Fytocare Chemicals (P) Ltd. - Tamil Nadu Pollution Control ... · Executive Summary of EIA Report 1 EXECUTIVE SUMMARY 1.0 PROJECT ... 45000 sq. ft. to companies like Godrej ... during

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To be set-up at: S.F. No. 400, Village: Seerapalayam,

Taluk: Coimbatore South, Dist.: Coimbatore – 641 105,

Tamilnadu.

Executive Summary of EIA Report

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EXECUTIVE SUMMARY

1.0 PROJECT DESCRIPTION

1.1 INTRODUCTION

M/s. Fytocare Chemicals Private Limited along with its sister company Thio Chemi Pvt.

Ltd., small scale industries under the State of Tamilnadu registration, is involved in the

formulation and supply of household and Public Health insecticide in their 12 acre site

with factory and office space of about 45000 sq. ft. to companies like Godrej Consumer

Products Limited, Midas Hygiene Products, BASF India Limited and Bayer India

Limited.

Both companies manufacture household insecticide products with their own product

development, registration and supply to marketing companies in their Brands.

Household insecticide formulations include different insecticide chalks, bromadiolone

rodenticide formulations and insecticide aerosols.

Environment Impact Assessment (EIA) report is based on study carried out in summer

season of the year 2013. The environmental parameters (ambient air, water, land, noise,

flora, fauna and socio‐economic environment) selected for study are those, which are

likely to be most affected by the project. The study area is defined as area within 5 km

radius from centre of the site.

1.2 PLANT LOCATION

M/s. Fytocare Chemicals (P) Ltd. proposes to set‐up Pesticide Technical Product

manufacturing unit within the existing formulation premises located at S.F. No. 400,

Village: Seerapalayam, Taluk: Coimbatore South, Dist.: Coimbatore – 641 105,

Tamilnadu.

The total estimated cost of the proposed BDL project is Rs. 75 Lacs. The fund allocated

for pollution control will be approximately Rs. 5 Lacs.


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1.3 PROPOSED PRODUCT DETAILS

Sr.

No. Name of Product

No. of container

& size

Production Capacity

Kg/Month Kg/Annum

1 Bromadiolone (BDL)

Technical

2 nos. each of approx.

20 Kg each/month

42 500

It may be noted that the manufacturing of Pesticides Technical Products fall under

Clause No. 5 (b) of Category “A” as stated in the Environmental Impact Assessment

notification dated 14‐09‐2006 and therefore Environmental Clearance for this product is

required to be obtained.

It was due to this fact that an application was made to Ministry of Environment and

Forests, New Delhi for obtaining the related Environmental Clearance. As a part of this

procedure Public Hearing is required to be carried out as per the TOR granted to the

unit by the Expert Appraisal Committee, MoEF.

1.4 RAW MATERIALS DETAILS

Sr.

No. Name of Raw Material

Quantity

Kg/Batch Kg/Month*

1 1 : 4 Dioxane 152 304

2 Chalcone 20 40

3 Hydroxy Coumarin 10 20

4 Piperidine 2 4

5 Acetone 200 400

6 BDL KETONE 20 40

7 Sodium Borohydride 4 8

8 PEG400 (Polyethylene Glycol) 4 8

9 IPA (Isopropyl alcohol) 200 400

10 Benzene 200 400

Note: * 2 nos. of batch will be manufactured per month.


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1.5 MANUFACTURING PROCESS DETAILS

STEP – 1: CHALCONE to BDL KETONE

Description of Manufacturing Process

Chalcone was dissolved in 1:4 Dioxane and Piperidine was added and 4‐Hydroxy

Coumarin was added and maintained at 90‐100°C for 12 hrs. HPLC is checked and if

Chalcone was less than 1%, 1:4 Dioxane was recovered. The product is filtered hot in

Filter Nutsch and washed with water to remove 4‐Hydroxy Coumarin. The product

was repulped in acetone and cooled to 15°C and filtered on Filter Nutsch and dried

at 50°C under vacuum.

Chemical Reaction

STEP – 2: BDL KETONE to BDL FINAL

Description of Manufacturing Process

IPA & 1:4 Dioxane were taken in a 10L 4 neck flask and PEG400 was added and BDL

Ketone was added in small quantities. The temp was adjusted to 15°C and Sodium

borohydride was added in small lots below 15°C. The temp was allowed to rise to 25

to 30°C and maintained for 6 hrs. Check an aliquot in HPLC and if the BDL Ketone is

less than 0.5% HCL is added and water is added at 15°C and maintained for 2 hrs.

The product is filtered on Filter Nutsch. Wash the product with water to remove

chloride. The product was repulped in Benzene and the product was filtered. The

product is repulped in Hexane to get the pure product which is to be handled with

care using rubber gloves.

Chemical Reaction


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1.6 POWER AND FUEL Details of Electricity

Sr. No. Description Quantity required

1 Tamilnadu Electricity Board (TNEB) 85 KVA

2 D. G. Set – 1* 82.5 KVA

3 D. G. Set – 2* 30 KVA

* In case of power failure only

Details of Fuel

Sr.

