dk;Zdkjh lkjka”k...Additional 1 x30 T No Change 50 MW (24 MW FBC + 26 MW WHRB) 1000 TPD EC Amendment dt. 17.09.2019 Vide proposal No.IA/MH/IND/62864/ 2015 dt.09.10.2018 Configuration

dk;Zdkjh lkjka”k

l|kP;k mRiknukps foLrkfjdj.k

1000 TPD LikWUt vk;uZ] 1000 TPD fcysVl]

50 MW dWfIVo ikWoj IykaV lg

rs

3000 TPD LikWUt vk;uZ] 30000 TPD TMT jkWMl]

50 MW dWfIVo ikWoj lg

i;Zar

izdYi izLrkod

esllZ vkse lkbZjke LVhYl ,.M vYkkW;t izk- fy

MIDC Qst II P;k IykV Øa- F&1] 2] 3] 8] 9 o 10 o xV Ø- 46 o 63

xko njsxko] rkyqdk tkyuk] ftYgk tkyuk] egkjk’Vª

rQsZ

iksY;w”ku & bdkWykWth dUVªksy lfoZlsl] /karksyh ukxiwj NABET No. : QCI/NABET/EIA/1720/RA010

esllZ vkse lkbZjke LVhYl ,.M vykW;t izk- fy- foLrkj izdYiklkBh i;kZoj.kh; izHkko eqY;kadu vkf.k i;kZoj.k

O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k

PECS, Ukkxiwj 1 | P a g e

dk;Zdkjh lkjka”k

i. izdYikps uko vkf.k LFkG

l|kps orZeku o izLrkfor izdYi MIDC Qst II P;k IykWV Ø- F&1] 2] 3] 8] 9 o

10 layXu xV Ø- 46 o 63] D53@1] D52@6] D52@7 njsxko varxZr] rkyqdk

tkyuk] ftYgk tkyuk] egkjk’Vª ;sFks 6-86 gs- {ks=kr fLFkr vkgs- ts izdYi rlsp

gfjr iV~Vk fodklkdfjrk ,df=ri.ks fuf”pr dsys xsys vkgs- laiw.kZ tehu gh

baMLVªhP;k ekydh gDdkph vkgs-

ii. mRiknu o {kerk tj foLrkfjdj.k izLrko vlsy] rj {kerslg fo+|eku mRiknu

vkf.k iwoZ EC lanHkZ

EC Details Induction Furnace Sponge iron CPP Rolling Mills

(TMT Bars)

J-11011/883/2007 dt.

30.10.2008

1 x25T, 1x 30 T 2 x500TPD - 1000 TPD

SEAC-2009/CR

200/TC-2; dt.

29.12.2010

Additional 2 x 30

T IF along with

existing 1 x 25 T

& 1 x 30T

Furnaces

No Change - 1000 TPD

J11011/57/2015-IA-II(I)

dt.22.01.2018

Additional 1 x30 T No Change 50 MW (24

MW FBC +

26 MW

WHRB)

1000 TPD

EC Amendment dt.

17.09.2019 Vide proposal

No.IA/MH/IND/62864/

2015 dt.09.10.2018

Configuration

change from 1 x

25T + 4 x 30T to 1

x 40T & 3 x 30T

furnace capacity

No Change No Change 1000 TPD

Implementation as on

Date

1 x 25 T, 1 x40 T &

1 x 30T

No Change No Change 1000 TPD

Proposed Capacity 2 x 40 T & 3 x 60 T

by modification of

existing 1 x 25 T

furnace to 40 T

furnaces & all 30 T

furnace to 60 T

No Change No Change 2000TPD


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


furnace

Final Configuration

after modification & up

gradation

2 x 40 T &

3 x 60 T

2 x 500

TPD

50 MW 3000 TPD

iii(a) tfeuhph vko”Ódrk

vkS|ksfxd {ks=kP;k ,df=r gfjriV~Vk fodklkdfjrk MIDC }kjs izkIr nksu

vfrfjDr tfeu ¼1-7078 gs-½ lg ,dw.k izdYi {ks= 5-1522 gs- vkgs- T;kps

foHkktu [kkyhy rDR;kr fnysys vkgs- v”kkizdkjs ,dw.k {ks= 6-86 gs- vkgs-

6-86 gs- iSdh 2-74 gs- tfeu gfjr iV~VÓkdfjrk fuf”pr dsys vkgs] ts izLrkfor

foLrkjkuarj gh dk;e Bso.Ókr ;sbZy- dkj.k izLrkfor foLrkfjdj.k gs

dkj[kkU;kr vko”Ód vlysys cny d:u l|kP;k la;a= ;qfuV ifjljkpk okij

dj.Ókr ;s.kkj vkgs-

(b) dPpk eky

Raw Materials

(TPD)

