{a[hvil} - Gujarat Pollution Control Board

s&(ct pi(SS
{a[hvil}
m[ss< S&BlÈm) pi[l)a[ATs< (lm)T[D
AYL : sv[< n> - 81-87, 90-96, 98-102, 113,119,120, 123-
127, gim : B[>sl), til&ki : vigri,
(jÃli : B$c, {g&jrit}
a¿yiskti< :
D)Ti[x ki[pi[

an&k|m(Nki
k|mi>k (vPy pini n>br
! p\i[j[kT p\pi[nºT !
Z uRpidkn) mi(ht): !
# p\i[j[kTn) j$(ryit Z
$ p\i[j[kTn) (k>mt: Z
5 sieT n) lix(Nkti Z
& jm)n (vAtirn&> (vGTn $
* s&(ct ¼liºT miT[ kici miln) j$(ryit $
( bL_iNni[ vpriS 5
) uRpidn p\(k\\yi &
!_ pyiDi[ (
!_P! hvin&> pyi pyi pyi pyi

ki[OTkn) yid) {T[bln) mi(ht)}
T[bl n>br (vPy pini n>br
1 uRpidn xmtin) mi(ht) !
2 sieTn) (v(SÖ lix(Nkti #
3 crN p\miN[ kici milni[ vpriS $
4 crN p\miN[ bL_iNni[ vpriS 5
5 bL_iNni[ vpriS 5
6 hvi p|d*Pki[ miT[ sr[ri>S v[9y&> (
7 AT[kn) mi(ht) )
8 GLC vwvin[ kirN[ p\d&Pki[n) siºÙti !_
) piN) ckisN)ni> AYL an[ m&²y mipd>Di[ !Z
!_ a¿yis (vAtirmi> avijn) mi#ii !5
!! a¿yis (vAtirmi> jm)n vpriS/ p\kir !&
!Z Gn kcrin) mi(ht) !*
!# ji[Km) kcrin) mi(ht) !*
!$ vAt) gNtr)ni aiFirB&t miLKik)y siri>S !)
S&B lÈm) pi[l)a[ATr (lm)T[D, vh)vT) siri>S b

aikZ(t
n>br
aikZ(tn) yid)
aikZ(t pini n>br
! uRpidn p\(k\yi – pi[l)a[ATr ¼liºT miT[ r[Ki(c#i &
Z pivr ¼liºT miT[ r[Ki(c#i *
# vi[Tr b[l[ºs Diyig\im !#
S&B lÈm) pi[l)a[ATr (lm)T[D, vh)vT) siri>S c

1.0 p\i[j[kT p\pi[nºT:
• S&BlÈm) pi[l)a[ATr l). a[ S&BlÈm) gZpn) k>pn) C[,j[ dmN, didri ngr hv[l)ni>
k[ºd^ Si(st p\d[S dmN an[ s)lvisi aiwi(rt kiyo agrvil,
â) ajyk&mir agrvil {m[n[J>g Diyr[Tkr}, â) mni[j agrvil an[â) (vkis
agrvil[ kr[l C[.
2.0 uRpidkn) mi(ht):
S&BlÈm) gZp[ s&(ct pi[l)a[ATr yin< uRpidn y&(nTn) Ayipnin) p\Ativni sv[< n>. 81-
87, 90-96, 98-102, 113, 119, 120, 123-127, gim: B[>sil), til&ki: vigri, J9li[:
B$c, g&jrit Kit[ kr[l C[.
an&.
n>br
ki[OTk:1 uRpidn xmtin) mi(ht)
p\i[DkTs crN-1
uRpidn
xmti
1. p).ai[.viy/ a[f.D).viy/
D).T).viy
{ piT p).ai[.viyn&> uRpidn ph[li> crNmi> bniv[l eºTrm)D)y[D p\i[DkT
c)¼smi>Y) YS[.
32.04
m[givi[T
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 1

• m&²y uRpidk pi[l)a[ATr f)lim[ºT yin< hS[ jyi> ph[li> crNmi> eºTrm)D)y[D p\i[DkT
c)¼sn&> uRpidn YS[ an[ b)ji> an[ #i)ji> crNmi>, m&²y uRpidk tr)k[ pi[l)a[ATr
f)lim[ºT yin< hS[.
• p\i[j[kT p\pi[nºT oiri Ayipvimi> aivti> g[s aiwi(rt k[(¼T)v pivr ¼liºT j[mn) k&l
xmti> 32.04 m[givi[T C[ t[mi>Y) y&(nTni> pivrn) j$(ryit mL) rh[S[.
3.0 p\i[j[kTn) j$(ryit
• piT kirN[,ai gZp[ s&(ct p).ai[.viy
uRpidn y&(nTn) Ayipnin) p\Ativni dh[j, g&jrit Kit[ kr[l C[.
• kp>n)mi> pi[l)a[ATr c)¼sn) vwt) jt) mi>gn[ ¹yinmi> le, k>pn)a[ p\)mies)smi> j
pi[l)a[ATr c)¼s uRpidnn) p\Ativni m*k[l C[.
4.0 p\i[j[kTn) (k>mt:
• s&(ct p).yi[.viy an[ pivr p\i[j[kT miT[ k&l k[p)Tl ri[kiN a>diJt $. 1328 kri[D
C[.
5.0 sieT n) lix(Nkti :
s&(ct ¼liºT p[T^i[(lym, k[(mkl an[ p[T^i[k[(mkl ri[kiN (vAtir, dh[jmi> aivr) l[vimi>
aiv[l C[ k[ jyi> j$(ryitn) s&(vwi an[ kici miln) upl¾G) an[ bjir nJkmi>
aiv[li C[.vwir[mi> riÖ^)y wi[r)migpk< bh& sh[li[ C[.
p\i[j[kTn) (v(SÖ lix(Nkti n)c[ m&jb C[.
• s&(ct ¼liºT p[T^i[(lym, k[(mkl an[ p[T^i[k[(mkl ri[kiN (vAtir, dh[jmi> C[ t[Y)
j$(ryitn) s&(vwi j[v) k[ rAti, D^[n[j, pivr an[ piN) upl¾w C[.
• AYLvN

