klvimi> aivS[.
• T^)T[D a[f9y&aºT ni[ (nkil J.aie.D).s). a[f9y&aºT D)Api[zl pieplienmi> krvimi> aivS[ j[
dh[j nJk C[. j[Y) jm)n an[ piN) pr ki[e asr krS[ n(h.
• s)>eT)p) s[zmi> s&(ct krvimi> aivS[. a[f9y&aºTn) alg alg AT^)m miT[ alg S&(okrN
p\(k\yi n)c[ m&jb C[.
1. p\i[s[s a[f9y&aºT y&(nT oiri p\iY(mk an[ s[kºDr) T^)Tm[ºT s)>eT)p)
J.aie.D).s). a[f9y&aºT D)Api[zl pieplien
2. hie s)ai[D) an[ hie T)D)a[s eºs)nr[Tr
3. Grg¸Y&> g>d&piN) g\)n b[9Tni> (vkis miT[ an[ fls)>g miT[ t[mj tdupri>t mi#ii
J.aie.D).s). a[f9y&aºT D)Api[zl pieplien
s)eT)p)
Diyig\im
a[sT)p)
Grg¸Y&> g>d&piN) pieplien oiri a[kq&> krvimi> aivS[ an[ t[n&> S&(okrN a[sT)p)mi> krvimi> aivS[ an[ S&o piN)ni[ upyi[g g\)n b[9Tni> (vkis miT[ an[ fls)>g miT[ t[mj tdupri>t bik) rh[l piN)ni[ (nkil J.aie.D).s). a[f9y&aºT D)Api[zl pieplienmi> krvimi> aivS[. ci[mis&> dr(myin, S&(okrN bid piN)ni[ (nkil J.aie.D).s). a[f9y&aºT D)Api[zl pieplienmi> krvimi> aivS[.
eºs)nr[Tr
8. Gn an[ ji[Km) kcri[ni> s>ciln s)ATm: • g>d&piN) {p\i[s[s an[ Grg¸Y&>} n&> S&(okrN s)eT)p) an[ a[sT)p)mi> krvimi> aivS[. • y&(nT oiri uRpºn Yti[ ji[Km) kcrin&> S&(okrN an[ (nkil MoEF/ GPCB/ HWM ni>
FiriFi[rN/mig<dS<n p\miN[ krvimi> aivS[. • ji[Km) kcri[ {eT)p) Alz\ an[ Ap[ºT kib<n, (vg[r[}ni[ (nkil T)a[sD)a[f sieT { M/s. BEIL
aYvi M/s. NECL } pr krvimi> aivS[. • ji[Km) kcri[ {D)AT)l[Sn r[s)Dy&, p\i[s[s v[AT, an[ Ap[ºT kib<n, Ap[ºT k[Til)AT(vg[r[} ni[
(nkil s[z ni> ki[mn eºs)nr[Trmi> krvimi> aivS[.
ji[Km) kcri[
• p\i[s[smi>Y) kib<(nk r[s)Dy& • p\i[s[s v[AT, Ap[ºT kib<n • eT)p) Alz • y&zD\ ai[el
aji[Km) kcri[
• fliy a[S • Grg¸Y&> kcri[ • p&n: upyi[g kr) Skiy t[vi[ kcri[
ji[Km) kcrin) uRp(Rt an[ (nkil
k\mi>k kcrini[ p\kir k[T[gr) mi#ii
(nkil
1. eT)p) Alz
34.4 80 Tn/(dvs eT)p) Alz\ ni[ (nkil T)a[sD)a[f sieT { M/s. BEIL aYvi M/s. NECL } pr krvimi> aivS[.
2. fliy a[S
-- 20 Tn/(dvs e>T bnivti> y&(nTn[ v[cvimi> aivS[
3. y&zD\ ai[el
5.1 4 l)Tr/(dvs GPCB p\mi(Nt r)siyklrn[
v[cvimi> aivS[.
4 D)AkiD[D kºT[ns</b[g 33.3 500 n>/(dvs D) kºTim)n[Sn pC) p\mi(Nt
v[ºDrn[v[cvimi> aivS[.
9. pivr an[ bL_iNn) j$(ryit
• pivrni[ p\iY(mk A#ii[t g&jrit Uji< T^iºs(mSn ki[pi[<r[Sn l)m)T[D mirft[ g&jrit rijy v)j ki[pi[<r[Sn l)m)T[D/g&jrit v)j bi[D< oiri p*r) piDvimi> aivS[.