Total Raw Material in

present EC Conditions in

TPA

Mode of

Transportation

Source

Iron Ore Pellets 495000 Road Local market

Indian Coal 153300 Road Chandrapur

DRI Grade Coal

(B Gr) 396000 Road Raigarh

Iron Scrap 665000 Road Mumbai and Local

Sources

Pig Iron 105000 Road Raipur, Bellari

Silico Manganese 10000 Road Local Purchase

Dolomite 16500 Road Bhilwara

Total Quantity

By Road 1,840,800


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


(c) ty

,dw.k ik.Ókph xjt 832 ?ku eh izfr fnol brdh vkgs vkf.k ik.Ókps L=ksr

MIDC vkgs

(d) oht iqjoBk

,dw.k 58 MW ohtsph xjt jkghy R;kiSdh 50 MW Lor% fufeZr dj.kkj o 8

MW MSDCL }kjs izkIr dsys tk.kkj . 750 KVA ps nksu DG lap clfo.Ókr

;srhy-

iv.(a) izfØ;k o.kZu

(b) ok;q mRltZu

ok;q iznw’k.kkP;k izeq[k L=ksr la;a=ef/ky lkexzh gkrkG.kh o LFkykarj.k dsanz vkf.k

dkcZu Mk;vkWDlkbM] lYQj Mk;vkWDlkbM o uk;Vªkstu vkWDlkbM bR;kfn

lkj[;k xWlsl iklwu gks.kkÚ;k mM.kkjs mRltZu vkgs-


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


dk;Z {ks=ke/ks ok;q iznw’k.k fu;a=.kkdfjrk izfr’Bkfir ;a=.k vkf.k izLrkfor ;a=.kk

xzkgÓ i;kZoj.k fLFkrh miyC/k djsy- rkaf=d midj.ks vkf.k izfØ;k ojhy

mn~ns”Ó y{kkr ?ksowu fuoM.Ókr vkysys vkgs- fofHkUu L=ksrkaiklwu gks.kkjs

gks.ÓkP;k mRltZukph xq.koRrsoj vk/kkfjr mfpr ok;q iznw’k.k fu;a=.k iz.kkyh

iqjfo.Ókr vkyh-

(c) rjy izokg

• ,dw.k lkaMik.kh toGikl 2-5 ?ku eh- izfr fnol

• ?kjxqrh lkaMik.kh 25 ?ku eh izfr fnol brdh {kerk vlysY;k foLrkfjr

ok;qthou iz.kkyh STP e/;s izfØ;kÑr dsys tkbZy T;ke/;s r`rh; izfØ;k

Eg.ktsp eYVh xzsV fQYVj vkf.k pkjdksy fQYVj lekfo’V vkgs-

• ekUlwu oxGwu izfØ;kÑr lkaMik.Ókpk okij ckxdke dfjrk d:u f>jks

fMLpktZ izkIr dj.Ókr ;sbZy

• ikolkGÓkr STP vkslaMr vlY;kl MIDC lhoj ykbue/;s lksM.Ókr

;srh-

(d) /kksdknk;d ?kudpjk

S. No. Waste Qty Treatment Disposal Remark

1 STP Sludge 1 Kg/day Treated Own Own garden

2 Office 50 Kg/day -- Sales Dry waste mainly paper

3 Packing 50 Kg/day -- Sale Sale, Recycle

4 Process 12 TPM Refractory Sales Inert

748 TPD Dolochar Reuse Will be used i n FBC

118 TPD Ash Sale Will be sent to brick

manufacturer

5 Slag 236 TPD Segregation Sale Sale, Can be used as

alternative building material

after due leachate test.