• siwni[, bi>wkim mil, pieps, k[m)klsni> p(rvhn miT[ ¼liºT sieTY) yi[³y [ rAti
pr phi[>cvini[ mig< upl¾w C[.
• fl& g[sn) s&yi[³yti/s>Bivni upl¾w C[.
• p\i[j[kT sieT nJk ¼liºTn) j$(ryit m&jb piN)ni> A#ii[t upl¾w C[.
• stt AvμC uRpidn p\(kyi oiri v)jL) an[ k&drt) s>p(t jiLv) riK)S&>
p\i[j[kT sv[< n>br
gim
til&ki
J9li[
rijy
ki[OTk 2 : sieTn) (v(SÖ lix(Nkti
sv[< n> : 81-87, 90-96, 98-102, 113, 119,
120, 123-127
B[>sil)
vigri
B$c
g&jrit
axi>S 21 o 43’ 17.3’’ utr
r[Ki>S 72 o 45’ 32.5’’ p*v<
nJkn&> gim B[>sil) – 0.52 (k.m).{a>diJt}
nJkn&> Tiun/Sh[r dh[j – 20 k).m). {a>diJt}
B$c – 25 k).m). {a>diJt}
nJkn&> r[9v[ AT[Sn B$c – 25 k).m). {a>diJt}
nJkmi> Fi[r)mig< a[n.a[c. – 8 ∼ 28 k).m). {a>diJt}
B$c- dh[j rAti: 0.21 (k.m).{a>diJt}
a[s.a[c. – 864 ∼ 20 k).m). {a>diJt}
nJkni[ pi[T< dh[j ∼ 22 k).m). {a>diJt}
n[Snl pik< /j‚gl/viE9D lief 10 k).m). (#ijyimi> ki[e n[Snl pik< an[
s[ºμy&r)
viEÃDlief s[ºμy&r) aiv[l nY).
sm&on) si>kD) KiD)n&> a>tr 0.8 (k.m).
a](thi(sk Emiμt 10 (k.m) (#ijyimi> ki[e a](thi(sk Emiμt
nY).
avkiS) a>tr l)w[l C[.
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 3

6.0 jm)n (vAtirn&> (vGTn
k&l jm)n (vAtirn&> (vGTn n)c[ m&jb C[.
k&l bi>wkim (vAtir {ph[l&> crN}
k&l bi>wkim (vAtir {b)j&> crN}
k&l bi>wkim (vAtir {#i)j& crN}
pivr ¼liºT k&l bi>wkim (vAtir
K&9li[ (vAtir
g\)n b[9T (vAtir
E.T).p).
piN) S&(¹okrN (vAtir
li[(D>g/an li[(D>g
s>g\hN Ti>k)
kcri s>g\hN (vAtir
k&l (vAtir Kr)d[l
7.0 s&(ct ¼liºT miT[ kici miln) j$(ryit:
: 1,32,520 ci[.m).
: 26,828 ci[.m).
: 43589 ci[.m).
: 4655 ci[.m).
: 37568 ci[.m).
: 198200 ci[.m).
: 900 ci[.m).
: 480 ci[.m).
: 25350 ci[.m).
: 510 ci[.m).
: 1000 ci[.m).
: 471600 ci[.m).
ki[OTk:3 crN p\miN[ kici milni[ vpriS
kici mil kici milni[ vpriS {m[T^)k Tn/vP. 4

a[ºT)mn)
T^ieai[ksieD
83 0 83 166
TieT[n)ym
Dieai[ksieD
830 0 830 1660
Ap)n f)n)S ai[El 730 638 1368 2736
mi[D)fier 41 0 41 82
pi[l)mr c)¼s
0 127750¥ 0 127750
{ eºTrm)D)y[D
p\i[DkT }
¥b)ji crNmi> p).ai[.viyn&> uRpidn ph[li> crNmi> bniv[l eºTrm)D)y[D p\i[DkT
c)¼smi>Y) YS[.
8. 0 bL_iNni[ vpriS
g[s aiwi(rt k[¼T)v pivr ¼liºT miT[ j$r) n[crl g[sni[ m&²y A#ii[t e(ºDyn ai[el
ki[pi[ an[ sieT s&w) T^k an[ DÀpr oiri livvimi> aivS[. p\i[j[kT miT[
upyi[g) bL_iNn) k&l mi#ii crN p\miN[ n)c[ m&jb C[.
ki[OTk:5 bL_iNni[ vpriS
bL_iN bL_iNni[ vpriS { MT/day }
crN -1 crN -2 crN-3 k&l
ki[lsi[ 100 -- 100 200
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 5

