of M/s. PHILODEN AGROCHEM PVT. LTD. - Gujarat Pollution ...

EXECUTIVE SUMMARY OF EIA 

(ENGLISH) 

of 

M/s. PHILODEN AGROCHEM PVT. LTD. 

SURVEY NO. 73, BEHIND GEB SUB‐STATION, 

VILLAGE – KARKHADI, TAL. PADRA, 

DIST: VADODARA.

INTRODUCTION 

EXECUTIVE SUMMARY OF EIA 

• M/s. Philoden Agrochem Private Ltd. is manufacturers & marketer of Polymer Solvent, Dyes 

& Solvent soluble dyes for coating applications. Mr. Mahesh Patel is Managing Director of 

Philoden Agrochem Pvt. Ltd. Existing unit of dyes and pigments of M/s. Philoden Agrochem 

P. Ltd. is located at Survey No. 73, Village : Karkhadi, Tal: Padra, Dist: Vadodara, Gujarat 

state. The plant is located near State Highway SH 6 at about 6.72 km South East and railway 

route is about 9 km South East. The plant is about 40 km North East away from Vadodara. 

• Its formation was a result of coming together of experienced technocrats having more than 

35 years of experience in manufacturing & marketing of solvent dyes. 

• The Company commenced operations in year August, 2003 in Vadodara, State of Gujarat 

(India). 

• In short span of time, Philoden has gained sizable market share of Polymer Soluble Dyes & 

Solvent Soluble Dyes in domestic markets. 

• The company has well equipped production facilities which are managed by dedicated, 

qualified & skilled persons. 

• The company has a manufacturing capacity of 300 MT per annum, and processes 

capabilities to manufacture all types of Solvent Dyes. 

Company proposes to expand existing manufacturing activities by adding new products by 

using existing as well as additional manufacturing and infrastructure facilities. Total cost of the 

proposed project is 315 Lacs. 

This facility is engaged in development of new products. A team of highly qualified scientists 

and technicians is engaged in this process. Project Site having the advantage of close proximity 

to Vadodara, the commercial city of India. Due to National Highway No. 8, the city is well 

connected by road and rail to rest of India. Development of Communication systems is good in 

the region due to proximity to Vadodara. A source of water in the region includes Mahi River

and ground water resources. Secured land fill site is operated by M/s. Nandesari Enviro Control 

Ltd. (NECL), Nandesari is about 29 km away from project site. 

PROJECT DETAILS 

LIST OF PRODUCTS ALONG WITH THEIR PRODUCTION CAPACITY (EXISTING & PROPOSED) 

Sr. 

No. 

Existing 

Name of Product Quantity (MT/Month) 

Existing Proposed After Total 

Proposed Expansion 

1. Benzathrone 3.1 ‐‐ 3.1 

2. Pigment‐Red‐ “GB” 3.55 ‐‐ 3.55 

3. Pigment‐Yellow‐ “GB” 8.35 ‐‐ 8.35 

4. Pigment‐Orange‐ “G” 01 ‐‐ 01 

5. Pigment‐Brown RM/Dark 

Brown‐R 

6. Pigment‐Violet BA/Cadbury 

Violet R 

0.5 ‐‐ 0.5 

01 ‐‐ 01 

7. Pigment‐Green BP 01 ‐‐ 01 

8. Pigment‐Black RE 1.5 ‐‐ 1.5 

Proposed 

9. Solvent Dyes 

Solvent Blue 35 



Solvent Green 3 

Solvent Orange 60 


Solvent Red 52 

‐‐ 

40 

40





Solvent Violet 13 


Solvent Yellow 33 




Solvent Black 27 










Solvent Red 19 E 




12. Pigment 

Pigment Blue 60 

Pigment Orange 43 


‐‐ 

‐‐ 

40 

50 

40 

50

Pigment Yellow 155 




Pigment Red 122 





Pigment Violet 19 


13 Optical Brighteners 

Optical BR 184 



Total 20 205 225 

POWER REQUIREMENT 

The total power requirement at M/s. Philoden Agrochem Private Ltd. after proposed will be 

met through 100 KW fulfilled by GEB and D.G. set of 125 KVA will be installed for used in 

emergency only. 

FUEL 

Agro Waste: 0.7 MT/Day (Existing) 

Agro Waste: 2.1 MT/Day additional & Natural Gas: 500 SCM/Hr (Proposed) 

Agro Waste: 2.8 MT/Day (Total) 

‐‐ 

‐‐ 

40 

20 

15 

40 

20 

15

AIR ENVIRONMENT 

There are sources of air pollution at M/s. Philoden Agrochem Pvt. Ltd., flue gas through boiler 

stack, stacks attached to Incinerator. 

DETAILS OF SOURCE OF EMISSION (EXISTING & PROPOSED) 

Sr. 

No. 

Source of 

emission 

1 Boiler‐I 

(Existing) 

2 Boiler‐II 

(Proposed) 

3 Incinerator 

(Proposed) 

Type of 

emission 

PM, SO2, 

NOx 

PM, SO2, 

NOx 

PM, SO2, 

NOx 

Stack 

Height (m) 

11 

Stack 

dia. (m) 

Pollution control 

equipment 

0.4 Cyclone Separator with 

Bag Filter 

30 1.0 Cyclone Separator with 

Bag Filter 

Fuel name 

Agro 

Waste 

Agro 

Waste 

30 1.2 Scrubber NG 

BASELINE ENVIRONMENTAL STATUS 

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 SPM, PM2.5, PM10, SO2, NOx, O3, Pb, CO, 

NH3, C6H6, Benzo (a) Pyrene (BaP) particulate phase only, As, as Ni, HC and VOCs 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 

Ambient Air Quality Monitoring (AAQM) has been carried out at seven locations during summer 

season (March to May, 2011). 