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


vuq Ø- /kksdknk;d dpjk Ekk=k mi;ksx

1 [kpZ@okijysys rsy 1.2KL/annum osxGs laxfgr vkf.k fdYu e/;s

tkG.ks

2 okijysyk dkiwl 12Kg /annum osxGs laxfgr vkf.k HkV~Vh e/;s

tkG.ks

(e) lkexzh larqyu

gkWV esVy 1029600 TMT 990000

LØWi 39600

LØWi 1029600 1029600

DRI [330 days]

INPUT IN TPA OUTPUT IN TPA

PELLETE 478500 DRI 330000

DOLOMITE 16500 CHAR 247000

LOCAL COAL 396000

GASEOUS LOSS 347300

AIR 52500 DRI DUST 19200

943500 943500

SMS (TPA)

INPUT OUTPUT

DRI 330000 HOT METAL 1029600

PIG IRON 105000 SLAG 80400

SCRAP 665000

Silico Mn 10000

1110000 1110000


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


ROLLING MILL (TPA)

INPUT OUTPUT

HOT METAL 1029600 TMT 990000

Scrap 39600

1029600 1029600

V i;kZoj.kkojhy izHkko mi”keu mik; vkf.k fuLlkj.k o foYgsokV ekxZ

esllZ vkse lkbZjke fLVYl ,.M vykW;t 3R’s ty laj{k.kkps ikyu djrs

Eg.ktsp iqu%pfØr] iqu%fuekZ.k vkf.k ik.Ókph lqj{kk- esllZ vkse lkbZjke fLVYl

,.M vykW;t izk- fy- pk mn~ns”Ó “ZERO WATER IS CHARGE” Eg.kts

i;kZoj.kke/ks lkaMik.kh fuLlkj.k ¼izfØ;kÑr fdaok vizfØ;kÑr½ dj.Ókr ;s.kkj

ukgh-

Vi izdYikph HkkaMoyh fdaer vkf.k iw.kZ gks.Ókpk vankftr osG

izLrkfor foLrkfjdj.k izdYikps vankts eqY; :- 103-85 djksM vkgs

vii. esllZ vkse lkbZjke fLVYl ,.M vykW;t vkS|ksfxd olkgr {ks=k varxZr ;srks

R;keqGs TOR vuqlkj [kkyhy ekfgrh dk;Zdkjh lkjka”k eqn~nk Ø- vii vko”;d

ukgh-

Sl. No. Activities Duration

1 Engineering

Concept Design 15 days

Basic Engineering 30 days

Detailed Engineering 60days

2 Civil Work

Finalization of layout 90 days

Setup of plant & auxiliary machineries 120 days

3 Statutory Clearance for establishment

State clearance for establishment 30 days

State EC Clearance 90 days


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


4 Procurement

Place orders for long lead Equipments 90 days

Place orders for commodity items 30 days

Viii cslykbu i;kZoj.kh; ekfgrh

(a) AAQ

ik;kHkwr ok;q xq.koRrk ekfgrh osclkbM

(https://airpollutionapi.com/aqi/india/maharashtra/jalna) tkyuk] egkjk’Vª P;k

nq¸;e ekfgrh lg Li’V dj.Ókr vkyh- nq¸;e ekfgrh vuqlkj ljkljh PM10 is

69.52 µg/m³ vkgs vkf.k izkFkfed ekfgrh vuqlkj ljkljh PM10 Js.kh 42.4 µg/m³ rs

62.2 µg/m³ vkgs- nq¸;e ekfgrh gokgrqdhP;k {ks=kiklwu ?ks.Ókr vkyh T;kdfjrk

PM10 ph ek=k vf/kd vkgs- tsOgk dh tkyuk vkS|ksfx ifjljkP;k cQj >ksuph

xzkeh.k i;kZoj.kh fLFkrh vkgs- T;kdfjrk PM10 ph ek=k 42.4 µg/m³ brdh deh

vkgs- fHkyiqjh [kqnZ {ks= izdYik {ks= rlsp vkS|k sfxd {ks=kP;k if”pesl vkgs vkf.k

ok;qph fn”kk vH;kl dkGkr if”pe iklwu iwoZsl gksrh T;kdfjrk PM10 ph ek=k

[kwi deh gksrh o {ks=klkBh ik”oZHkwfed ek=k Eg.kwu fopkjkr ?ksryh tkow “kdrs-

r;kp lanHkkZr PM2.5 ek=kk dehr deh 18.9 µg/m³ o tkLrhr tkLr 27.9 µg/m³

;kizek.ks vH;kl {ks=ke/ks vf/kd lqlaxr vkgs- ;keqGs vojDr dssys tkow “kdrs fd]