9.0 uRpidn p\(k\\yi
piTS - S&BlÈm) pi[l)a[ATr l). p[j n>. 6

pivr ¼liºT
g[s aiwi(rt k[¼T)v pivr ¼liºT AYipvin) p\Ativni C[. #iN crN miT[ k&l pivrn)
j$(ryit 32.04 m[givi[T C[. dr[k crNn) j$(ryit p\miN[ pivr ¼liºT AYipvimi> aivS[.
pivr uRpºn krvi k&l 12 a[ºJnn) AYipni krvimi> aivS[ j[ dr[kn) xmti> 2.67
m[givi[T hS[.
crN p\miN[ a[ºJnn) Ayipnin) mi(ht) n)c[ m&jb C[.
crN a[ºJn pivr uRpºn
crN -1 4 10.68 m[givi[T
crN-2 2 5.34 m[givi[T
crN-3 6 16.02 m[givi[T W
k&l 12 32.04 m[givi[T
pivr ¼liºT miT[ r[Ki(c#i n)c[ m&jb C[.
(c#i Z: pivr ¼liºT miT[ r[Ki(c#i
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 7

10.0 pyiDi[
hil pyiDi[ni[ a¿yis 1 (Ds[Àbr,2010 Y) 28 f[b\&air), 2011 dr(myin
#iN m(hni miT[ krvimi> aiv[l.
10.1 hvin&> pyi aiv[l 6 AYLi[ prY) hvin) g&Nv_iin) ckisN)
krvimi> aiv[l. a¿yis smygiLi dr(myin pvnn) g(t u_ir- p*v< Y) d(xN-p(Vm
(dSimi> trf ht). siETY) pvnn) (dSimi> a[k AYL an[ pvnn) (vr&¹ÙW (dSimi> b[
AYL ps>d kr[l C[. bwi> AYLi[a[ dr[k p\d*Pki[n) sr[ri>S si>oti siY[ mi[n)>Tr)>g AYLn)
mi(ht) n)c[ m&jb C[.
a[km: miek\i[g\im/m) 3
ki[OTk 6 : hvi p|d*Pki[ miT[ sr[ri>S v[9y&>
gim (dSi PM10 PM2.5 SOx NOx
p\i[j[kT
sieT
--- 75 30 6.43 19.05
aTil) p(Vm 54 25 5.32 15.33
klidri d(xN- p(Vm 48 23 5.5 15.46
Ki[L)yid d(xN- p(Vm 54 27 4.3 15.57
Ki[jbl u_ir- p(Vm 54 27 4.81 12.85
aml[Åvr u_ir- p(Vm 52 26 4.5 15.15
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 8

asr a¿yis :
sieT pr bi>wkim milni> p(rvhn ni> kirN[ vitivrNmi> SPM siY[ SOxn&> p\miN vwS[.
bi>wkim dr(myin hvi pyi A#ii[t g[s a[ºJn an[ Y(m
crN-1
crN-2
crN-3
ki[OTk 7 : AT[kn) mi(ht)
mipd>D g[s a[ºJn Y(mcie 30.5 m) 50 m)
AT[kn) Diyim)Tr 0.8 m) 1.2 m)
fl&g[s v[li[s)T) 10 m)/ s[kºD 15 m)/ s[kºD
fl& g[sn&> tipmin 150 s[° 120 s[°
AT[kni[ p\d*PN li[D
PM10
NOx
Sox
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 9
12
4
2
6
0.176 gi|m/s[kºD
0.532 gi|m/s[kºD
--
2
1
--
1
1.285gi|m/s[kºD
1.935gi|m/s[kºD
1.620gi|m/s[kºD
hvi p\d*PN (ny>#iN siwni[ yi[³y AT[k U>cie v[T (f9m s[p[r[Tr
m9T) siykli[n DAT
s[p[r[Tr

s&(ct p\i[j[kTY) hvin) g&Nv_iimi> GNi smy miT[ PM10, SOx an[ NOX n) siºÙti> vFS[,
ai pr)Nim m&²y AT[kni> {c)mn)ni>} aiFir[ lES&>. uprn) mi(ht)ni[ upyi[g mi[D[l)>g
miT[ eºp&T D[Ti tr)k[ YS[.
hil b[zliEn D[Ti pr p\d&Pki[n) siºÙtin[ s&prEÀpi[z kr) hvi p\d&Pki[n) mi#ii mip)
Sk)S&>.
Pollutant Incremental
Concentration
μg/m 3
ki[OTk: 8 GLC vwvin[ kirN[ p\d&Pki[n) siºÙti
Baseline
Concentr
ation
3 *
μg/m
Resultant
Concentration
μg/m 3
Distance
w.r.t.
centre
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 10
km
Direction w.r.t.
centre
PM10 2.309 75 77.309 1.118 d(xN- p(Vm
Sox 1.223 6.43 7.653 1.802 d(xN- p(Vm
NOx 6.608 19.05 25.658 1.118 d(xN- p(Vm
GLC: g»iuD l[vl siºWti
* g&r&Rtm a[vr[j siºWti
(ny>#iN pgli> :
p\d&Pki[ni> yi[³y (nkil miT[ p&rt) u>ciEn) AT[kn) AYipni kr)S&>. F&Lni> rjkNi[n[ uDti>
aTkivvi smyi>tr[ piN)ni[ C>Tkiv krvimi> aivS[. fy&&JT)v a[m)Sn {hvimi> uDti
rjkNi[} aTkivvi a>drni> rAti ki[ºk|)Tni> bnivvimi> aivS[.hvi p\d*PN (ny>#iN pgli>
tr)k[ Y(m.