At different AAQM the results were found as ranged for PM2.5 (21‐53.7 µg/m 3 ), for PM10 (62.7‐ 

96.4 µg/m 3 ), for SO2 (11.6‐36.1 µg/m 3 ), for NOx (22.6‐48 µg/m 3 ), for Ozone (4.06‐8.75 µg/m 3 ),

for Lead (ND), for Benzene (2.21‐3.70 µg/m 3 ), for Benzo (a) pyrene (BaP) particulate phase only 

(ND‐0.86 µg/m 3 ), for Nickel (ND‐15.56 µg/m 3 ), for NH3 (ND‐3.6 µg/m 3 ), for VOCs (0.2‐1.3 ppm), 

for HC (0.10 to 0.46 µg/m 3) . CO, As were not detected at any locations. 

WATER ENVIRONMENT 

In existing scenario, the total water requirement at M/s. Philoden Agrochem Private Ltd. is 16 

m 3 /day which is met through ground water supply. After proposed expansion, the total water 

requirement is 176 m 3 /day and additional water requirement shall also meet through ground 

water supply. The baseline water quality status in the region is established by analyzing surface 

water and ground water. 

In existing scenario, waste water generation at M/s. Philoden Agrochem Private Ltd. is 5.7 

m 3 /day which is treated in existing ETP and treated effluent is sent to M/s. EICL, Umaraya for 

further treatment and final disposal. After Proposed Expansion, 5.7 m 3 /day effluent will be 

treated in existing ETP and treated effluent is sent to M/s. EICL, Umaraya for further treatment 

and final disposal. Domestic wastewater is disposed in Septic Tank/Sock Pit. And proposed 

waste water generation will 113 m 3 /day. The effluent will be treated in ETP and treated effluent 

stream will be segregated in to high and low COD stream. The high COD effluent shall be sent to 

incineration within premises. The low COD effluent shall be sent to RO and final treated 

effluent will be reused. 

Note: The unit possess a membership to the M/s. Enviro Infrastructure Control Ltd., Umaraya. 

However as per the current scenario, the state pollution control board does not allow 

additional effluent load to EICL (the overloaded system of ECP), the unit proposes to go for 

zero discharge by installing an RO plant and Incinerator and will operate the system till the 

ECP accepts additional load of effluent. As soon as ECP starts accepting additional load of 

effluent, we shall dispose our effluent to M/s. Enviro Infrastructure Control Ltd., Umaraya.

BASELINE GROUND WATER QUALITY 

pH – 7.52 to 8.10, Turbidity – 0.22 to 3.6 NTU, TDS – 805 to 4553 mg/L, TSS – 6.0 to 66.0 mg/L, 

DO – 6.60 to 7.00 mg/L, COD – 0.66 to 13.66 mg/L, BOD3 ‐ 0.18 to 4.83 mg/L, Total Alkalinity – 

410 to 620 mg/L, Total Hardness – 475.2 to 1890.4mg/L, Calcium Hardness – 185.9 to 557.8 

mg/L, Chlorides – 128.1 to 2089.3 mg/L, Sulphates – 42.4 to 545.5 mg/L, Calcium – 74.5 to 

223.6 mg/L, Magnesium – 57.7 to 338.9 mg/L. 

BASELINE SURFACE WATER QUALITY 

pH – 7.37 to 8.51, Turbidity – 17.0 to 76.0 NTU, TDS – 693.5 to 29200 mg/L, TSS – 26.0 to 564 

mg/L, DO – 5.4 to 6.8 mg/L, COD – 34.5 to 145.4 mg/L, BOD3 – 4.6 to 22.6 mg/L, Total Alkalinity 

– 260 to 410 mg/L, Total Hardness – 289.2 to 6249.7 mg/L, Calcium Hardness – 144.6 to 1115.6 

mg/L, Chlorides – 147.8 to 19118.9 mg/L, Sulphates – 8.18 to 3257.6 mg/L, Calcium – 58.0 to 

447.1 mg/L, Magnesium – 35.1 to 1247.6 mg/L. 

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. Noise level measured on project 

site was found 45.8‐55.1 dB(A)in daytime and 35.8‐40.6 dB(A) in nighttime.

LAND ENVIRONMENT 

Five categories of hazardous wastes are generated at M/s. Philoden Agrochem Private Ltd. in 

existing scenario and seven categories of hazardous wastes will be generated in proposed 

scenario. Mode of disposal followed is as per HW (Management, Handling and Transboundary 

Movement) Third Amendment Rules, 2010 of Environment Protection Act, 1986. 

In existing scenario, hazardous waste generation is ETP sludge, Spent Solvent, Used Oil, 

Discarded Containers and Process Waste. ETP sludge is sent to TSDF of NECL, Nandesari for final 

disposal. Spent Solvent and Process waste is sent to CHWI of NECL for final disposal. Used oil is 

sold to register Reprocessor. Discarded Containers are sold to Sold to GPCB authorized dealer 

after decontamination. 

After proposed expansion, quantity of ETP sludge, Spent Solvent, Used oil and Discarded 

Containers will be increased and will be disposed in same manner as existing. Additional 

hazardous waste generation will be distillation residue, spent carbon. Distillation Residue and 

Spent Carbon will be sent to own incinerator plant. 

Soil quality monitoring has been carried during summer season at seven locations. 

BASELINE STATUS 

pH – 7.87 to 8.31, Moisture – 0.50 to 3.08%, Leachate – 10%, Total Hardness – 410.4 to 1067.0 

mg/kg, Calcium Hardness – 164.2 to 492.5 mg/kg, Chlorides –62.0 to 634.2 mg/kg, Sulphates – 

43.2 to 91.7 mg/kg, Calcium – 35.8 to 197.4 mg/kg, Specific gravity – 1.25 to 1.43 g/cm 3 , 

Porosity – 46.66 to 55.55 %. 