“olu”khy d.kkph rhozrk ,derkus izknsf”kd :ijs’ksr lkj[kh vkgs- SOX ph rhozrk

panu>hjk] tkyuk vkf.k MkoyokMh xkokP;k ok;qfHkeq[k cktqyk vf/kd vkgs- tsOgk

fd Hkhyiqjh [kqnZ vkf.k xaqMsokMhP;k ok;q foeq[k cktqyk deh vkgs- {ks= uequk

ladyu vkf.k ladyu dkyko/khe/ks LFkkfud vkf.k njjkst NOx ps ifjorZu gs

izkeq[;kus okgrqdheqGs gksrs- izdYi {ks=kdfjrk AAQ ;ksXÓ izek.ks ekuadke/ks vkgs-

(b) Hkwi`’B vkf.k Hkwty xw.koRrk

Hkqiw’B tykP;k ik;kHkwr vH;klkdfjrk] izdYi {ks=kiklwu 10 fd-eh- f=T;sef/ky

toGiklps fofo/k rGs vkf.k unÓkaph Hkqi`’B ty xq.koRrk tk.kwu ?ks.ÓklkBh

https://airpollutionapi.com/aqi/india/maharashtra/jalna


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


lalk/kukph fuoM dj.Ókr vkyh- izdYi flekP;k yxrps ifjlj vkf.k 3 fd-eh-

f=T;srhy varj fopkjkr ?ksrys] rsFks LFkkfud ik.kyksV okj.Ókp;k O;oLFksdfjrk

vlekursr foHkkxysys rGs vkf.k [kqys gkoZsfLVax jpus O;frfjDr tylkBÓkps

ckjkekgh >js ukghr- izdYikdfjrk ^”kqU; fuLlkj.k* x`fgr /k:u toGiklP;k

rGs o VkD;kP;k fLFkj tylkBÓkauk laHkkfor xGrh fdaok ik>j O;frfjDr

dks.kR;kgh Hkqi`’B tykoj izHkko v”kD; vkgsr- ;keqGs Hkqi`’B ty ueqU;kdfjrk

izkeq[;kus 6 rs 7 fd-eh- f=T;srhy rGs vkf.k ik.Ókpk VkD;k fopkjkr ?ksrY;k

vkf.k nksu LFkGs ik.Ókpk izokg y{kkr ?ksowu izokg fo:/n vkf.k izokgkP;k fn”ksus

dqaMkfydk unh iklwups uequk LFkG fuoM.Ókr vkys-

Hkqtykpk ik;kHkwr vH;kl dj.Ókdfjrk] izdYi {ks=k iklwu 10 fd-eh- f=T;srhy

[kqY;k fofgjh vkf.k cksjosy osxosxGÓk LFkGkaiklwu lalk/ku Hkqty xq.koRrk

tk.kwu ?ks.Ókdfjrk fuoM.Ókr vkys- {ks=krhy Hkqty lalk/ku LFkkfud

mnjfuokZgklkBh [kwi egRoiw.kZ vkgsr dkj.k gs ,d aried to semi aried gokeku

{ks= vkgs tsFks njo’khZ 450 rs 530 eh-eh- ikÅl iMrks- cksjosyph fuoM izdYi