10.2 piN)n&> pyi hilni> piN)ni> pyi b[ezlien p(r(AY(t ni> a¿yis miT[ p\i[j[kT sieTn)
aispisni> gimi[mi>Y) 6 AYLi[ prY) spiT) prni piN) an[ 4 AYLi[ prY) B&gB< piN)ni>
nm*ni> a[kqi> kr[l C[.
ckisN)ni> AYL prni> m&²y mipd>Di[ n)c[ m&jb C[.
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 11

ki[OTk: 9 piN) ckisN)ni> AYL an[ m&²y mipd>Di[
gim A#ii[t pH TDS kli[rieD ai[el an[
klidri B*Atr)y piN) 7.48 4650 3460 b).D).a[l.
ki[L)yid B*Atr)y piN) 7.77 1621 614 b).D).a[l.
Ki[jbl B*Atr)y piN) 7.73 2778 1229 b).D).a[l.
aml[Åvr B*Atr)y piN) 8.44 569 85 b).D).a[l.
p\i[j[kT sieT srf[s piN) 7.82 110 25.5 b).D).a[l.
aTil) srf[s piN) 8.9 160 16.1 b).D).a[l.
klidri srf[s piN) 7.4 1820 822 b).D).a[l.
ki[L)yid srf[s piN) 6.89 250 85.1 b).D).a[l.
Ki[jbl srf[s piN) 7.39 280 94.5 b).D).a[l.
aml[Åvr srf[s piN) 7.47 90 13.2 b).D).a[l.
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 12
g\)s

vi[Tr b[l[ºs Diyig\immi> piN)ni> vpriS an[p\d&(Pt piN)n) u_p(tn) mi(ht) n)c[ m&jb
aip[l C[.
(c#i Z:vi[Tr b[l[ºs Diyig\im
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 13

asri[ni[ a¿yis an[ (ny>#iN {upSmn} pgli> :
bi>wkim an[ ai[pr[Sn crN miT[n&> piN) srdir sri[vr nmY) l[vimi>
aivS[. s&(ct p\i[j[kT miT[ B*Atr)y piN) l[vimi> aivS[ n(h.
s&(ct p\i[j[kTmi> si[fTnr an[ D).a[m. ¼liºT, k&l)>g Tivr an[ bi[elrmi>Y) ¾li[ Diun,
p\i[s[s g>dipiN), Ak\br r)j[kT an[ a[m.e.J. an[ p).T).a[.ni> k[(mkl r)a[kSn
dr(myin uRpºn Yt&> g>d&piN)mi>Y) r)j[kT m&²y uRpºn Yti> g>dipiN) C[.
si[fTnr an[ D).a[m. ¼liºTmi>Y) uRpºn Yti> g>dipiN)mi> uμc T).D).a[s.n&> Atr hS[ k[
j[mi> piN) um[r) tTAY krvimi> aivS[ an[ s)ATmmi> p&n: upyi[g mi> l[viS[ k[ jyi> k&l)>g
Tivr an[ bi[elrn&> ¾li[ Diunn&> AYLi>tr air.ai[. ¼liºTmi> Yiy C[.
p\i[s[smi>Y) uRpºn Yti> g>dipiN)ni> S&(¹okrN miT[ b[ ef9y&ºT T^)Tm[ºT ¼liºT j[mn)
xmti> 250 m) 3 /(dvs C[ an[ pC) t[mi>Y) Yi[D&> g\)n b[9Tni> (vkis miT[,F&Lni> rjkNi[n[
uDti> aTkivvi smyi>tr[ piN)ni[ C>Tkiv krvi miT[ an[ Yi[D&> air.ai[. mi> S&¹o krvi
miT[ an[ bik) rh[l piN)n[ s)ATmmi> p&n: upyi[gmi> l[S[.
air.ai[. r)j[kTni[ upyi[g Akb\rmi> tiji> piN) tr)k[ an[ Akb\rmi>Y) r)j[kTni[ (nkil
biOp)Bvn p\(kyi oiri YS[.
10.3 avijn&> pyi (vAtirmi> avijn) mi#ii j&di j&di p\kirn) (k|yiai[n[ aiFir[ vFGT Yiy C[.
avij pyi gimni[ a¿yis
krvimi> aiv[l C[.
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 14

asri[ni[ a¿yis :
ki[Otk: 10 a¿yis (vAtirmi> avijn) mi#ii
k\mi>k s[Àp)>g AT[Sn (vAtirni[
p\kir
(dvs
dr(myin
dB (Leq)
ri(#i
dr(myin dB
(Leq)
1 sieT – N1 ai]wi[(gk 56.5 dB(A) 45.6 dB(A)
2 aTil) – N2 rh[Ni>k 61.7 dB(A) 41.3 dB(A)
3 klidri – N3 rh[Ni>k 55 dB(A) 47.8 dB(A)
4 Ki[L)yid – N4 rh[Ni>k 52.7 dB(A) 44.2 dB(A)
5 Ki[jbl – N5 rh[Ni>k 52.4 dB(A) 44.2 dB(A)
6 aml[Åvr – N6 rh[Ni>k 53.9 dB(A) 47.6 dB(A)
bi>Fkim dr(myin sieT pr AYi(pt m)k[n)kl siFni[Y) avij uRpºn YS[ an[ bi>Fkim
an[ vihni[n) avr-jvrn) kirN[ avijn) mi#ii vFS[.
ai[pr[Sn {bi>Fkim tbkki} drÀyin ¼liºT sieT pr m)k[n)kl siFni[ j[vi k[ g[s
a[ºJn an[ ki[Àp\[Srni> l)F[ avij uRpºn YS[.
(ny>#iN pgli>:
• avij uRpºn krti> siFni[ siylºsr siY[ b>F (vAtirmi> riKvimi> aivS[.
• uμc_im avij Frivti (vAtirmi> kim krti> kimdiri[n[ frJyit Eyr mf`s/ Eyr
¼ligni[ upyi[g krvi[ pDS[.
• s).p).s).b). ni> mig GTiDi[ YS[.
vh)vT) siri>S - S&BlÈm) pi[l)a[ATr l). p[j n>. 15