No. Description Type of Fuel Quantity of Fuel

1 Steam Boiler Agro Waste/ Coconut Wood 500 Kg/day**

2 D. G. Set – 1 Diesel 10 L/day

3 D. G. Set – 2 Diesel 4 L/day

** This is the total requirement for our existing formulation plant as well as the proposed

BDL plant. Please note that for BDL we will require a negligible quantity of steam out of

the above and that to only for 4‐5 days in a month.

1.7 RAW WATER

The unit proposes to consume 18.99 m3/day of raw water for its process and non‐process

uses. The entire raw water requirement for the unit will be obtained through borewell

located within the premises.

1.8 LAND Fytocare has total land area of 14,000 m2. The total shed area allocated for the proposed

BDL project will be 162 m2 out of our total land area of 14,000 m2. It would not be out of

place to mention that currently Fytocare manufactures formulation in the above referred

total land area of 14,000 m2. Out of the above stated 14,000 m2 of land area

approximately 8,500 m2 (approx. 60% of land area) is green belt area.

1.9 MANPOWER The proposed project will have about 12 employees for its normal working.


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1.10 ORGANIZATION STRUCTURE The General Manager is responsible for the factory operations. There are several

executives for various sections such as Operation, Human Resource, Purchase,

Accounts, Environmental & Safety, Maintenances and Quality Control etc.

2.0 DESCRIPTION OF THE ENVIRONMENT

2.1 CLIMATE

Generally sub‐tropical climatic condition prevails throughout the district and there is no

sharp variation in climate. The mean daily temperature during summer (May) varies

from 33°C to 40°C and the mean daily temperature during winter varies from 15°C to

36°C. The rainfall is mostly due to the NE & SW monsoon season. The average annual

rainfall is 647.2 mm per year from four distinct seasonsʹ viz., winter, hot weather period,

south‐west monsoon and north‐east monsoon.

2.2 ECOLOGY

There is no indication of presence of any endangered and vulnerable species of flora in

this area. About 76 species of fauna components recorded/reported from study area

which are mainly belong to mammals, birds, reptiles, amphibians and butterflies. Out of

observed faunal components 6 species belongs to Schedule‐II, 7 species belongs to

Schedule‐III and rest of species belongs to Schedule ‐ IV and V as per Wildlife Protection

Act, 1972.

2.3 HYDROLOGICAL CONDITIONS 2.3.1. SURFACE WATER

The run‐off during monsoon period contributes to the surface water. These villages get

water due to rain in rainy seasons.

2.3.2. GROUND WATER

The ground water in the area is found to occur under semi‐confined conditions in

shallow aquifers as well as confined in deep aquifers. In the study area, ground water

structures are deep bore wells tapping confined aquifers to extract water for general use.


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2.4 WATER QUALITY

Water samples were collected from eight different locations and monitored for various

parameters. The physico‐chemical characteristic data indicates that in general the

ground water in the region does not meet the drinking Water Quality Standards (IS:

10500:2012) with respect to Total Dissolved Solids, Total Hardness, Alkalinity, Nitrate,

Calcium Hardness and Magnesium Hardness. This could be due to the geological

condition of the said region.

2.5 AMBIENT AIR QUALITY

The base‐line Ambient Air Quality (AAQ) status within 5 Km study area has been

assessed through a monitoring network of 7 AAQ sampling stations during summer

season. Design of network for Ambient Air Quality monitoring locations were decided

on meteorology & available infrastructure facilities. The base‐line Ambient Air Quality

of the study area was monitored for Particulate Matter (PM2.5 & PM10), Sulphur Dioxide

(SO2), Nitrogen Dioxide (NO2), Br2, Hydrocarbon (HC) and Volatile Organic

Compounds (VOC). The results for the same are given as below:

Location 98th Percentile (g/m3)

PM2.5 PM10 SO2 NO2 Br2 HC VOCs

Project Site 19.3 49.7 9.7 14.0 BDL <0.1 BDL

Village: Malumichampatti 27.3 57.1 11.9 15.0 BDL <0.1 BDL

Village: Seerapalayam 12.2 35.5 7.0 9.3 BDL <0.1 BDL

Village: Arasipalayam 11.5 35.0 8.9 10.0 BDL <0.1 BDL

Village: Palathurai 10.3 40.4 7.5 9.7 BDL <0.1 BDL

Village: Okkilipalayam 15.2 49.1 7.4 9.1 BDL <0.1 BDL

Village: Bodipalayam 11.0 37.0 7.8 8.5 BDL <0.1 BDL

Permissible Limit

[NAAQ Standards ‐ 2009]

60 100 80 80 ‐‐ ‐‐ 5

B.D.L.:‐ Below Detectable Limit


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2.6 NOISE QUALITY

Noise level was recorded at seven locations within the study area to provide the baseline

data to describe the existing situations.