ENVIRONMENTAL HAZARD 

The project proponent has considered all the safety aspects in planning, designing and 

operation of the project as per standard practices. Hence, no adverse impact on this account is 

anticipated.

Due to coming up of industry many changes are expected to occur in the socio – economic 

setup of the surrounding region. The socio‐economic changes may be beneficial or detrimental. 

General trend of socio – economic environment due to the project industry is that it increases 

the population density within the area and in a few of the surrounding villages. This can be 

attributed to more job opportunities, direct and indirect, provided by the industry. 

Considering the pollution control measures taken by the company environment management 

system adopted there is no significant adverse impact on environment. 

CUMULATIVE IMPACT CHART 

Environmental Parameter Total Cumulative Score 

Air Quality 16 

Noise and Odor 13 

Water Quality 11 

Land Requirement 11 

Infrastructure 15 

Service 13 

Environmental Hazards 22 

Housing 2 

Terrestrial Ecology/ Land use 8 

Socio Economic Status 16 

Aquatic Ecology 6 

Resource Depletion 6 

In general, from all the discussion undertaken above and the Environmental Impact Assessment 

study carried out in the winter season regarding the project, it can be concluded that there will 

not have any significant negative impact on environment by M/s. Philoden Agrochem Private 

Ltd. However, the same will be well within the statutory norms.

GREEN BELT DEVELOPMENT 

The main objective of the green belt is to provide a barrier between the plant and surroundings 

areas. M/s. Philoden Agrochem Pvt. Ltd. has developed green belt within factory premises. 

About 7670 sq. meter of the total land area is available Company is proposing 2460 sq. meter 

for green belt.

e.aie.a[. ni[ vh)vT) siri>S 

m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D 

sv. 73, J.e.b). sbAT[Sn n) piCL, 

krKD) gim, ti: pidri, 

(jÃli[: vDi[dri {g&jrit}

e.aie.a[. ni[ vh)vT) siri>S a[hvil 

p\Ativni: 

• m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D pi[l)mr si[lvºT, ki[T)>g mi> upyi[g) Diez 

an[ si[lvºT si[Ãy&bl Diez n>& uRpidn an[ mik[g krt) k>pn) C[. mh[S pT[l 

m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D ni> m[n[J>g Diyr[kTr C[. m[ss< (fli[D[n 

a[g\i[k[m p\iev[T (lm)T[Dn&> hiln&> Diez an[ p)³m[>T y&(nT sv. 73, J.e.b). 

sbAT[Sn n) piCL, krKD) gim, ti: pidri, (jÃli[: vDi[dri {g&jrit} Kit[ aiv[l 

C[. 

• t[n) rcni si[lvºT Diezni uRpidn an[ mik[g mi> 35 vP< krti an&Bv) 

T[kni[k\ifT B[gi mL)n[ kiy< krvin&> p(rNim C[. 

• k>pn) vP< ai[gAT, 2003 mi> vDi[dri Kit[ kimg)r) Sr& kr[l C[. 

• GNi T*>ki smymi>, (fli[D[na[ pi[(lmr si[Ãy&bl Diy an[ si[lvºT si[Ãy&bl Diezni 

AYi(nk bjiri[mi> (vAtZt bjir S[r m[Lv[l C[. 

• k>pn) GN) sir) uRpidn s&(vFi Friv[ C[ k[ j[ D[D)k[T[D, BN[li t[mj k&SL Äy(kti[ 

oiri ÄyvAYi(pt C[. 

• k>pn)n) k&l uRpidn Èimti 300 m[(T^k Tn p\(t vP< C[ an[ bFi> p\kirn) si[lvºT 

Diez bnivvin) xmti> Friv[ C[ 

k>pn) hiln) t[mj s&(ct ai>trmiLKik)y s&(vFiai[ni[ upyi[g kr) nv) p\i[D`kTsni[ 

um[ri[ kr) hyit uRpidn xmtimi> vFiri miT[n)[ drKiAt kr[l C[. s&(ct yi[jnini[ k&l 

Kc< $i. 315 liK C[. 

ai s&(vFi nv) p\i[D`kTni (vkis siY[ s>kLiy[l C[, ai p$k|yi miT[ uµc liykit Frivti 

v]Éii(nki[ an[ T[kn)S)yn ATif kiy-8 nJk hi[viY) ai Sh[r 

Birtni aºy ri[D an[ r[Ãv[ liEnn[ Ô[Dt&> Sh[r C[. ki[Ày&(nk[Sn s)ATm {s>cir p\Nil)} 

ni[ (vkis miT[ vDi[dri Sh[r a[k u_im C[. ai (vAtirmi> piN)ni A#ii[t tr)k[ mh) nd)

t[mj B&gB< jL C[. m[ss< n>d[sr) a[ºviyri[ k>Tî[l (lm)T[D, n>d[sr) (sky&rD< l[ºD (fl 

siETn&> s>ciln krt) k>pn) C[ j[ p\i[j[kT AYLY) aiSr[ 29 (k.m).ni a>tr[ aiv[l C[. 