• Ô[ frj dr(myin PPE ni[ smyi>tr[ p\[kT)s {T[v} dr(myin upyi[g krvimi> n Yiy
ti[,viEb\[Snn) asrY) Yt) hi(nY) sivc[t rh[vi kimdiri[n[ til)m aipvimi> aivS[.
• smyi>tr[ aQvi(Dy[ a[kvir ¼liºTmi> p\v[S an[ bhir jvini> drviÔ an[ avij
uRpºn krti siFni[ pis[ avijn) mi#iin) ckisN) krvimi> aivS[.
10.4 jm)nn&> pyi (vAtirmi>Y) jm)n vpriS miT[
a¿yis krvimi> aiv[l j[n) mi(ht) n)c[ dSi jm)n vpriS/ p\kir
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EIA
EXECUTIVE SUMMARY
FOR
Partially Oriented Yarn/ Fully Drawn Yarn/
Texurizing Yarn & Gas Based Power Plant
PROJECT PROPONENT
SUBHALAKSHAMI POLYESTERS LIMITED
Located at
Survey no. 81-87, 90-96, 98-102, 113, 119,120, 123-127,
Village: Bhensali, Taluka: Vagra, District: Bharuch, State: Gujarat
Prepared by:
Environmental Engineers & Consultants

Index
Sr. no Content Page no.
1.0 Project Proponent 1
2.0 Product profile 1
3.0 Need of Project 2
4.0 Cost of Project 2
5.0 Salient features of site 2
6.0 Land Area break up 3
7.0 Raw material details 4
8.0 Fuel consumption 5
9.0 Manufacturing process 5
10.0 Environment parameters 7
10.1 Air environment 7
10.2 Water environment 10
10.3 Noise environment 12
10.4 Land environment 13
10.5 Solid waste Generation 14
10.6 Hazardous waste details 14
11.0 Green belt development 15
12.0 Socio economic environment 15
13.0 Cleaner Production details 16
14.0 Environment management System 17
15.0 Environment monitoring plan post EC 17
Executive summary for Subhalakshami Polyesters Limited a

List of Table
Table no. Content Page no
1 Product Profile 1
2 Site salient features 3
3 Raw material consumption 4
4 Fuel consumption details 5
5 Fuel consumption details 5
6 Average values for air pollutants 8
7 Details of stack 8
8 Resultant concentration due to incremental GLC 9
9 Water monitoring location and major parameters 10
10 Noise level in study area 12
11 Land use/ cover categories in study area 13
12 Solid waste details 14
13 Hazardous waste details 14
14 Summary of demographic structure 15
List of figures
Figure no. Figure Page no.
1 Flow diagram of manufacturing process – Polyester plant 6
2 Flow diagram of power plant 7
3 Water balance diagram 11
Executive summary for Subhalakshami Polyesters Limited b

SR.
NO
1.0 PROJECT PROPONENT
M/s Shubhalakshmi Polyesters Ltd, is a company under the, Shubhalakshmi group, a
leading industrial group with its operations primarily based at Daman & Silvassa in
the Union Territories Of Daman, Dadra Nagar & Haveli.
The Shubhalakshmi group is promoted by Shri Ramuraman Agarwal (chairman), Shri
Bankeshchandra Agarwal, Shri Ajay Kumar Agarwal (managing director), Shri Manoj
Agarwal and Shri Vikas Agarwal.
2.0 PRODUCT PROFILE
The Shubhalakshami group proposes to install polyester yarn producing unit at
Survey no. 81-87, 90-96, 98-102, 113, 119,120, 123-127, Village: Bhensali, Taluka:
Vagra, District: Bharuch, State: Gujarat.
NAME OF PRODUCT I PHASE
1 POY/FDY/DTY(Partially
Oriented yarn/Fully drawn
Yarn/Texturising yarn)
2 Intermediate
Products(Polyester chips)
3 Gas Engine based captive
power plant
Table 1: Product profile
Addition
146000
MT/annum
*127750
MT/annum
10.68 MWH
II PHASE
Addition
127750
MT/annum
III PHASE
Addition
273500
MT/annum
TOTAL
Executive summary for Shubhalakshami Polysester Limited 1
PRODUCTION
CAPACITY
547250
MT/annum
-- -- 127750
5.34
MWH
MT/annum
16.02 MWH 32.04 MWH
*In the second phase POY will manufacture from intermediate Product chip
manufacture in 1st phase.
The major product will be Polyester Filament Yarn whereas Polyester Chips will be
produced as intermediate product in the first phase only whereas in the second and
third phase, polyester filament yarn will be produced as major product and sold
directly in the market.
In order to meet the power requirement of the unit the project proponents have also
proposed to install captive gas based power plant phase wise a total capacity of
32.04 MW.

3.0 NEED OF PROJECT
Due to increase in market demand of Partially Oriented Yarn, the group proposed to
install the POY plant at Dahej, Gujarat.
In order to meet the demand of polyester chip in house, company has proposed to
manufacture the same within the premises.
4.0 COST OF PROJECT
Total capital investment for the proposed POY and power plant project is
approximately Rs. 1328 Crores.
5.0 SALIENT FEATURES OF SITE
The location of the proposed unit is decided based on availability of the basic
infrastructure and easily accessible raw material and near market as well as it fall
under PCPIR (Petroleum, Chemical and Petrochemical Investment Region) Dahej
Area. Moreover there is easily assessable connectivity to the national highways.
The salient features of the project are as mentioned below:
• The proposed project is within PCPIR (Petroleum, Chemical and Petrochemical
Investment Region); Dahej area hence basic infrastructure like road,
drainage, electricity and water is readily available.
• Suitability of the land from topographical and geological considerations.
• Location away from forests, national park/sanctuaries, other places of
defence, religious, cultural and ecologically sensitive elements.
• Existing road connectivity to the plant site is adequate for movement of
equipment, construction materials, pipes, etc.
• Availability of fuel gas linkage.
• Availability of source of water adequate to meet the plant requirements near
the project site.
• The project is optimized in terms of resource and energy conservation
through continuous Cleaner Production initiatives.
Executive summary for Shubhalakshami Polysester Limited 2