Sr.

No. Location

Noise Level, dB(A)

Lday Lnight Permissible Limit

Lday Lnight

1 Project Site 63.9 49.1 55 45

2 Village: Malumichampatti 47.5 42.4 55 45

3 Village: Seerapalayam 48.6 41.7 55 45

4 Village: Arasipalayam 52.7 42.2 55 45

5 Village: Palathurai 50.9 40.6 55 45

6 Village: Okkilipalayam 49.7 41.8 55 45

7 Village: Bodipalayam 47.5 42.4 55 45

2.7 LAND USE PATTERN

A hybrid technique has been used i.e. visual interpretation and digital image processing

to generate output Land use / Land cover map of 10 km study area.


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3.0 ANTICIPATED ENVIRONMENTAL IMPACTS AND MITIGATION MEASURES

3.1 AIR EMISSIONS AND CONTROL MEASURES

Sr.

No.

Description Stack

height

(m)

Stack

dia.

(m)

Pollutant Expected

Pollution

Permissible

Limit

Air

Pollution

Control

Measures

1. Steam Boiler 6 0.75

SPM 60 mg/Nm3 150 mg/Nm3

Dust

Collector SO2 10 ppm 100 ppm

NOx 20 ppm 50 ppm

2. D. G. Set ‐ 1 6 0.15

SPM 40 mg/Nm3 150 mg/Nm3 Adequate

stack height

is provided

SO2 40 ppm 100 ppm

NOx 20 ppm 50 ppm

3. D. G. Set ‐ 2 6 0.10

SPM 40 mg/Nm3 150 mg/Nm3 Adequate

stack height

is provided

SO2 40 ppm 100 ppm

NOx 20 ppm 50 ppm

3.2 WASTEWATER GENERATION AND METHOD OF TREATMENT

Category Quantity

(m3/day) Method of Treatment

Domestic 0.4

Will be collected in the septic tank from where it will be pumped

into the existing STP and treated water will be used for irrigation of

the green belt area.

Industrial 0.98

Will be stored and then distilled to obtain and re‐use the low boiling

solvents. This would be done at a lower temp. Further distillation

will be carried out at a higher temp. to evaporate the water content

of the stated effluent. This distilled water will be passed through an

Activated Carbon column and the resultant water will be used for

Chalk making in the existing Chalk production process (for which

daily water requirement is 1.5 KL).


9

3.3 SOLID WASTE GENERATION AND MODE OF DISPOSAL

There will be no solid waste generated from this unit.

3.4 HAZARDOUS WASTE GENERATION AND MODE OF DISPOSAL

Sr.

No. Name of Waste

Quantity

Per Month Mode of Disposal

1 Used Oil 2 Kg Will be reused for lubrication of some small

parts of machinery and for rust proofing and

leftover quantity will be sold to MoEF/ CPCB

registered recyclers only.

2 Process Waste/

Distillation Residue

5 Kg Will be stored in HDPE bags and sent for co‐

processing to the nearby ACC Cement factory.

3 Sludge from Sewage

Treatment Plant

20 Kg Will be stored in HDPE bags and used as a

low grade soil conditioner within premises.

4.0 ENVIRONMENTAL MONITORING PROGRAMME

4.1 ENVIRONMENTAL MONITORING

The environment, safety and health monitoring programme in the factory are as follows:

Particulars Parameter Frequency

Stack Emissions SPM, SO2, NOx Monthly

Ambient Air Quality PM2.5, PM10, SO2, NO2, Br2, HC, VOC Monthly

Wastewater Quality

pH, Color, SS, BOD, COD, TDS, Heavy

Metals, Phenolic Comp., Pesticides, Nitrate,

Sulphur, Phosphate

Monthly

Noise Monitoring Noise Levels Monthly

Safety & Occupational Health ‐‐ Yearly


10

4.2 BUDGETARY ALLOCATION FOR ENVIRONMENTAL MANAGEMENT

Sr.

No. Description Capital Cost Recurring Cost

1 Air Pollution Control 50,000 5,000

2 Water Pollution Control 2,75,000 3,50,000

3 Noise Pollution Control ‐‐ ‐‐

4 Hazardous Waste Pollution Control 25,000 2,500

5 Green Belt 50,000 25,000

6 Rainwater Harvesting 1,00,000

(for check dam)

5,000

(for maintenance)

Total 5,00,000 3,87,500

5.0 ADDITIONAL STUDIES

5.1 SOCIO-ECONOMIC CONDITIONS

Socio‐economic data is collected from District Census Handbook to assess Socio‐

economic status of the study area.

6.0 PROJECT BENEFITS

6.1 SOCIO-ECONOMIC BENEFIT

The proposed project will generate permanent employment and secondary jobs for

about 12 persons. This will increase the direct/indirect employment opportunities to

some extent. Local people will be given preference wherever found suitable for all the

jobs in the plant, direct as well as indirect. Economic status of the local people will

improve due to the increased business opportunities, thereby, making a positive impact.