• pivr g&jrit Uji< T^iºs(mSn ki[pi[<r[Sn l)m)T[Dni> sb AT[Sn {220/66 k[v)a[} an[ T^iºs(mSn lien nJkmi> upl¾F C[.
• pivr Ja[cp)a[sa[l pivr ¼liºT pr pN upl¾F C[. • (vkis dr(myin bL_iNni[ upyi[g ai[Ci[ kr)S&>
10. b[zliEn a[ºviyrm[ºTl AT[T`s :
hvin&> p\d&PN:
vitivrNmi> p\d&Pki[n&> (vKrivv&> {p\srv&>}, hvimin s>b>F) (v(Bºn GTki[ j[vi k[ uONtipmin, hvin)
g(t, (dSi, u>DiNY) (m~N Yv&> (Mixing Depths), uÃT) spiT) (Inversion Level) (vg[r[n) kimg)r) pr aiFir riK[ C[. vitivrN)y hvini pyi<vrN pr Ynir s&S&¼t asrn) ai[LK, aigih) an[ m&Ãyi>kn miT[ vitivrN)y hvini nm&ni B[gi> kr) SPM, RSPM,SO2, NOX, HC, CO an[ VOC miT[ pZ¸YkrN krvimi> aiv[l C[. ki[EpN bhir n)kLvin) j³yia[Y) p\d&Pki[ni j¸Yin) aigih) miT[ an[k mi[D[l (vks)t krvimi> aiv[l C[.
vitivrN)y hvin) g&Nv_ii ckisN) an[ p\d&PN (ny>#iN pgli>
vitivrN)y hvin) g&Nv_ii ckisN), j&d)j&d) j³yin) a[k$pti {s&m[r} ni miT[ s).p).s).b).ni mig<dS<n an[ s).p).s).b).ni vitivrN)y hvin) g&Nv_ii ckisN) (NAAQS) ni FiriFi[rN m&jb (AAQS) ni> j&di> j&di> 8 AYLi[ prY) ai[kTi[br 2009 Y) D)s[‚br 2009 (SyiLiät& dr(myin nm&niai[ le pZ¸YkrN krvimi> aiv[l&> C[.
bFij AYLi[ prY) SPM n) mi#ii ar[Ym[T)k m)n an[ 98 TkiviL) 24 klikni an&k|m[ 74 Y) 94 miek|i[g\im/m)3 an[ 79.6 Y) 97.6 miek|i[ g\im/m)3 n) myi<dimi> aiv[ C[. a[ j r)t[ ar[Ym[T)k m)n an[ 98 TkiviL) RSPM n) mi#ii t[ (vAtirni> bFi> j AYLi[ prY) an&k|m[ 38 Y) 55 miek|i[g\im/m)3 an[ 44.6 Y) 58.7 miek|i[g\im/m)3 n) myi<dimi> aiv[ C[. SPM an[ RSPM n) a[kig\tin&> p\iY(mk kirN AYi(nk p\vZ(tai[ j[v) k[ vihni[n) p\vZ(t {hln cln}, miNsi[n) p\vZ(tn[ kirN[ k&drt) F&L {DAT} uDv&> t[m jNiy C[. SPM an[ RSPM n) a[kig\ti s).p).s).b).ni> rh[Ni>k an[ giÀy (vAtirni> FiriFi[rN m&jbn) g&Nv_ii dr[k vitivrN)y hvin) g&Nv_ii ckisN) (AAQM) AYLi[a[ milm pD[l C[.
dr[k AYLi[a[ SO2 n) mi#ii ar[Ym[T)k m)n an[ 98 TkiviL) an&k|m[ 10 Y) 21 miek|i[g\im/m)3 an[ 13.6 Y) 25 miek|i[g\im/m)3 milm pD[ C[. dr[k AYLi[a[ NOx n) mi#ii ar[Ym[T)k m)n an[ 98 TkiviL) an&k|m[ 18 Y) 30 miek|i[g\im/m)3 an[ 23.3 Y) 34.4 miek|i[g\im/m)3 milm pD[ C[. dr[k
a[Àb)aºT a[r kvi[l)T) mi[n)Tr)>g (AAQM) AYLi[ pr 98 TkiviL) SO2 an[ NOx ni> p(rNimi[ hvin) g&Nv_iini> Fi[rNn) a>dr Ô[vi mL[ C[.