p\i[j[kTn) (vgti[:- 

uRpidn an[ t[mn) xmti>n) yid) 

k\mi>k uRpidnn&> nim mi#ii {Tn/m(hni[} 

hil 

hil s&(ct s&(ct 

(vAtrN 

bid k&l 

xmti> 

1. b[ºziY\i[n 3.1 ‐‐ 3.1 

2. p)³m[ºT r[D- “Jb)” 3.55 ‐‐ 3.55 

3. p)³m[ºT yli[- “Jb)” 8.35 ‐‐ 8.35 

4. p)³m[ºT ai[r[ºj- “Jb)” 01 ‐‐ 01 

5. p)³m[ºT bi\un aira[m/Dik< 

bi\un air 

6. p)³m[ºT viyi[l[T 

b)a[/k[Dbr) viyi[l[T air 

0.5 ‐‐ 0.5 

01 ‐‐ 01 

7. p)³m[ºT g$n b)p) 01 ‐‐ 01 

8. p)³m[ºT ¾l[k aire 1.5 ‐‐ 1.5 

s&(ct 

9. si[lvºT Diez

si[lvºT ¾l& 35 



si[lvºT g\)n 3 

si[lvºT ai[r[ºj 60 


si[lvºT r[D 52 





si[lvºT viyi[l[T 13 


si[lvºT yli[ 33 



10. si[lvºT Diez 

si[lvºT ¾l[k 27 



‐‐ 

‐‐ 

40 

40 

40 

40








S si[lvºT r[D 19e 




12. p)³m[ºT 

p)³m[ºT ¾l& 60 

p)³m[ºT ai[r[ºj 43 


p)³m[ºT yli[ 155 


p)³m[ºT yli[188 


‐‐ 

‐‐ 

50 

40 

50 

40

p)³m[ºT r[D 122 

p)³m[ºT r[D 168 

p)³m[ºT r[D 170 

p)³m[ºT r[D 176 

p)³m[ºT r[D 202 

p)³m[ºT viyil[T 19 


13. ai[¼T)kl bi\eTns< 

ai[¼T)kl b)air 184 15 15 

ai[¼T)kl b)air 199 


k&l 20 205 225 

(vjL)n) j$(yiti[: 

m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D Kit[ v)jL)n) j$(ryit 100 KW C[ j[ J.E.b) 

Úiri p&r) piDvimi> aivS[ an[ 125 KVA ni k[p[s)T)viLi D)zl jnr[Trn) AYipni> 

krvimi> aivS[ k[ j[ni[ Emrjºs)mi> j upyi[g krvimi> aivS[. 

bL_iNn) j$(ryit: 

hilmi> a[g\i[ v[AT –0.7 Tn/(dvs 

s&(ct a[g\i[ v[AT –2.1 Tn/(dvs an[ n[crl g[s – 500 500 SCM/Hr (s&(ct) 

k&l a[g\i[ v[AT –2.8 Tn/(dvs 

‐‐ 

20 

20

hvin&> pyi p\d&PNni> m&²y A#ii[t bi[elr an[ e(ºsnr[Tr siY[ ji[Diy[l AT[k C[. t[mn) mi(ht) 

n)c[ m&jb aip[l C[. 

ki[Oqk 1 - p\d&PNni> A#ii[tn) mi(ht) 

k\mi>k p\d&PNni> 

A#ii[t 

p\d&PNni[ 

p\kir 

1 bi[elr -1 PM, SO2, 

NOx 

2 bi[elr -2 

{s&(ct} 

3 e(ºsnr[Tr 

{s&(ct} 

PM, SO2, 

NOx 

PM, SO2, 

NOx 

AT[kn) 

u>cie 

{m)Tr} 

11 

AT[kni[ 

Diyim)Tr 

{m)Tr} 

p\d&PN 

(ny>#iN 

siFni[ 

0.4 b[g (f9Tr 

siY[ 

siykli[n 

s[p[r[Tr 

bL_iN 

a[g\i[ v[AT 

30 1.0 b[g (f9Tr 

siY[ 

siykli[n 

s[p[r[Tr 

a[g\i[ v[AT 

30 1.2 Ak\br n[crl g[s 

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 an[ (dSi, u>DiNY) (mV\N Yv&> (Mixing Depths) (vg[r[n) 

kimg)r) pr aiFir riK[ C[. vitivrN)y hvini pyikn miT[ vitivrN)y hvini nm&ni B[gi> kr) PM10, PM2.5, SO 2, NOX, 

O3, Pb, CO, NH3, C6H6, Benzo (a) Pyrene (BaP), As, as Ni, HC an[ VOCs miT[ 

pZ¸YkrN krvimi> aiv[l C[. ki[EpN AYL[Y) bhir n)kLnir 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) 

vitivrN)y hvin) g&Nv_ii ckisN) uniLi ätZ, mic j&di>j&di> 7 {sit} AYLi[ prY) nm&niai[ le pZ¸YkrN krvimi> aiv[l C[. 

j&d) j&d) AYLi[a[ vitivrN)y hvin) g&Nv_ii ckisN), PM10 n) mi#ii 62.7-96.4 

miek|i[g\im/m) 3 an[ PM2.5 n) mi#ii 21-53.7 miek|i[ g\im/m) 3 , NOX n) mi#ii 22.6-48 

miek|i[g\im/m) 3 an[ SO2 n) mi#ii 11.6-36.1 miek|i[g\im/m) 3 , ai[zi[nn) mi#ii 4.06-8.75 

miek|i[g\im/m) 3 , l[Dn) mi#ii ND, b[(ºznn) mi#ii 2.21 – 3.70 miek|i[g\im/m) 3 , b)a[p)n) 

mi#ii a[nD) – 0.86 miek|i[g\im/m) 3 , (nkln) mi#ii a[nD) – 15.56 miek|i[g\im/m) 3 , 

a[mi[(nyin) mi#ii 3.6 miek|i[g\im/m) 3, hieDî[kib pyi m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D n) piN)n) j$r)yit 16 m) 3 /(dvsn) C[ j[ 