7.0 ENVIRONMENTAL MANAGEMENT PLAN

7.1 DESCRIPTION OF EMP

An Environmental Management Plan has been prepared for mitigation of the adverse

impacts.


11

The Environmental Management Plan describes in brief, the management’s plan for

proper and adequate implementation of treatment and control system for pollutants and

for maintaining the environment. It also includes development of green belt, proper

safety of workers, environmental monitoring plan, rain water harvesting, fire protection

system and measures etc.

7.2 GREEN BELT DEVELOPMENT

A greenbelt is/will be developed in and around the proposed project site to minimize the

air pollution, noise pollution, balancing eco‐environment, soil erosion / protection etc.

The unit has developed greenbelt area in 8,500 m2 (approx. 60% of land area) within the

industrial premises and also plan to develop green belt in near‐by public areas also.

8.0 CONCLUSION

The study brings out the following points.

Negligible impacts will occur on air quality. However, all the necessary air pollution

control measures will be provided.

No ecological damage will occur.

No adverse impacts will occur on water environment.

Local employment opportunities will increase.

Various other environmental parameters like Forest / National Park / Sanctuary and

Religious / Historical Places will not be affected.

Environmental Management Plan has been formulated to control all the pollutant

parameters and Environmental Management Cell has been set‐up to ensure that

these parameters do not exceed the norms set out by the concerned authorities.

After commissioning of the proposed project the Environmental Management Cell

will take care of all the pollution control measures.

Thus, it can be concluded on a positive note that after the implementation of the

mitigation measures and Environment Management Plan the normal operation of

proposed project will have overall negligible impact on environment and will benefit the

local people.

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1.6 kpd]rhuk] kw]Wk] vhpbghUs] :

kpd]rhu tptuk] :

t.vz] tpsf]fk] njitahd mst[

1 jkpH]ehL kpd]rhu thhpaj]jplkpUe]J (TNEB) 85 KVA

2 Ory] b$dnul]lh] – 1* 82.5 KVA

3 Ory] b$dnul]lh] – 2* 30 KVA

* kpd]jilapd] nghJ kl]Lk] cgnahfgLj]jg]glt[s]sJ.

vhpbghUs] tptuk] :

t. vz] tpsf]fk] vhpnghUs] tif vhpbghUs] mst[ 1 ePuhtp bfhjpfyk] ntshz] fHpt[ / bjd]id

ku fHpt[ 500 fp.fp / ehs] **

2 Ory] b$dnul]lh] – 1 Ory] 10 ypl]lh] / ehs] 3 Ory] b$dnul]lh] - 2 Ory] 4 ypl]lh] / ehs]

**bkhj]j ePuhtpapd] msthdJ Vw]fdnt cs]s Miyf]Fk] kw]Wk] cj]njrpf]fg]gl]Ls]s

Miyf]Fk] nghJkhdjhf cs]sJ. ePuhtpapd] njit/ khjj]jpw]F 4-5 ehl]fSf]F kl]Lk]

nghJkhdjhf cs]sjhy]/ Vw]fdnt cs]s Miyapd] ePuhtpapd] mstpypUe]J

bgw]Wbfhs]s gLfpwJ.

1.7 ePhpd] njit

cj]njrpf]fg]gl]Ls]s Miyapd] bkhj]j ePhpd] njitahdJ tshfj]jpy] mikj]Js]s

MH]Jis fpzW \yk] bgwg]gLfpwJ. ,jpy] cw]gj]jp bray]Kiwf]Fk] kw]Wk] ,ju

Miyapy] njita[k] g{h]j]jp bra]a ehbshd]Wf]F 18.99 fd kPl]lh] jz]zPh] nghJkhdjhFk] .

1.8 epyk] :

@igl]nlhnfh] epWtdkhdJ 14/000 r.kp ,a']fp tUfpwJ. ,jpy] cj]njrpf]fg]gl]Ls]s

g{r]rpf]bfhy]yp cw]gj]jp jpl]lj]jpw]F 162 rJu kPl]lu] xJf]fg]gl]Ls]sJ. nkYk] bkhj]j


5

epygug]gpy] Rkhh] 8/500 rJu kPl]liu (njhuhakhf 60 % epyg]gug]g[) gRik guhkhpg]g[f]F

xJf]fpa[s]sJ.

1.9 njitahd Ml]fs] :

cj]njrpf]fg]gl]Ls]s Miy ,a']f njitahd bkhj]j ntiyahl]fspd] vz]zpf]if 12

MFk].

1.10 eph]thf mikg]g[

bghJ nkyhsh] bjhHpw]rhiyapd] eltof]iffSf]F bghWg]ghsuhf ,Ug]ghh]. nkYk]

,jpy] gy]ntW gphpt[fshd eltof]if/ kdpj tsk]/ bfhs]Kjy]]/ fzf]F/ Rw]Wr]NHy]

kw]Wk] ghJfhg]g[/ guhkhpg]g[ kw]Wk] juf]fl]Lg]ghL Mfpatw]wpy] gy eph]thfpfs] gzpf]F

mkh]j]jglt[s]sdh].