dr[k AYL pr hvi g&Nv_iin&> AT[T`s {(nr)xN} CO, HC an[ VOC n) AYi(nk a[kig\ti an&k|m[ BDL
milm pD[ C[.
piN)n&> pyi<vrN :
B&-Atr)y piN)n) m&LB&t g&Nv_ii :
B&-Atr)y piN)ni nm&niai[n) pH 7.80 Y) 8.38 n) myi<dimi> mil&m pD[ C[.Tb)<D)T) 0.3 Y) 0.9 NTU, mil&m pD[ C[, Ti[Tl (Dzi[lv[D si[l)D an&k|m[ 774 Y) 1850 m).l).g\im/ (lTrn) myi<dimi> milm pD[ C[.nieT^[T an[ Ti[Tl fi[Af[T n) mi#ii an&k|m[ 0.8 Y) 1.6 m).l).g\im/ (lTrn) myi<dimi> an[
0.14 Y) 0.63 n) myi<dimi> Ô[vi mL[l C[. DO, COD an[ BOD n) mi#ii an&k|m[ 7.0 Y) 7.4 m).l).g\im/ (lTr, 0.6 Y) 13.6 m).l).g\im/ (lTr an[ 0.0 Y) 0.5 m).l).g\im/ (lTrn) myi<dimi>
mil&m pD[ C[.Ti[Tl hiD<n[S {as CaCO3} n) mi#ii 75.9 Y) 260.2 m).l).g\im/ l)Trn) myi<dimi>
mil&m pD[ C[. k[(ÃSym hiD<n[S {as CaCO3} 63.4 Y) 190.3 m).l).g\im/(lTrn) myi<dimi> milm pD[ C[. Ti[Tl aiÃkin)T) 250 Y) 430 m).l).g\im/(lTrn) myi<dimi> milm pD[ C[. kli[rieD an[ sÃf[T an&k|m[ 138 Y) 985.5 m).l).g\im/(lTr an[ 26.38 Y) 68.9 m).l).g\im/ (lTrn) myi<dimi> Ô[vi mL[ C[.
jm)n prni piN)n) m&LB&t g&Nvti :
jm)n Atr prni piN)ni nm&nin&> pH 7.91 Y) 8.14 C[.Tb)<D)T) 5.0 Y) 5.7 NTU mil&m pD[ C[, Ti[Tl (Dzi[lv[D si[l)D an&k|m[ 210 Y) 360 m).l).g\im/ (lTrn) myi<dimi> milm pD[ C[.nieT^[T an[ Ti[Tl fi[Af[T n) mi#ii an&k|m[ 2.3 Y) 2.8 m).l).g\im/ (lTr an[ 1.08 Y) 1.3 m).l).g\im/ (lTrn) n)
myi<dimi> milm pD[ C[. DO, COD an[ BOD n) mi#ii an&k|m[ 6.0 Y) 6.8 m).l).g\im/ (lTr, 12.15 Y) 26.04 m).l).g\im/ (lTr an[ 0.5 Y) 0.6 m).l).g\im/ (lTrn) n) myi<dimi> mil&m pD[ C[.Ti[Tl
hiD<n[S {as CaCO3} n) mi#ii 96.7 Y) 130 m).l).g\im/ l)Trn) myi<dimi> mil&m pD[ C[. k[(ÃSym
hiD<n[S {as CaCO3} 78.4 Y) 97 m).l).g\im/(lTr n) myi<dimi> milm pD[ C[. Ti[Tl aiÃkin)T) 110 Y) 210 m).l).g\im/(lTrn) myi<dimi> milm pD[ C[. kli[rieD an[ sÃf[T an&k|m[ 6.9 Y) 8.87 m).l).g\im/(lTr an[ 6.51 Y) 17.9 m).l).g\im/ (lTrn) myi<dimi> Ô[vi mL[ C[.
avijn&> pyi<vrN:
avijn&> p\d&PNni[ sv<[ p\i[j[kTn) aij&bij& krvini[ h[t& vt<min avijn&> ud`Bv AYin ÔNvi an[ p\iVt` avij Atr ÔNvi miT[ kr[l C[. aini[ a¿yis n)c[ ÔNv[l cir m&Ñi ai[ Úiri krvimi> aiv[ C[.