B&-Atr)y {g\iuºD vi[Tr} piN) Úiri p&r) piDvimi> aivS[. s&(ct (vAtrN bid vFirini 

k&l piN)n) j$r)yit {176 m) 3 /(dvs } ai j A#ii[t Úiri p&r) piDvimi> aivS[ an[ j[n) 

m>j&r) miT[n) arJ s[ºT^l g\iuºD vi[Tr ai[Yi[r)T), nv) (dÃh) Kit[ kr[l C[. ai 

(vAtirni piN)n) g&Nv_iin&> b[zliEn B&- Atr)y an[ jm)n prni piN)ni pZ¸YkrN 

Yk) AYi(pt krvimi> aiv[l C[. 

hilmi> k>pn)mi> p\d&(Pt piN)n) uRp(t an&k|m[ 5.7 m) 3 /(dvs C[. k>pn) p\d&(Pt piN)n[ 

a[fl&aºT T^)Tm[ºT ¼liºTmi> S&(¹GkrN Yiy C[ an[ vFir[ S&(¹GkrN p\(k|yi an[ (nkil 

miT[ m[ss< eaies)a[l, umriyi mi[klvvimi> aiv[ C[. Grg¸Y&> g>dipiN)ni[ (nkil s[¼T)k 

T[ºk/si[k p)Tmi> krvimi> aiv[ C[. 

s&(ct (vAtrN bid p\d&(Pt piN)n) u_p(t vF)n[ k&l 113 m) 3 /(dvs rh[S[. vFirini 

a[fl&aºTn) S&(¹GkrN p\(k|yi miT[ k>pn) Úiri p\iymr) T^)Tm[ºT s&(vFiviLi nvi E.T).p). 

s&(ct krvimi> aivS[. hie s)ai[D) an[ hie T)D)a[sviLi> a[fl&aºTn[ vF& p\(k|yi an[

(nkil miT[ e(ºsnr[Tr an[ li[ s)ai[D) an[ hie T)D)a[sviLin[ a[fl&aºTn[ vF& p\(k|yi 

an[ (nkil miT[ airai[ y&(nTmi> mi[klvimi> aivS[. r)z[kT[D airai[ piN)n[ e(ºsnr[Tr 

mi> mi[klvimi> aivS[. s&(ct (vAtrN bid Grg¸Y&> p\d&(Pt piN)n) u_p(t vF)n[ k&l 8 

m) 3 /(dvs rh[S[.Grg¸Y&> g>dipiN)ni[ (nkil s[¼T)k T[ºk/si[k p)Tmi> krvimi> aivS[. 

ni>[>F: y&(nT[ m[ss< eaies)a[l, umriyi pis[Y) m[ÀbrS)p m[Lv[l C[. hilmi> rijk)y 

p\d*PN (ny>#iN bi[D vFirini> a[fl&aºTn[ an&m(t miT[ m>j&r) 

nY), s&(ct (vAtrN y&(nT airai[ y&(nT an[ e(ºsnr[Tr oiri z)ri[ D)Acij< miT[ jS[ 

an[ es)p) vFirini> a[fl&aºTn[ l[S[, Ryirbid am[ amir) a[fl&aºT T^)Tm[ºT 

s)ATmn[ kiy. an[ amiri a[fl&aºTni[ (nkil eaies)a[l, umriyi oiri 

kr)S&>. 

b[zliEn a[ºviyrm[ºTl AT[T`s 

B&-Atr)y piN)n) m&LB&t g&Nv_ii: 

B&-Atr)y piN)ni nm&niai[n) pH 7.52 – 8.10 n) myi mil&m pD[ C[. Tb)D)T)< 0.22 

Y) 3.6 NTU, Ti[Tl (Dzi[ÃD si[l)D an[ Ti[Tl sAp[ºD[D si[l)D an&k|m[ 805-4553 

m).l).g\im/(lTr an[ 6-66 m).l).g\im/(lTrn) myi mil&m pD[l C[. COD n) dr[k 

AYLi[ prn) mi#ii an&k|m[ 0.66-13.66 m).l).g\im/(lTrn) myi mil&m pD[l C[. BOD3 

n) mi#ii 0.18 Y) 4.83 m).l)g\im/ (lTrn) myi mil&m pD[l C[. Ti[Tl si[l)D an[ DO 

n) mi#ii an&k|m[ dr[k AYLi[ pr 811-4619 m).l).g\im/(lTr an[ 6.6-7.0 

m).l).g\im/(lTrn) myi mil&m pD[l C[. m[³n[(Symn) mi#ii 57.7-338.9 

m).l).g\im/(lTrn) myi mil&m pD[l C[. Ti[Tl hiD

jm)n prni> piN) {srf[S vi[Tr}n) m&LB&t g&Nvti: 

jm)n Atr prni piN)ni nm&niai[n) pH 7.37 – 8.51n) myi mil&m pD[ C[. Ti[Tl 

(Dzi[ÃD si[l)D an[ Ti[Tl sAp[ºD[D si[l)D an&k|m[ 693.5-29200 m).l).g\im/(lTr an[ 

26-564 m).l).g\im/(lTrn) myi mil&m pD[l C[. COD n) dr[k AYLi[ prn) mi#ii 

an&k|m[ 34.5-145.4 m).l).g\im/(lTrn) myi mil&m pD[l C[. BOD3 n) mi#ii 4.6 Y) 

22.6 m).l)g\im/ (lTrn) myi mil&m pD[l C[. Tb) aiv[ C[. 

Kis p\kirn) kiy Atr mipv&>. 

vihn Äyvhir Yk) uÑBvti avijni Atrn) mipN) krv). 

vsihti[ Yk) avijni Atrn) mipN).