Project survey no.
Village
Taluka
District
State
Table 2: Site Salient Features
Survey no. 81-87, 90-96, 98-102, 113,
119,120,123-127
Bhensali,
Vagra,
Dist: Bharuch
Gujarat
Latitude 21 o 43’ 17.3’’ N
Longitude 72 o 45’ 32.5’’ E
Nearest Village Bhensali: approx 0.52 Km
Nearest town/ city Dahej: approx 20 Km
Bharuch: approx 25 Km
Nearest railway station Bharuch: approx 25 Km
Highway NH 8 : approx 28 Km
Bharuch-Dahej Rd: approx 0.21 Km
SH 64: approx 20 Km
Nearest port Dahej: approx 22 Km
National Park/ wildlife sanctuary/ forest None within the 10 km radius
Distance to Creek 0.8 Km
Heritage Site None within 10 Km Radius
** Aerial distance is considered
6.0 LAND AREA BREAK UP
The total area break up is as mentioned below:
Total build up area (1 st phase) : 1,32,520 sq m
Total build up area (2 nd phase) : 26,828 sq m
Total build up area (3 rd phase) : 43589 sq m
Executive summary for Shubhalakshami Polysester Limited 3

Total build up area for power plant : 4655 sq m
Common plot area/ open area : 37568 sq m
Green belt area : 198200 sq m
ETP : 900 sq m
Water treatment area : 480 sq m
Loading/ unloading : 25350 sq m
Storage tank : 510 sq m
Waste storage area : 1000 sq m
Total area acquired : 471600 sq m
7.0 RAW MATERIAL DETAILS
The phase wise consumption of raw material is given in the table below:
Table 3: Raw material consumption
RAW MATERIALS CONSUMPTION, MT/ANNUM
First phase
Addition
Second
phase
Addition
Third phase
Addition
Executive summary for Shubhalakshami Polysester Limited 4
Total
PTA (Purified Terpthalic acid) 234878 0 234878 469756
MEG (Mono Ethylene Glycol) 91433 0 91433 182866
Antimony Trioxide 83 0 83 166
Titanium dioxide 830 0 830 1660
Spin Finish oil 730 638 1368 2736
Modifier 41 0 41 82
Polyester chips (Intermediate
Products)*
0 127750* 0 127750
*In the second phase POY will be manufactured from intermediate Product chip
manufacture in 1 st phase.

8.0 FUEL CONSUMPTION
Natural gas required for the gas based power plant will be mainly sourced from the
Indian Oil Corporation Limited. Gas will be supplied to the site via pipelines.
Table 4: Fuel consumption details
FUEL FIRST PHASE SECOND PHASE THIRD PHASE TOTAL
Executive summary for Shubhalakshami Polysester Limited 5
CONSUMPTION
Natural Gas 50000 SCM/day 44000 SCM/day 104000 SCM/day 198000 SCM/day
The fuel utilized in TFH (Thermic Fluid Heater) will be imported coal/ Indian coal.
Coal shall be obtained from open market and same shall be brought to site by truck
or dumpers. The total quantity of fuel to be used for the project along with the phase
wise break up is as given in the table below:
Table 5: Fuel consumption details
FUEL FIRST PHASE SECOND PHASE THIRD PHASE TOTAL
CONSUMPTION
Coal 100 MT/DAY --- 100 MT/DAY 200 MT/day
9.0 MANUFACTURING PROCESS
Partially Oriented Yarn/ Fully Drawn Yarn/ Texurizing yarn
The detail manufacturing process as shown in the flow diagram below:

Figure 1: Flow diagram for manufacturing process – Polyester plant
Power plant
It is proposed to install natural gas base captive power plant. Total power
requirement for all the three phase will be 32.04 MW. The power plant installation
will be done phase wise as per the requirement in each phase.
Total 12 nos. of engines will be installed with power generation capacity of 2.67 MW
each. Phase wise installation of engines is as follows:
Executive summary for Shubhalakshami Polysester Limited 6

Phase No. of engine Power Generation
Phase 1 4 10.68 MW
Phase 2 2 5.34 MW
Phase 3 6 16.02 MW
Total 12 32.04 MW
The process flow diagram for power plant is given in figure below
Figure 2: Flow diagram for power plant
10.0 ENVIRONMENTAL PARAMETERS
Existing environmental parameters were studied for three months i.e 1 st December
2010 to 28 February 2011.
10.1 AIR ENVIRONMENT
Baseline data:
The existing air quality was measured at six locations within 10 Km radius of the
project site. The prominent wind direction at the site was North East to South West
during the study period. Two locations were selected in downwind direction where as
one location was selected in the up wind direction from the site. The detail of the
Executive summary for Shubhalakshami Polysester Limited 7

monitoring location with average concentration of each pollutant at these locations is
given below:
Table 6: Average values for air pollutants Unit µg/m 3
Village Direction PM10 PM2.5 Sox NOx
Project Site --- 75 30 6.43 19.05
Atali West 54 25 5.32 15.33
Kaladara South West 48 23 5.5 15.46
Koliyad South West 54 27 4.3 15.57
Khojbal North West 54 27 4.81 12.85
Amleshwar North West 52 26 4.5 15.15
Impact study
There will be an increase in SPM level along with Sox (from vehicle exhausts) due to
transportation of construction material at site. During the construction activity the
major impact on the air environment will be due to increase in the fugitive
emissions.
During operation phase the major air pollution creating source will be the stack
attached to the gas engine and thermic fluid heater. The details of the stacks are as
given in the table below:
Table 7: Details of Stack
Stack attached to GAS ENGINES
No. of stack
1 st Phase
2 nd Phase
3 rd phase
(12 nos.)
12
4 nos.
2 nos.
6 nos.
THERMIC FLUID
HEATER (2 nos.)
Executive summary for Shubhalakshami Polysester Limited 8
2
1 no.
--
1 no.
Stack height 30.5 m 50 m