Kis p\kirn) kiy<vih) (Reconnaissance) avijni udBv AYinn) ÔNkir) m[Lvv) an[ avijn&> Atr mipv&>. vihn Äyvhir Yk) uÑBvti avijni Atrn) mipN) krv). vsihti[ Yk) avijni Atrn) mipN).
avijn&> m&LB&t Atr :
avijn) mi#ii a¿yisx[#in) j&d)-j&d) j³yia[Y) mip[l C[. a¿yis (vAtirni AYL[Y) avijn) mi#ii
(dvs smy[ {ri(#i smy} drÀyin an&k|m[ 40-42 {35-37} dBA an[ 42-48 {38-45} dBA ai]Fi[(gk an[ rh[Ni>k (vAtirmi> Ô[vi mL[l C[.
jm)nn) pyi<vrN :
jm)nn) miT)n) g&Nv_ii ÔNvi miT[ (SyiLiät& dr(myin 8 AYL prY) miT)ni nm&ni le pZ¸YkrN krvimi> aiÄy&> C[.
b[zlien AT^[Ts:
pH n) mi#ii 7.75 Y) 8.05. k[(ÃSymn) mi#ii 0.04 Y) 0.24 m).l).g\im/g\imn) (v(vFtimi> Ô[vi mL[ C[. sÃf[T an&k|m[ 0.012 Y) 0.026 m).l).g\im/g\im an[ ±li[rieD an&k|m[ 0.2 Y) 6.2 m).l).g\im/g\imn) myi<dimi> Ô[vi mL[ C[. m[³i[n[S)ym an&k|m[ 0.02 Y) 0.15 m).l).g\im/g\im an[ pi[T[(Sym an&k|m[ 0.020 Y) 0.056 m).l).g\im/g\imn) myi<dimi> Ô[vi mL[ C[. Ti[Tl ai[g[<(nk kib<n an&k|m[ 1.58% Y) 2.51% Ô[vi mL[l C[. Ti[Tl hiD<n[S an&k|m[ 0.4 Y) 1.0 m).l).g\im/g\imn) myi<dimi> Ô[vi mL[ C[. Ti[Tl aiÃkl)n)T) an&k|m[ 0.8 Y) 5.4 m).l).g\im/g\imn) myi<dimi> an[ bÃk
D[ns)T) 1.25 Y) 1.36 gm/cm3 n) myi<dimi> Ô[vi mL[ C[.
pyi<vrN)y ji[Km :
kici[ mil {ri[-mT)r)yl} si[lvºT j&di> j&di> k[m)kl (vg[r[n[ rAtiai[ pr pr)vhn kr) an[ k>pn)ni k>piuºDmi> ATi[r krvimi> aiv[ C[. g&jrit srkirni bFi (nd[<Si[ an&sir Ô[Km) k[m)klni[ s>g\h an[ pr)vhn miT[ ai[n siET Emrjºs) ¼lin t]yir krvimi> aivS[. dr[k p\kirni k[m)kl siY[ Ô[Diy[l Ô[Km an[ pyi<vrN)y Ô[Kmn) kiLJ riK[ t[m ai r)pi[T< {ah[vil} bnivvimi> aivS[. ai yi[jnini p\AtZtkti< Úiri ¼liºTn) s&rxini dr[k ÑOT)ki[N r[Kikiy< an[ p\(k|yimi> u(ct kiy<r)(tn[ ´yinmi> l[v) k[ j[Y) ai gNtr)mi> ki[EpN p\(tk&L asr lxmi> l[vin) rh) n Ôy. s>AYini py<ivrN ÄyvAYipn t>#i Úiri l[vimi> aiv[l p\d&PN (nvirN pgli> dSi<v[ C[ k[ pyi<vrN pr ki[e ni[Fn)y p\(tk&L asr Yt) nY).
bF) j cci< (vcirNi an[ s&(ct (vAtrN yi[jni miT[ a[ºviyri[m[ºT eÀp[kT a[s[sm[ºT a¿yis (vAtirmi> t]yir krvimi> aiv[l C[. t[ni prY) si(bt Yiy C[ k[ m[ss< g&jrit hiED^i[kib<n an[ pivr a[s.e.z[D. (lm)T[D, Úiri pyi<vrN pr ki[epN ni[>Fpi#i miq) asr Yvini[ s>Bv nY). t[m Cti> pN ki[e ud`gmn) siYi[siY kiydi(ky (nymi[n&> piln krS[.