[zliEn avijn&> Atr: 

avijn&> Atr a¿yis (vAtirni j&di> j&di> AYLi[ prY) ckisN) krvimi> aiv[l C[. 

p\i[j[kT siET pr avijni> Atrn) mi#ii 45.8 Y) 55.1 dB(A) (dvs dr(myin an[ 35.8 

Y) 40.6 dB(A) ri(#i dr(myin Ô[vi mL[l C[. 

jm)nn&> pyi m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[Dmi>Y) pi>c {5} p\kirni h[ziDni[ E.T).p). Alj, ¼liºT 

m[ºT[nºsmi>n&> y&z`D ai[El, p\i[s[smi>ni[ Ap[ºT si[lvºT, p\i[s[smi>ni[ p\i[s[s v[AT, D)AT)l[Sn 

r[s)Dy&> an[ (DAkiD[ºT[Enr/ D^Às/ b[³s` vg[r[ C[. s&(ct (vAtrN bid hziD, Ap[ºT kibd[sr) a[ºviyrm[ºT k>Tî[l 

(lm)T[D.{NECL}, vDi[dri Úiri s>ci(lt ki[mn TSDF siETmi> hiEDî[(lk DÀpr/ T[kT^r 

Úiri mi[klvimi> aiv[ C[. Ap[ºT kib aivS[. Ap[ºT si[lvºT Jp)s)b) v[ºDrn[ v[cvimi> aivS[. y&z`D 

ai[El rJATD< r)fiEns aiv[ C[. (DAkiD[ºT[Enr/D^Às/ b[³s` J.p).s).b). 

ai[Yi[Tim)n[Sn bid v[cvimi> aiv[ C[. 

jm)nn) g&Nv_ii ÔNvi miT[ uniLi ätZ dr(myin 7 {sit} AYL prY) miT)ni nm&ni 

le pZ¸YkrN krvimi> aiÄy&> C[. 

b[zlien AT^[Ts: 

pHn) mi#ii 7.87-8.31n) (v(vFtimi> Ô[vi mL[l C[. k[(ÃSymn) mi#ii 35.8-197.4 mg/kg 

n) myi Ô[vi mL[l C[. kli[riEDs`n) mi#ii 62 Y) 634.2 mg/kg n) myi Ô[vi 

mL[l C[. [ Ti[Tl hiD

mi[EÆcrn) mi#ii 0.5% -3.08% n) myi Ô[vi mL[l C[. pi[ri[s)T) n) mi#ii 46.66% 

- 55.55 % myi Ô[vi mL[l C[. 

pyi u(ct 

kiy l[vimi> aivS[ k[ j[Y) ai gNtr)mi> ki[EpN p$tk&L asr lxmi> 

l[vin) rh) n Ôy. 

ai uFi[gni aivviY) aispisni x[#imi> simi(jk ai(Y an[ aispisni gimDin) vAt)n&> p\miN vF[ j[n&> kirN 

uFi[gi[ Úiri aipvimi> aivt) s)F) an[ aiDktr) ni[kr) t[mj ri[jgirn) tki[ hi[y Sk[. 

s>AYini py#i Úiri l[vimi> aiv[l p\d&PN (nvirN pgli> dSitrmiLKi>k)y ÄyvAYi 15 

s[vi 13 

pyi Jvn/jm)n vpriS 8 

simi(jk- ai(Y

d(ryie Jv 6 

A#i[itni[ avxy 6 

bF) j cci< (vcirNi an[ s&(ct yi[jni miT[ uniLi ät& dr(myin a¿yis kr) t]yir 

krvimi> aiv[l a[ºviyri[m[ºT eÀp[kT a[s[sm[ºT a¿yis prY) si(bt Yiy C[ k m[ss< 

(fli[D[n a[g\i[k[m p\iev[T (lm)T[D Úiri pyiFpi#i miq) asr Yvini[ 

s>Bv nY). t[m Cti> pN ki[e ud`gmn) siYi[siY kiydi(ky (nymi[n&> piln krS[. 

g$nb[ÃTni[ (vkis: 

m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D Úiri f[kTr)ni hdn) a>dr g\)n b[ÃT (vAtirni[ 

(vkis kr[l C[. k>pn) hilmi> aiSr[ 7670 Akv[r m)Trni[ k&l jm)n (vAtir Friv[ C[; 

ai (vAtirmi>Y) aiSr[ 2460 Akv[r m)Tr {32.07%} (vAtirmi> g\)n b[Ãtni[ (vkis 

krvimi> aivS[.

EXECUTIVE SUMMARY OF PROJECT 

(ENGLISH) 

of 

M/s. PHILODEN AGROCHEM PVT. LTD. 

SURVEY NO. 73, BEHIND GEB SUB‐STATION, 

VILLAGE – KARKHADI, TAL. PADRA, 

DIST: VADODARA.

EXECUTIVE SUMMARY OF PROJECT 

_________________________________________________________________________________ 

INTRODUCTION 

• M/s. Philoden Agrochem Private Ltd. group is manufacturers & marketer of Polymer Solvent, 

Dyes & Solvent soluble dyes for coating applications. Mr. Mahesh Patel is Managing Director of 

Philoden Agrochem Private Ltd. Existing unit of dyestuffs and dye intermediates of M/s. 

Philoden Agrochem Private Ltd. is located at Survey No. 73, Village – Karkhadi, Tal. Padra, Dist. 

Vadodara, Gujarat state. 

• Its formation was a result of coming together of experienced technocrats having more than 35 

years of experience in manufacturing & marketing of solvent dyes. 

• The Company commenced operations in year August 2003 in Vadodara, State of Gujarat ( 

India ). 

• In short span of time, Philoden has gained sizable market share of Polymer Soluble Dyes & 

Solvent Soluble Dyes in domestic markets. 