2.0 Rw]Wr]NHy] gw]wpa tptuk]

2.1 fhyepiy

bghJthf Jiz btg]gkz]ly fhyepiyia/ khtl]l KGtJk] epyt[k] fhyepiya[ld]

xg]gpLk] nghJ/ Jy]ypakhd ve]j ntWghLk] ,Uf]fhJ. jpdrhp ruhrhp btg]gepiyapd]

msthdJ nfhil fhyj]jpy] 33°c Kjy] 40°c tiu ,Uf]Fk]. ,']F Mz]od] ruhrhp

kiHapd] msthdJ ehd]F gUtfhy']fspy] 647.2 kp.kp MFk]. ,jpy] mjpfgl]r kiH

bghHpthdJ/ tlfpHf]F kw]Wk] bjd]nkw]F gUtfhy']fspy] vd mstplg]gl]Ls]sJ.

2.2 NHypay]:

Ma]t[ gFjpia Rw]wp bkhj]jk] 76 tifahd/ tpy']fpd']fs] fz]lwpag]gl]Ls]sJ. ,jpy]

tdtpy']F ghJfhg]g[ rl]lj]jpd] go 6 tpy']fpd']fs] ml]ltiz – II Yk]/ 7 tpy']fpd']fs]

ml]ltid III Yk] kw]Wk] kPjKs]s tpy']fpd']fs] ml]ltiz – 4 kw]Wk] 5 y] cs]sd/

vdnt cj]njrpf]fg]gl]Ls]s bjhHpw]rhiyia Rw]wp ve]j xU mHpaf]Toa kw]Wk]

ghjpf]fg]gl Toa tpy']fpd']fnsh my]yJ jhtu ,d']fnsh ,y]iy vd

fz]lwpag]gl]Ls]sJ.

2.3 ePh]ts Mjhu']fs]

2.3.1 nkw]gug]g[ ePh]

,e]j gFjpapy] gUt kiH fhy']fspy] bgWk] kiH ePh]/ nkw]gug]g[ ePuhf vLj]Jf]

bfhs]sg]gLfpwJ. ,e]j ePuhdJ mUfpy] cs]s fpuhk']fSf]F ePh] Mjhukhf cs]sJ.


6

2.3.2 epyj]jo ePh]

epyj]jo ePh] ,e]j gFjpapy] MHkhd ePh]epiyfspYk]/ nknyhl]lkhd ePh] njf]f']fspd] fPH]

mike]Js]sJ. Ma]t[ nkw]bfhs]sg]gl]l gFjpapy] epyj]jo ePhpd] fl]likg]g[fs] MHkhd

MHJis fpzWfs] \yk] bghJg]gad]ghl]ow]F jz]zPh] bgwg]gLfpwJ.

2.4 ePhpd] juk]

Ma]t[f]Fl]gl]l gFjpapy] 8 ,l']fspy] ePh]khjphpfs] nrfhpf]fg]gl]L me]j khjphpfis IS :

10500 : 2012 cld] xg]gpLk] tifapy] gy]ntW bgsjpf urhad fhuzpfs]

Muhag]gl]Ls]sd. ,e]j Muha]r]rpapd] Kotpy] epyj]jo ePuhdJ Fof]f cfe]jjhf

,y]iybad fz]lwpag]gl]Ls]sJ. Vbddpy] epyj]jo ePhpy] cg]g[jd]ik/ fod jd]ik

kw]Wk] iQl]nul]Lfspd] msthdJ FoePhpd] juj]Jld] (IS : 10500 : 2012) xg]gpLk] nghJ

gad]gLj]j Toa tifapy] ,y]iy.

2.5 Rw]wr]NHy] fhw]wpd] juk]

Rw]Wr]NHy] fhw]wpd] juj]ij Muha 5 fp.kP Muk] bfhz]l Ma]t[ gFjpapy] nfhil fhyj]jpy]

thdpiy kw]Wk] cs] fl]likg]g[ trjpfspd] mog]gilapy] 7 ,l']fspy] Rw]Wg]g[w fhw]wpd]

ju fz]fhzpg]g[ epiya']fs] mikf]fg]gl]L Kf]fpa fhuzpfshd Ez] Jfs]fs] (PM2.5 &

PM10)/ ry]gh]–il–Mf]i!L (SO2)/ iel]u$d]-il-Mf]i!L (NO2)/ g[nuhkpd] (Br2)

iQl]nuhfhh]gd] kw]Wk] Mtpahff]Toa fupknrh]k']fs] (VOC’s) Mfpait Muhag]gl]ld.

mjd] mst[fs] fPH]tUk] ml]ltizapy] bfhLf]fg]gl]Ls]sd.