{ks=kiklwu 2 fd-eh- rs 7 fd-eh- i;ZarP;k ifjlj fuoM.Ókr vkyk- dksjMÓk

iMysY;k fdaok lq: vlysY;k lkoZtfud cksjosy ueqU;kdfjrk fuoM.Ókr vkys-

(c) e`nk

Type of Soil Lithic

Ustorthents

Vertic Haplusteps

Appearance Sandy Clay Silt Clay Sand Silt

Chemical

Properties

Acidic Soil Slightly Acidic to

alkaline

Bulk Density 1.45 mg/m3 1.39mg/m

3

Lkfyu yk e`nk ueqU;kph pH ek=k loZlk/kkj.k vkgs th 7&7&7 i;Zar vkgs- e`nkph

iksr fLyVh Dys ykse vkgs- uk;Vªkstuph ek=k vf/kdka”k e`nk ueqU;ke/ks [kwi tkLr


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


vkgs- tSfod dkcZu vf/kd vkg- vkB LFkGkaoj ik.kh /kkj.k d:u BSo.Ókph {kerk

1-6&24-6 P;k Jss.khr vkgs-

(d) ouLirh o i”kq

fofo/k ouLirh o i”kqaps ik;kHkwr vH;klknjE;ku fMlsacj 2018 ts Qsczqokjh 2019

i;Zar ;k vof/kr fufj{k.k dsys-

(e) lkekftd vkfFkZd

esllZ vkse lkbZjke LVhy vykW;t izk- fy izdYikP;k ;kstus varxZr lekfo’V

xkos njsxko] [kkaMxko] MkoyokMh] [kkjiqMh vkf.k tolxko vkgsr 2011 P;k

tux.kusuqlkj ,dw.k ?kjs 1903 vkgsr o rsfFky yksdla[;k 9925 vkgs- T;kiSdh

iq:’kkaph la[;k 5524 vkf.k fL=;kaph la[;k 4401 vkgs- njsxkokr lokZf/kd ?kjs

712 vkgsr- vkf.k loZf/kd yksdkaph la[;k 3349 vkgs vkf.k tolxkokr lokZr

drh ?kjs 179 vlwu yksdla[;k i.k lokZr deh 825 vkgs. iq:’kkaP;k la[;sP;k

rqyusr efgykaph la[;k vf/kd vkgs-

x. ok;q] ty] tfeu] ouLifr o Ik”kq oj gks.kkjs vk?kkr

izdYi izfØ;snjE;ku vH;kl {ks=kP;k ifjos”kh ok;q xq.koRrk LFkk;h vkf.k eksckbZy

L=ksrkaiklwu okrkoj.kkr fu?k.ÓkP;k vk/kkjs oxhZÑr dsys vkgs- fo|eku TMT ckj

mRiknu lqfo/ksiklwu gks.kkjs ok;q mRltZu] d.k] dkcZu eksuks vkWDlkbM] lYQj

Mk;vkWDlkbM] uk;Vªkstu] vkWDlkbM vkf.k deh izek.kkr DyksjkbM vkf.k

¶yksjkbM vkgs- ;sFks fo’kkjh /kkrq tls fudsy] gsD>kOgsysaV Dyksfe;e fyM]