• The company has well equipped production facilities which are managed by dedicated, 

qualified & skilled persons. 

• The company has a manufacturing capacity of 300 MT per annum, and processes capabilities to 

manufacture all types of Solvent Dyes. 

Company proposes to expand existing manufacturing activities by adding new products by using 

existing as well as additional manufacturing and infrastructure facilities. 

This facility is engaged in development of new products. A team of highly qualified scientists and 

technicians is engaged in this process. Project Site having the advantage of close proximity to 

Vadodara, the commercial city of India. Due to National Highway No. 8, the city is well connected 

by road and rail to rest of India. Development of Communication systems are good in the region 

due to proximity to Vadodara. A source of water in the region includes Mahi River and ground 

water resources.

PROJECT SETTING 

M/s. Philoden Agrochem Pvt. Ltd. is located at Karkhadi, Tal. Padra, Dist: Vadodara is located at 22º 

12’ 20.61” North latitude and 72º 55’ 03.43” East longitude. Total area covered by Padra Taluka is 

about 693.62 Sq. Km. 

Important places around Project Site are: 

Padra city ‐To the East 

Vadodara City ‐ To the North‐East 

Secured land fill site is operated by M/s. Nandesari Enviro Control Ltd. (NECL), Nandesari is about 

29 km away from project site. 

PROJECT DETAILS 

LIST OF PRODUCTS ALONG WITH THEIR PRODUCTION CAPACITY (EXISTING & PROPOSED) 

Sr. 

No. 

Existing 

Name of Product Quantity (MT/Month) 

Existing Proposed After Total 

Proposed Expansion 

1. Benzathrone 3.1 ‐‐ 3.1 

2. Pigment‐Red‐ “GB” 3.55 ‐‐ 3.55 

3. Pigment‐Yellow‐ “GB” 8.35 ‐‐ 8.35 

4. Pigment‐Orange‐ “G” 01 ‐‐ 01 

5. Pigment‐Brown RM/Dark 

Brown‐R 

6. Pigment‐Violet BA/Cadbury 

Violet R 

0.5 ‐‐ 0.5 

01 ‐‐ 01 

7. Pigment‐Green BP 01 ‐‐ 01 

8. Pigment‐Black RE 1.5 ‐‐ 1.5 

Proposed



















Solvent Black 27 










Solvent Red 19 E 

‐‐ 

‐‐ 

‐‐ 

40 

40 

50 

40 

40 

50




12. Pigment 

Pigment Blue 60 












Pigment Violet 19 


13 Optical Brighteners 




Total 20 205 225 

‐‐ 

‐‐ 

40 

20 

15 

40 

20 

15

PROJECT COST 

Total cost of the proposed project is Rs.315 Lacs. 

Break‐up of total cost of the project 

Sr. 

Particulars Capacity Nos. Cost of each 

No. 

I) Equipment 

(Rs. In Lakhs) 

Total Cost 

(Rs. In Lakhs) 

1 SS Reactor 10 KL 3 20 60 

2 Glass Lined Reactor 10 KL 1 20 20 

3 MSRL Reactor 10 KL 1 5 5 


5 PP Filter Press 2400 X 2400 2 10 20 

6 MS Centrifuge 48” 1 7 7 

7 M.S. Filter Box 5 KL 2 1.5 3 

8 Pulverisers 100 Kg/hr 2 1 2 

9 SS Blender 3 KL 1 2 2 

10 KBC Filter 0.2 KL 1 1 1 

11 Tray Driers 100 Trays 4 12.5 50 

12 Methanol Tank 10 KL 1 2 2 

13 Solvent Storage Tank 5 KL 2 1 2 

II) Building 15 

III) ETP 25 

IV) RO Unit 10 

V) Incinerator Unit 50 

VI) Electricals 10 

VII) Contingencies 23 

Total (RS. in Lakhs) 315

p\i[j[kTni[ vh)vT) siri>S ah[vil 

m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D 

sv. 73, J.e.b). sbAT[Sn n) piCL, 

krKD) gim, ti: pidri, 

(jÃli[: vDi[dri {g&jrit}

p\i[j[±Tni[ kiri[bir) T>&ksir 

p\Ativni: 

m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[D pi[l)mr si[lvºT, ki[T)>g mi> upyi[g) Diez an[ 

si[lvºT si[Ãy&bl Diez n>& uRpidn an[ mik[g krt) k>pn) C[. mh[S pT[l m[ss< 

(fli[D[n a[g\i[k[m p\iev[T (lm)T[D ni> m[n[J>g Diyr[kTr C[. m[ss< (fli[D[n a[g\i[k[m p\iev[T 

(lm)T[Dn&> hiln&> DiyATf an[ Diy eºTr(mD)y[T y&(nT sv. 73, J.e.b). sbAT[Sn 

n) piCL, krKD) gim, ti: pidri, (jÃli[: vDi[dri {g&jrit} Kit[ aiv[l C[. 

• t[n) rcni si[lvºT Diezni uRpidn an[ mik[g mi> 35 vP< krti an&Bv) 

T[kni[k\ifT B[gi mL)n[ kiy< krvin&> p(rNim C[. 

• k>pn) vP< ai[gAT, 2003 mi> vDi[dri Kit[ kimg)r) Sr& kr[l C[. 

• GNi T*>ki smymi>, (fli[D[na[ pi[(lmr si[Ãy&bl Diy an[ si[lvºT si[Ãy&bl 

Diezni AYi(nk bjiri[mi> (vAtZt bjir S[r m[Lv[l C[. 

• k>pn) GN) sir) uRpidn s&(vFi Friv[ C[ k[ j[ D[D)k[T[D, BN[li t[mj k&SL 

Äy(kti[ oiri ÄyvAYi(pt C[. 