EXECUTIVE SUMMARY OF PROJECT REPORT
(ENGLISH)
of
M/S. GUJARAT HYDROCARBONS AND POWER SEZ LIMITED
GIDC – VILAYAT (VAGRA) INDUSTRIAL ESTATE,
VILAYAT, TAL : VAGRA, DIST : BHARUCH, GUJARAT
EXECUTIVE SUMMARY OF PROJECT
INTRODUCTION
• The SEZ going to be developed by Gujarat Hydrocarbons and Power SEZ Limited (GHPSL) is amongst the first dedicated Hydrocarbon SEZ in India.
• GHPSL proposes to develop the sector specific SEZ project with both foreign and domestic investors as financial or technical collaborators to the project. However, these investors will be introduced into the project on a need basis, depending upon requirements of the project.
• GHPSL, 100% subsidiary of Assam Company, is setting up India’s first integrated Hydrocarbon in the most investor friendly state Gujarat in India. GHPSL is conceived as One stop “world class” integrated sector specific SEZ for providing products and related services addressing the entire range of Hydrocarbons value and supply chain. GHPSL is designed to exploit the massive unfolding opportunities in this fastest growing sector of the Indian economy addressing the mismatch between the demand and supply. The project intends to attract investors in this unique Special Economic Zone project which will entitle them to several fiscal incentives. Infrastructure availability including power, water, natural gas, effluent treatment, etc. will provide the required impetus.
• GHPSL has acquired land and received formal approval for SEZ, Petroleum hydrocarbon. The operations are expected to commence in 2012, aiding a quantum jump in India’s Hydrocarbon infrastructure.
• SEZ is situated in Bharuch near Dahej which is the hub of Oil & Gas and Chemicals. The SEZ also falls within the boundary of PCPIR (Petroleum, Chemical & Petro‐chemicals Investment Region), are well connected with Road (National Highway), Railway (Delhi‐Mumbai Rail Line), Airport (National Airport at Vadodara 80 Km and International Airport at Ahmedabad, 180 Km), nearest All‐weather port‐ Dahej. These SEZ also falls onto the link of Dedicated Freight Corridors (DFC) a mega project started by Govt. of India, with collaboration from JICA (Japanese International Collaboration Agency) for augmenting to Dedicated High Speed Rail Link between Delhi and Mumbai.
• Any Petroleum hydrocarbon industry service that will support industry in the SEZ for manufacturing, stocking, trading including logistics and utilities with local linkages, and for which site is available as per the approved detailed Master Plan, will be eligible for being set up in the PCPIR.
• GHPSL has also signed MOUs with Gujarat Maritime Board and Gujarat Industrial Development Corporation for setting up Fabrication yard and Shipyard. GHPSL plans to facilitate export activities of the SEZ by adding their own captive jetty.
• The Company is actively scouting for right partners who wish to leverage the state‐of‐art infrastructure and facilities.
PLANNED ACTIVITIES
• Total Area of SEZ is 140 Hectares.
• To be developed over phases
• Propose to set up Sector Specific Special Economic Zone for Petroleum Hydrocarbon in Vilayat
Industrial Estate, Taluka: Vagra, Dist: Bharuch, Gujarat.
Break‐up of the Industries:
Total Petroleum Hydrocarbon Plant: 10
Fabrication Unit: 1
CETP: 1 & STP: 1
Incinerator: 1
DISTRIBUTION OF SEZ
Zone Total Area (Ha) %
Hydrocarbons SEZ
Non‐Processing (Logistic Park, Parking facility, Colony, Restaurant,
Pumping Station, Weight Bridge, Custom Office, road and
Infrastructure Corridor, etc.)
24 17.00
Green Belt 46 33.00
Carbon Black Units 2 1.43
PTA Units 18 12.86
Dual Feed Petrochemical complex, Ethylene Oxide derivatives – MEG etc,
Polyethylene derivatives, n‐Butanol, Propylene derivatives, Polypropylene,
Para Xylene & Ortho Xylene, PET, Styrene,
Specialty Chemicals/Refinery Catalysts/Synthetic,
47 33.56
Lubricant/products, R & D/ Laboratory Testing Service
CETP, Common Incinerator 3 2.15
Total 140 100
PROJECT COST FOR DEVELOPMENT OF SEZ
Total estimated cost of the project will be Rs. 975 Cr. (Proposed).
• Cost of Development Rs.94 Crores
• Cost for ready built infrastructure – Rs.800 Crores
• Cost of project management, water treatment plant, Sewage/ Effluent Collection,
Transportation, Incinerator, Treatment & Reuse, Storm Water Harvesting system & Fire
fighting system – Rs.68 Crores
• The annual budget for the EMP ( operational phase ) – Rs. 13 Crores
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