,lk] 98 rjtPj ruhrhp

PM2.5 PM10 SO2 NO2 Br2 HC VOCSjpl]ljsk] 19.3 49.7 9.7 14.0 BDL <0.1 BDLkYkpr]rk]gl]o fpuhkk] 27.3 57.1 11.9 15.0 BDL <0.1 BDLrPuhg]ghisak] fpuhkk] 12.2 35.5 7.0 9.3 BDL <0.1 BDLmurpg]ghisak] fpuhkk] 11.5 35.0 8.9 10.0 BDL <0.1 BDLghyhj]Jiw fpuhkk] 10.3 40.4 7.5 9.7 BDL <0.1 BDLxf]fpypg]ghisak] fpuhkk] 15.2 49.1 7.4 9.1 BDL <0.1 BDLnghog]ghisak] fpuhkk] 11.0 37.0 7.8 8.5 BDL <0.1 BDLmDkjpf]fj]jf]f mst[ (NAAQ Standards‐ 2009) 60 100 80 80 ‐ ‐ 5

BDL ‐ fz]lwpaToa mstpw]F fPnH

2.6 Xypapd] juk]

Ma]t[f]Fl]gl]l gFjpapy] 7 btt]ntW ,l']fspy] xypapd] mst[ gjpt[ bra]ag]gl]L/

fPH]fz]l ml]ltizapd] mjd]] mstPLfs] bfhLf]fg]gl]Ls]sd.


7

t. vz] ,lk]

xyp mst[fs] dB (A)

gfy] neu mst[

,ut[ neu mst[

mDkjpf]fj]jf]f mst[

gfy] neu mst[

,ut[ neu mst[

1 jpl]ljsk] 63.9 49.1 55 452 kYkpr]rk]gl]o fpuhkk] 47.5 42.4 55 453 rPuhg]ghisak] fpuhkk] 48.6 41.7 55 454 murpg]ghisak] fpuhkk] 52.7 42.2 55 455 ghyj]Jiw fpuhkk] 50.9 40.6 55 456 xf]fpypg]ghisak] fpuhkk] 49.7 41.8 55 457 nghog]ghisak] fpuhkk] 47.5 42.4 55 45

2.7 epy gad]ghL

jpl]l ,Ug]gplj]jpd] 10 fp.kP Mug]gFjpia fhl]l Toa epy tiuglkhdJ/ fyg]gpd

bjhHpw]El]gj]ij gad]gLj]jp tiuag]gl]Ls]sJ.

3.0 vjph]ghh]f]fg]gLk] Rw]Wr]NHy] jhf]f']fSk] jLg]g[ eltof]iffSk]

3.1 fhw]wpd] khRfSk] kw]Wk] mjid fl]Lg]gLj]Jk] tHpKiwfSk]

t. vz] tptu']fs]

g[ifg]nghf]fp khRfs]

vjph]ghh]f]f -gLfpw

khRf]fspd] mst[

mDkjpf]f -j]jf]f

khRf]fspd] mst[

fhw]wpd] khRfSk] kw]Wk]

fl]LgLj]Jk] tHpKiwfSk]

cauk] (kP)

tpl]lk] (kP)

1 ePuhtp bfhjpfyd] 6 0.75 SPM 60mg/Nm3 150mg/Nm3

J}rp jpul]o SO2 10ppm 100ppmNOx 20ppm 50ppm

2 Ory] b$dnul]lh] – 1

6 0.15

SPM 40mg/Nm3 150mg/Nm3 nghJkhd cau g[if nghf]fp bfhLf]fg] -gl]Ls]sJ

SO2 40ppm 100ppm

NOx 20ppm 50ppm

3 Ory] b$dnul]lh] – 2

6 0.10

SPM 40mg/Nm3 150mg/Nm3 nghJkhd cau

g[if nghf]fp bfhLf]fg]-gl]Ls]sJ.

SO2 40ppm 100ppm

NOx 20ppm 50ppm

3.2 fHpt[ ePhpd] cw]gj]jp kw]Wk] Rj]jpfhpg]g[ Kiw

tif mst[ (kP3 / ehs])

Rj]jpfhpg]g[ Kiw

Rfhjhu fHpt[ ePh]

0.4

Kjypy] fHpt[ ePh] nrfhpg]g[ bjhl]oapy] nrfhpj]J/ mjid Vw]fdnt cs]s Rj]jpfhpg]g[ Miyf]F mDg]gg]gl]L Rj]jpfhpf]fg]gLfpwJ. ,e]j Rj]jpfhpf]fg]gl]l ePuhdJ gRik guhkhpg]gpw]F gad]gLj]jg]gLfpwJ

bjhHpw]r]rhiy 0.98 bjhHpw]rhiy fHpt[ ePuhdJ nrfhpf]fg]gl]L/ Kjypy] Fiwe]j


8

fHpt[ ePh] btl]g epiyapy] Mtpahff] Toa fiug]ghd]fis nrfhpg]gjw]fhf btg]gg] gLj]jg]gl]L Fsph]tpf]fg]gLfpwJ. nkYk] mjpy] cs]s ePh] Jspfis Mtpahf]f/ mij mjpf btg]g epiyf]F fha]r]rp tofl]lg]gLfpwJ. ,e]j fha]r]rpa ePuhdJ Cf]Ftpf]fg]gl]l fhpk epuy] tHpahf brYj]jg]gl]l gpd]g[ me]j ePuhdJ/ g{r]rpf] bfhy]yp Rz]zhk]g[ fl]o jahhpg]gpw]F gad]gLj]jg]gLfpwJ.