• k>pn)n) k&l uRpidn Èimti 300 m[(T^k Tn p\(t vP< C[ an[ bFi> p\kirn) si[lvºT 

Diez bnivvin) xmti> Friv[ C[ 

k>pn) hiln) t[mj s&(ct ai>trmiLKik)y s&(vFiai[ni[ upyi[g kr) nv) p\i[D`kTsni[ 

um[ri[ kr) hyit uRpidn xmtimi> vFiri miT[n)[ drKiAt kr[l C[. s&(ct yi[jnini[ k&l 

Kc< $i. 255 liK C[. 

ai s&(vFi nv) p\i[D`kTni (vkis siY[ s>kLiy[l C[, ai p\(k|yi miT[ uµc liykit Frivti 

v]Éii(nki[ an[ T[kn)S)yn ATif kiy-8 nJk hi[viY) ai Sh[r 

Birtni aºy ri[D an[ r[Ãv[ liEnn[ Ô[Dt&> Sh[r C[. ki[Ày&(nk[Sn s)ATm {s>cir p\Nil)} 

ni[ (vkis miT[ vDi[dri Sh[r a[k u_im C[. ai (vAtirmi> piN)ni A#ii[t tr)k[ mh) nd)

t[mj B&gB< jL C[. m[ss< n>d[sr) a[ºviyri[ k>Tî[l (lm)T[D, n>d[sr) (sky&rD< l[ºD (fl 

siETn&> s>ciln krt) k>pn) C[ j[ p\i[j[kT AYLY) aiSr[ 29 (k.m).ni a>tr[ aiv[l C[. 

p\i[j[kTn) p\iVB*(mki: 

m[ss< (fli[D[n a[g\i[k[m p\iev[T (lm)T[Dn&>> AYL gim: krKD), til&ki[: pidri, J9li[: 

vDi[dri an[ r[Ki>S 22 0 12’ 20.61” u_ir axi>S an[ 72 0 55’ 03.43” p&v< r[Ki>Smi> 

aiv[l C[. pidri til&kini[ k&l (vAtir 693.62 Ak[vr (k.m). G[riy[l C[. 

¼liºT gimY) nJkni> m&²y AYLi[ : 

pidri : p&v< (dSi trf 

vDi[dri Sh[r : u_ir (dSi trf 

m[ss< n>d[sr) a[ºviyri[ k>Tî[l (lm)T[D, n>d[sr) (sky&rD< l[ºD (fl siETn&> s>ciln krt) 

k>pn) C[ j[ p\i[j[kT AYLY) aiSr[ 29 (k.m).ni a>tr[ aiv[l C[. 

p\i[j[kTn) (vgti[:- 

k\mi>k uRpidnn&> nim mi#ii {Tn/m(hni[} 

hil 

hil s&(ct s&(ct 

(vAtrN 

bid k&l 

xmti> 

1. b[ºziY\i[n 3.1 ‐‐ 3.1 

2. p)³m[ºT r[D- “Jb)” 3.55 ‐‐ 3.55 

3. p)³m[ºT yli[- “Jb)” 8.35 ‐‐ 8.35

4. p)³m[ºT ai[r[ºj- “Jb)” 01 ‐‐ 01 

5. p)³m[ºT bi\un aira[m/Dik< 

bi\un air 

6. p)³m[ºT viyi[l[T 

b)a[/k[Dbr) viyi[l[T air 

0.5 ‐‐ 0.5 

01 ‐‐ 01 

7. p)³m[ºT g\)n b)p) 01 ‐‐ 01 

8. p)³m[ºT ¾l[k aire 1.5 ‐‐ 1.5 

s&(ct 














‐‐ 

40 

40






si[lvºT ¾l[k 27 










S si[lvºT r[D 19e 




12. p)³m[ºT 

‐‐ 

‐‐ 

40 

50 

40 

50

p)³m[ºT ¾l& 60 





p)³m[ºT yli[188 


p)³m[ºT r[D 122 

p)³m[ºT r[D 168 

p)³m[ºT r[D 170 

p)³m[ºT r[D 176 

p)³m[ºT r[D 202 

p)³m[ºT viyil[T 19 


13. ai[¼T)kl bi\eTns< 

ai[¼T)kl b)air 184 15 15 



k&l 20 205 225 

‐‐ 

‐‐ 

40 

20 

40 

20

p\i[j[kT (k>mt: 

s&(ct p\i[j[kTn) k&l (k>mt $.315 liK C[. 

k\mi>k. (vgt xmti> s>²yi dr[kn) (k>mt 

{$.liKmi>} 

k&l (k>mt 

{$.liKmi>} 

1. siFni[ 

1 SS Reactor 10 KL 3 20 60 

2 Glass Lined Reactor 10 KL 1 20 20 



5 PP Filter Press 2400 X 2400 2 10 20 

6 MS CENTRIFUGE 48” 1 7 7 

7 M.S. FILTER BOX 5 KL 2 1.5 3 

8 PULVERISERS 100 KG/HR 2 1 2 

9 SS BLENDER 3 KL 1 2 2 

10 KBC FILTER 0.2 KL 1 1 1 

11 TRAY DRIERS 100 TRAYS 4 12.5 50 

12 METHANOL TANK 10 KL 1 2 2 

13 SOLVENT STORAGE TANK 5 KL 2 1 2 

2. Building 15 

3. ETP 25 

4. RO Unit 10 

5. Incinerator Unit 50 

6. Electricals 10 

7. Contingencies 23 

k&l (k>mt {$.liKmi>} 315

of M/s. PHILODEN AGROCHEM PVT. LTD. - Gujarat Pollution ...

Create successful ePaper yourself

Delete template?

Save as template?