dWMfe;e ps mRltZu ux.Ó vkgs-

vizfØ;kÑr dsysys lkaMik.kh lHkksorkyhy ekrhyk vkf.k i;kZoj.kkyk nwf’kr

djrs- la;a=kiklwu fufeZr lkaMik.kh nksu >Ú;kae/;s oxhZÑr dsyh vkgs-

vkS|ksfxd izfØ;k ik.kh vkf.k

?kjxqrh lkaMik.kh


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


;k fBdk.kh O;oLFkk ulysys ?kudpjk fdaok nzko.k fufeZr gks.kkj ukgh T;keqGs

tfeu i;kZoj.kkoj izHkko gksbZy- ;keqGs TMT cklZ LVhy la;a=kP;k izfØ;seqGs

tfeuhoj dks.krs izHkko ifjdfYir ukgh-

izdYi LFkGkP;k toGikl loZ izdkjP;k leqnk;kps yksd jkgr vlY;keqGs

R;kaP;k nSuafnu xjtk iw.kZ dj.Ókdfjrk rs izdYikrhy uksdjh vkf.k O;olk;koj

voyacwu vkgsr-

xi vkiRdkfyu r;kjh ;kstuk

izLrkfor izdYi izfØ;sdfjrk tksf[ke O;oLFkkiu mi”keuk dfjrk dk;Z lhesP;k

vkr lacaf/kr cka/kdke >ksue/ks mRre lqj{kk i/nrhph vaeyctko.kh dj.Ókph

vko”Ódrk vkf.k jpuk ok;q vkf.k ty i;kZoj.kkdfjrk izLrkfor laj{k.k

mikkap;k fopkj d:u dj.Ókr ;srhy-

;klkj[;k DRI la;a=ke/ks] vR;ko”;d vkgs fd vizR;f”kd ckch vkf.k ?kVuk eqGs

gks.kkjs vi?kkr lHkksorkyhy ifjljkyk izHkkfor dj.kkj ukgh- v”kk izdkjs

vizR;f{kd ckch vkf.k ?kVuk T;k mn~Hkow “kdrkrk vi?kkrkP;k lqjf{krrs vkf.k

“keukdfjrk vkWu lkbV vkifRr ;kstuk xjtkiw.kZ dj.Ókl i;kZIr vkgsr-

1. vkifRr lqlTt ny laLFksre/ks r;kj dj.Ókr ;sbZy T;ke/ks osxosxGÓk

foHkkxkrhy tls mRiknu] vkjksXÓ o lqj{kk] i;kZoj.k] lkexzh gkrkG.kh]

vkiRrh gkrkG.Ókdfjrk lqj{kk deZpkjh iklwu O;oLFkkiu ikrGhe/kwu

ofj’B vf/kdkjh lekfo’V vlrhy-

2. gk ny efgU;krwu ,dnk la;a= ifjljkr vkf.k la;a=kP;k lHkksorkyh

mn~Hko.kkÚ;k dks.kR;kgh vkifRrPkk lkeuk dj.Ókdfjrk vkifRrPkk “kD;rs

fdaok laHkkO; dkj.kkaoj ppkZ dj.Ókdfjrk ,d= ;srhy-

3. oj lkafxrysY;k ifjfLFkrh”kh lkeuk dj.Ókdfjrk vko”Ód lalk/kukps

eqY;kadu gk ny djsy-


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


4. ny izeq[k dks.kR;kgh gks.kkÚ;k fdaok “kD;rk vlysY;k fdaok izR;{k

vkifRr mn~HkoY;kl izR;sd lnL;yk lfoLRkkj i/nrh fdaok rksaMh ekfgrh

nsbZy-

5. ny izeq[k lgk efgU;krwu ,dnk eksd fMªyps vk;kstu djsy ts.ks d:u

vkifRrdkGkr lqTtrk Bsorkauk ;s.kkÚ;k izkR;f{kd vMp.khuk letwu ?ksrk

;sbZy-

6. ykx.kkjk osG vkf.k ?ks.Ókr ;s.kkÚ;k vko”Ód mik;kapk ;a=.ksyk izHkkoh

cufo.Ókdfjrk izfØ;k ;kstuk

7. dks.kR;kgh izdkjkph “kD;rk vlysY;kl fdaok laHkkO; vkifRr ph

vksG[k@fufj{k.k@lkeuk dj.Ókdfjrk gk ny O;oLFkkidkl vko”Ód

R;k f”kQkjlh@lq>ko djsy-

8. ;k nykP;k lHksps Bjko r;kj dj.Ókr ;srhy T;ke/ks ?kVusps laHkkO;