Stack diameter 0.8 m 1.2 m
Exit gas velocity 10 m/s 15 m/s
Exit gas temperature 150 o C 120 o C
Pollutant load at exit of
stack
PM
SOx
NOx
0.176
Nil
0.532
APC Adequate stack
height
1.285
1.620
1.935
Wet film separator Multi
cyclone dust separator
Air quality modelling was done in order to evaluate PM10, Sox and NOx incremental
short-term concentrations due to proposed project. These results are based on the
considering the main stacks. The above data were used as input data for the
modelling purpose.
The incremental increase in the concentration of pollutants is given in the table
below with superimposing the same on the existing baseline data.
Pollutant Incremental
Table 8: Resultant Concentrations Due To Incremental GLC
Concentration.
μg/m 3
Baseline
Concentration
3 *
μg/m
Resultant
Concentration
μg/m 3
Distance
w.r.t. stack
location
PM 2.309 75 77.309 1.118 Km SW
SOx 1.223 6.43 7.653 1.802 Km SW
NOx 6.608 19.05 25.658 1.118 Km SW
* GLC: Ground level concentration
* Maximum average concentration
Executive summary for Shubhalakshami Polysester Limited 9
Direction
w.r.t. stack
location

Mitigation measures
Adequate stack heights will be installed for proper dispersion of the pollutants.
Regular water sprinkling will be done for suppression of dust particles. Internal roads
will be concreted to prevent fugitive emission. Multicyclone with wet film separators
will be provided with thermic fluid heater as air pollution control measures.
10.2 WATER ENVIRONMENT
Baseline data
The existing water environment in the study area is rich with both ground and
surface water. Total 4 nos. of sample of ground water and 6 nos. of surface water
samples were collected to study the baseline water condition in and around the
vicinity of the project site.
Major parameters at the monitoring site is given in table below
Table 9: Water monitoring location and major parameters
Village Source pH TDS Chlorides Oil & Grease
Kaladara Ground water 7.48 4650 3460 BDL
Koliyad Ground water 7.77 1621 614 BDL
Khojbal Ground water 7.73 2778 1229 BDL
Amleshwar Ground water 8.44 569 85 BDL
Project site Surface water 7.82 110 25.5 BDL
Atali Surface water 8.9 160 16.1 BDL
Kaladara Surface water 7.4 1820 822 BDL
Koliyad Surface water 6.89 250 85.1 BDL
Khojbal Surface water 7.39 280 94.5 BDL
Amleshwar Surface water 7.47 90 13.2 BDL
The detail water balance diagram showing the water consumption and waste water
generation is as given in table below.
Executive summary for Shubhalakshami Polysester Limited 10

Figure 3: Water Balance Diagram
Executive summary for Shubhalakshami Polysester Limited 11

Impact study with mitigation measures
Water for both the construction and operation phase will be sourced from Sardar Sarovar
Narmada Nigam Limited.
The major waste water generated in the proposed project will be reject from softner and DM
plant, blow down from cooling tower and boiler, process waste water, scrubber reject and
water generated during the chemical reaction of MEG and PTA.
The waste water generated from softner/ DM reject shall have high TDS level which shall be
neutralized by dilution and recycle back in the system whereas the blow down from boiler
and cooling tower shall be transferred to RO plant.
The waste water generated in the process shall be treated in 2 nos. of effluent treatment
plant with a capacity of 250 cum/day and later partly used in green belt development, dust
suppression and partly treated in RO and recycle back to system.
The RO reject shall be used in as scrubber water make up and the reject from scrubber shall
be disposed by evaporation system.
10.3 NOISE ENVIRONMENT
Baseline data
The noise level varies depending on the type of activities carried out in the surrounding
area. The baseline noise environment was studied at the project site as well as the
surrounding villages and the data are as tabulated below
Sr.No. Sampling
Table 10: Noise levels in study area
Station - Code
Type of
area
Day Times
dB (Leq)
Night Time
dB (Leq)
1 Project Site - N1 Industrial 56.5 dB(A) 45.6 dB(A)
2 Atali - N2 Residential 61.7 dB(A) 41.3dB(A)
3 Kaladara - N3 Residential 55 dB(A) 47.8 dB(A)
4 Koliyad - N4 Residential 52.7 dB(A) 44.2 dB(A)
5 Khojbal - N5 Residential 52.4 dB(A) 44.2dB(A)
6 Amleshwar - N6 Residential 53.9 dB(A) 47.6 dB(A)
Executive summary for Shubhalakshami Polysester Limited 12