3.3 jplf] fHpt[ cw]gj]jp mjid mfw]Wk] Kiw

,e]j cj]njrpf]fg]gl]Ls]s bjhHpw]rhiyapy] ve]jbthU jplf]fHpt[fSk] cUthtjpy]iy.

3.4 mghafukhd fHpt[fSk] cw]gj]jpa[k] mjid mfw]Wk] Kiw

t. vz] fHptpd] bgah] khjbkhd]Wf]F

fHptpd] mst[ mfw]Wk] Kiw

1 gad]gLj]jg]gl]l vz]bza]

2 fpnyhfpuhk] gad]gLj]jg]gl]l vz]bzahdJ ,ae]jpu']fs] ed]F ,a']f krF vz]bzahf gad]gLj]jg]gLfpwJ. v"]rpa vz]bzahdJ khRf]fl]Lg]ghl]L thhpa mDkjp bgw]w bjhHpw]rhiyf]F kWRHw]rpahsh]fSf]F tpw]fg]gLfpwJ.

2 bray]Kiw fHpt[ / fha]r]rp tofl;]oa vr]rk]

5 fpnyhfpuhk] HDPE igfspy] nrkpj]J mjid mUfpYs]s Vrprp rpbkz]l] Miyapd]]/ ,iz brayhf]f Kiwf]F mDg]gg]gLfpwJ.

3 fHpt[ ePh] Rj]jpfhpg]g[ MiyapypUe]J tUk] fHpt[

20 fpnyhfpuhk] tshfj]jpd] xU gFjpapy] HDPE igf]fspd] \yk] nrfhpf]fg]gl]L ,aw]if cukhf gad]gLj]jg]gLfpwJ.

4.0 Rw]Wr]NHy] fz]fhzpg]g[ jpl]lk]

4.1 Rw]Wr]NHy] fz]fhzpg]g[

bjhHpw]rhiyapd] NHy]/ ghJfhg]g[ kw]Wk] Rfhjhu fz]fhzpg]g[ jpl]l']fs] gpd]tUkhW

tptu']fs] fhuzpfs] fhyk] g[ifg]nghf]fpfs] Ez] Jfs]fs]/ ry]gh]il Mf]i!L kw]Wk]

iel]u$d] il Mf]i!L khjk] xU

Kiw Rw]Wg]g[w fhw]wpd] juk] Ez] Jfs]fs] (PM2.5 & PM10), ry]gh]il-

Mf]i!L/ iel]u$d] il Mf]i!L/ g[nuhkpd] / iQl]nuhfhh]gd]/ vspjpy] Mtpahff] Toa fhpkr]nrh]k']fs]

khjk] xU Kiw

fHpt[ ePhpd] juk] mkpy fhuj]jd]ik/ epwk]/ caphpay] Mf]!p$d] njit/ ,urhad Mf]!p$d] njit/ fod cnyhfk]/ gpndhypf] TWfs]/ g{r]rpbfhy]ypfs]/ iel]nul]/ ry]gh] kw]Wk] gh!]ngl]Lfs].

khjk] xU Kiw

xypapd] juk] xypapd] mst[fs] khjk] xU Kiw

ghJfhg]g[ kw]Wk] bjhHpyhsh]fspd] eyk]

- Mz]Lf]F xU Kiw


9

4.2 Rw]Wr]NHy] nkyhz]ikf]fhd epjp xJf]fPL

t. vz]

tptu']fs] Kjd]ikr] bryt[

kPz]Lk] njitg]gLk] bryt[

1 fhw]W khR fl]Lg]ghL 50/000 5/000 2 ePh] khR fl]Lg]ghL 2/75/000 3/50/000 3 xyp khR fl]Lg]ghL - - 4 mghafukhd fHpt[ khR fl]Lg]ghL 25/000 2/500 5 gRik guhkhpg]g[ 50/000 25/000 6 kiHePh] nrfhpg]g[ 1/00/000 50/000

bkhj]jk] 5/00/000 3/87/500

5.0 TLjy] Ma]t[fs]

5.1 r\f bghUshjhu epiyikfs]

khtl]l kf]fs] bjhif fzf]bfLg]g[ ifnal]oypUe]J r\f bghUshjhu jut[

kjpg]gplg]gLfpwJ.