dkj.k] izfrlkn vo/kh vkf.k vpwd o laj{k.kkRed fØ;k lekfo’V vlsy

ts.ks d: r”kk izdkjP;k R;kph uksan Bso.Ókr ;sbZy-

9. ny izfØ;k ;kstuspk vkjk[kMk r;kj d: “kdrks vkf.k osGksosGh R;kr

cny d: “kdrks-

10. vkiRdkfyu lqlTtrk ny dks.kR;k vkifRrdkGkr izHkkfor {ks=kP;k toG

;ksXÓ R;k LFkGh fu;a=.k d{k LFkkiu d:u vkosxkus dk;Zjr jkfgy-

11. ny izR;{k vkiRdkfyu fLFkrh”kh lkeuk djrkuk lknjhdj.k@dsysY;k

izfØ;k@vkysY;k derjrsph uksan Bsosy-

12. la;a= O;oLFkkidk}kjs vkifRr lqlTtrk nyklkscr T;k fBdk.kh vkiRrh

vkyh R;k fBdk.kph rikl.kh djsy-

13. la;a= O;OkLFkkidk}kjk [kk=h d:u ?ks.Ókr ;sbZy fd loZ izHkkfor {ks=

lkekU; dk;kZ lqjf{kr vkgs vkf.k la;a= izfØ;sl lq:okr dj.Ókph nsrhy-

Xii yksd lquko.kh

Eklqnk vgoky


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


xiii. CSR ;kstuk

xiv O;olkf;d vkjksXÓ

,dhÑr LVhy la;a=krhy O;olk; vkjksXÓ /kksD;kps nksu izdkj vkgsr-

1) loZ ;qfuV dfjrk lkj[ksp O;kIr dPpk eky@mRiknu gkrkG.ks

lekfo’V vkgs-

2) ,dk fof”k’V ;qfuV e/;s gks.kkjs /kksds

a) lkekU; vkjksXÓ /kksdk% ,dhÑr LVhy la;a=ke/;s /kqGh eqGs MksGs] fLdu

“lolu varxZzg.k-

b) ,dhÑr LVhy la;a=ke/khy lkekU; /kksdk – Bso.Ókpk i/nrh] vfrfjDr Hkkj]

Øsu }kjs {kfrxzLr laidkZr ;s.ks- nks’kiw.kZ gkrkG.kh] fLyaXt] vfrfjDr Hkkj]

pqdhps ladsrhdj.k] Hkkjk varxZr dke dj.ks] vdq”ky lapkyd] Øsue/;s

Year Wise CSR Expenditure (Rs. In Lakhs) as on date

Sl No Field 2016-17 2017-18 2018-19

(Proposed)

1 Health 5.10 4.63 6.0

2 Education 1.00 10.52 11.0

3 Communication/ Road 6.00 0.00 0.00

4 Drinking Water 12.00 10.73 17.0

5 Culture Activities

/Awareness Programme

2.50 5.21 3.0

6 Sports/Youth development 0.00 7.78 8.00

7 Afforestation 15.5 2.68 6.0

8 Rural Development

/Infrastructure

3.40 20.05 10.0

Total 45.50 61.6 61.0


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


nks’k vl.ks] vk;ksXÓ@vukf/kÑr gkrkG.kh vkf.k lokZr egRokps Eg.kts

rk.k-

xv izdYi fufj{k.kkps dk;ZØe

Sl.

No

Particulars Monitoring Frequency Method of

Sampling

Parameter

I Air Pollution & Meteorology

A Stack Monitoring

1 Stack Continuous Online CEMS PM10 , PM2.5, SO2,

NOx

B Air Quality Monitoring

1 Locations in and

around the plant

Continuous 24 hr

continuously

PM10, PM2.5 , SO2,

NOx

2 Work zone

monitoring

Twice in a

month

High volume

sampler

PM10, PM2.5 , SO2,

NOx

C Fugitive Emissions

Raw material

handling, feed area,

and other areas

specified by SPCB

Twice in a

month

8-hour basis with

High Volume

Sampler

PM10 , PM2.5

II Water and Wastewater Quality

Water Quality

1

Ground water Once in a season Grab (Class C) and IS:

10500, 1986

2 Surface water Once in a season Grab Parameters

specified in

IS: 2296

III Ambient Noise Levels

1

On the Plant

Boundary at

three locations

Once in Three

months for the

various Units

24 hr continuous

with one hr

interval

Noise levels in

dB(A)


O;oLFkkiu ;kstuk

dk;Zdkjh lkjka”k


Sl.

No

Particulars Monitoring Frequency Method of

Sampling

Parameter

2. Surrounding Area Once in each

season for

ambient noise

levels

24 hr Continuous

with one hr

interval

Noise levels in

dB(A)

IV Soil Quality

In and around the

plant Area

Once in Pre-

Monsoon and

Post Monsoon

season

Grab Physicochemical

parameters

and heavy

metals

Documents

dk;Zdkjh lkjka”k...Additional 1 x30 T No Change 50 MW (24 MW FBC + 26 MW WHRB) 1000 TPD EC Amendment dt. 17.09.2019 Vide proposal No.IA/MH/IND/62864/ 2015 dt.09.10.2018 Configuration