Impact study
During the construction phase the major noise generation will be from the mechanical
equipment installed at site for the construction work and noise due to vehicular movement.
During operation phase the major noise generation will be from the mechanical equipments
at the plant site mainly gas engine and compressors.
Mitigation measures
Noise generating equipment shall be place in enclosed area equipped with silencers.
The operators working in the high-noise areas shall be strictly instructed to use ear-
muffs/ear-plugs.
Green belt shall be developed to attenuate noise and the extent of green belt shall be as per
CPCB guidelines.
Training of personnel is recommended to create awareness about the damaging effects of
vibrations; if PPEs are not used as regular practice while on duty.
Regular noise monitoring on weekly basis will be carried out at the noise generating sources
and the entry - exit gates of the plant.
10.4 LAND ENVIRONMENT
The land use of the study area surrounding 10 Km from the proposed project site is given in
the table below:
Table 11: Land use/cover Categories Area Statistics within study area
Sr. No. Categories Area (sq km) Area (%)
1 Agriculture 20262.42 64.53
2 Scrub 1698.74 5.41
3 Open Vegetation 2311.04 7.36
4 Close Vegetation 543.22 1.73
5 Habitation 389.36 1.24
6 Industrial Area 59.66 0.19
7 Water body 175.84 0.56
8 River 3598.44 11.46
Executive summary for Shubhalakshami Polysester Limited 13

9 Marshy Vegetation 1265.42 4.03
10 Mudflat 427.04 1.36
11 Salt encrustation 135.02 0.43
12 Barren Land 392.5 1.25
10.5 SOLID WASTE GENERATION
Salt pans 141.3 0.45
Fly ash will be generated as major solid waste due to usage of coal. The quantity of solid
waste generated is as given below:
Table 12: Solid waste details
Solid waste 1 st phase 2 nd phase 3 rd phase Total waste
Ash from
Indian coal
Ash from
Imported coal
30 MT/day -- 30 MT/day 60 MT/day
10 MT/day -- 10 MT/day 20 MT/day
This solid waste will be sold to nearest brick manufacturing units/ cement manufacturers.
10.6 HAZARDOUS WASTE DETAILS
Hazardous waste
generated
Table 13: Hazardous waste details
1 st phase 2 nd phase 3 rd phase Quantity
Used oil 3 KL/annum 2 KL/annum 5 KL/annum 10 KL/annum
Discarded containers 3 nos/ annum -- 2 nos/ annum 5 nos/ annum
ETP sludge 50 MT/annum -- 50 MT/annum 100 MT/annum
DM resins -- -- 0.5 MT/annum 0.5 MT/annum
Used oil and discarded containers shall be sold to registered recycler whereas ETP sludge
and used resin will be stored in closed container in isolated area and later send to secure
land fill site.
Executive summary for Shubhalakshami Polysester Limited 14

11.0 GREEN BELT DEVELOPMENT
In order to reduce the pollutant dispersion in the atmosphere, to resist the noise generated
due to plant activity and to uptake the waste water generated to some extent, it is
recommended to develop green belt around the periphery of the plant road side area. There
won’t be any relocation of existing trees in the near vicinity of the project site.
The total green belt area identified for the proposed project is as below;
Total green belt area: 198200 sq m
List of trees to be planted as part of green belt development program
Azadirachta indica (Neem), Cordia dichotoma (Gunda), Delonix regia ( Gulmohur), Lawsonia
inermis (Mendi), Mangifera indica ( Am) etc.
12.0 SOCIO ECONOMIC ENVIRONMENT
Baseline data
Baseline information is collected to define the socio-economic profile of the study area.
The data is generated using secondary sources viz census records and primary data
collection through field survey as well as field observations.
Villages located in 10 Km radius of the project site were taken into consideration for the
detailed study of socio economic structure.
The demographic details have been abstracted from Primary Census Abstract 2001 (CD).
The salient features of the study area as follows:
Table 14: Summary of Demographic structure
Total no. of population 25571
Total male population 13302
Total female population 12269
Total no. of house hold 5222
Literate population 15517
Illiterate population 10054
Executive summary for Shubhalakshami Polysester Limited 15

The details regarding fund allocation for next five years for the socio economic upliftment of
the area is as given in the below:
1 st year : 3 lakhs
2 nd year : 3 lakhs
3 rd year : 3 lakhs
4 th year : 3 lakhs
5 th year : 3 lakhs
Total : 15 lakhs
13.0 CLEANER PRODUCTION DETAILS
The following initiatives shall be taken under cleaner production for the proposed project:
Control of Fugitive Emissions at the raw material and fly ash handling side
Out of total 4407m 3 /day water consumption, 742.4m3/day water will be recycle
water.
Complete utilization of fly ash for cement/ brick manufacturing units.
Reuse of the non utilizable vitrified material and wastes for filling of low lying land in
the plant premises for preparation of land for expansion
Usage of intermediate product i.e polyester chips in production of partially oriented
yarn (POY)
Use of solar energy will be made wherever possible. Food preparation will be done in
canteen using solar cookers. Electricity to light canteen, parking zone, office area will
be generated vide solar energy. Solar heater will be installed at company guest
house.
For the proposed project initially 3908 KL/day of water shall be required in cooling
tower but in the later stages the water requirement will decrease due to use of
recycle water. Only make up water will be required. Hence there will be conservation
of water.
The term cycles of concentration (COC) compares the level of solids of the
recirculating cooling tower to the level of solids of the original raw make up water.
The circulating water will have 6 cycles.
Executive summary for Shubhalakshami Polysester Limited 16

Installation of heat recovery system to prevent the heat loss and reuse the same
heat for generating electricity
14.0 ENVIRONMENT MANAGEMENT SYSTEM
A full fledge environment management cell shall be developed at the proposed site with the
entire necessary infrastructure.
15.0 ENVIRONMENT MONITORING PLAN POST EC
The main attributes for which monitoring shall be carried out are as below:
1. Ambient air Quality
2. Stack Emission
3. Wastewater Quality
4. Noise Level
5. Hazardous Waste
Executive summary for Shubhalakshami Polysester Limited 17