6.0 jpl]l ed]ikfs]

6.1 r\f bghUshjhu gad]

cj]njrpf]fg]gl]l bjhHpw]rhiyapdhy] mg]gFjpapy] r\f bghUshjhu juk] cau tHp

tFf]fpwJ. ,j]bjhHpw]rhiyf]F mUfhikapy] mike]Js]s gFjpfspy] cs]s kf]fs]

neuoahfnth my]yJ kiwKfkhfnth gad]bgWthh]fs]. neuo nthiytha]g]gpd] \yk] 12

egh]fSk]/ kw]Wk] kiwKfkhf gyUk] gadilthh]fs]. nkYk] bjhHpw]rhiyf]F kpf

mUfpy] trpf]Fk] kf]fSf]F gyUk] neuo kw]Wk] kiwKf ntiytha]g]g[ tH']fg]gLk].

7.0 Rw]Wr]NHy] nkyhz]ikj] jpl]lk]

7.1 Rw]Wr]NHy] nkyhz]ikj] jpl]lj]jpd] tptuk]

Rw]Wr]NHy] nkyhz]ikj] jpl]lkhdJ/ cj]njrpf]fg]gl]Ls]s bjhHpw]rhiyapd]/ ghjfkhd

tpist[fis Fiwf]f jahhpf]fg]gLfpwJ.

,j]jpl]lkhdJ/ Rw]Wr]NHiy khRg]gLj]Jk] fhuzpfs] kw]Wk] mjd] fl]Lg]ghl]L

mikg]ig tpthpf]fpwJ. ,J nkYk] gRik guhkhpg]g[/ bjhHpyhsh]fspd] ghJfhg]g[/

Rw]Wr]NHy] fz]fhzpg]g[ jpl]lk]/ kiHePh] nrfhpg]g[ kw]Wk] jP ghJfhg]g[ mikg]g[

nghd]wtw]iw cs]slf]fpaJ.


10

7.2 gRik guhkhpg]g[

cj]njrpf]fg]gl]Ls]s bjhHpw]rhiyapd] \yk]/ Rw]Wr]NHypy] fhw]W khRghL/ Rw]Wr]NHy]

rkepiy kw]Wk] kz] mhpg]g[/ Mfpatw]iw jLf]f bjhHpw]rhiyapd] jpl]l ,lj]jpYk] kw]Wk]

mjidr] Rw]wpa[s]s gFjpfspYk] gRik guhkhpg]g[ nkw]bfhs]sg]gLfpwJ.

bjhHpw]rhiyapd] Rkhh] 60% ,lj]jpy] gRik guhkhpg]ghdJ nkw]bfhs]sg]gLfpwJ kw]Wk]

bjhHpw]rhiyia Rw]wpa[s]s bghJ ,l']fspYk] gRik guhkhpg]g[ nkw]bfhs]s

jpl]lkplg]gLfpwJ.

8.0 Kot[iu

fhw]wpd] juj]jpy] Fiwe]j mst[ jhf]fj]ij Vw]gLj]JfpwJ. vdpDk] midj]J

njitahd fhw]W khRf] fl]Lg]ghL cgfuzk] tH']fg]glt[s]sJ.

NHypaSf]F ve]j ghjpg]gk] Vw]gLtjpy]iy.

jz]zPiu bghWj]jtiu ghjfkhd tpist[fs] VJkpy]iy.

cs]Sh] ntiy tha]g]g[ mjpfhpf]fg]gLk].

gy]ntW Rw]Wr]NHy] fhuzpfspd] \yk] tdk]/ njrpa g{']fh/ ruzhyak] kw]Wk]

tuyhw]W rpwg]g[kpf]f ,l']fspy] ghjpg]g[ Vw]gLtjpy]iy.

Rw]Wr]NHy] nkyhz]ik jpl]lkhdJ/ khRgLj]Jk] fhuzpfis fz]fhzpf]f/

Rw]Wr]NHy] nkyhz]ik FG mikj]J/ mwpt[Wj]jg]gl]l tpjpKiw mst[fis

kPwhky] ,Uf]f fz]fhzpf]Fk].

Kd]bkhHpag]gl]l jpl]lkhdJ khRf]fl]Lg]ghl]L thhpak] mDkjp bgw]w gpwF/ mjd]

midj]J khRf] fl]Lg]ghl]L eltof]iffis Rw]Wr]NHy] fz]fhzpg]g[ FG ftdpj]Jf]

bfhs]Sk].

,jdhy]/ Kd]bkhHpag]gl]l Rw]Wr]NHy] nkyhz]ik jpl]lk] / kw]Wk] fhf]Fk] Kiwfis

mky] gLj]Jtjd] \yk] mg]gFjp kf]fs] gadila[khW bra]t[Jld] kw]w jhf]f']fs]

Fiwthfnt Vw]gLj]JfpwJ.

Fytocare Chemicals (P) Ltd. - Tamil Nadu Pollution Control ... · Executive Summary of EIA Report 1 EXECUTIVE SUMMARY 1.0 PROJECT ... 45000 sq. ft. to companies like Godrej ... during

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