pre feasibility report -...

PRE FEASIBILITY REPORT

MASCOT FINOCHEM

April 2017

Pre-Feasibility Report for

Proposed Synthetic Organic Industry by Mascot Finochem at Chittegaon village, Aurangabad

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TABLE OF CONTENTS

1. EXECUTIVE SUMMARY…………………………………………………………. 2

2. INTRODUCTION OF THE PROJECT / BACKGROUND INFORMATION…. 3-6

3 PROJECT DESCRIPTION………………………………………………………….6-20

4. SITE ANALYSIS………………………………………………………………….. .21-22

5. PLANNING BRIEF…………………………………………………………………23

6. PROJECT INFRASTRUCTURE………………………………………………….24

7. REHABILITATION AND RESETTLEMENT PLAN……………………………25

8. PROJECT SCHEDULE AND COST ESTIMATES………………………………25

9. ANALYSIS OF PROPOSAL…………………………………………………………26



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1. EXECUTIVE SUMMARY

Group of directors of M/s. Mascot Finochem is proposed to establish synthetic

organic industry at Gat No.98, Chittegaon village, Taluka-Paithan, District-

Aurangabad. Total plot area of the project is 3921 Sq.M. & Total built up area is

1261.79 Sq.M.

The proposed project activity falls under 5(f) category i.e. Synthetic organic

chemicals industry (dyes & dye intermediates; bulk drugs and intermediates excluding

drug formulations; synthetic rubbers; basic organic chemicals, other synthetic organic

chemicals and chemical intermediates). The project will require Environmental

Clearance (EC) from the State Level Environmental Impact Assessment Authority

(SEIAA) as per Environmental Impact Assessment (EIA) Notification, September 14,

2006 as amended thereof. As the project falls under 5f category, Environmental

Impact Assessment needs to be carried out for the project.

Client is intend to produce chemicals that will be used in fungicides & insecticides,

food preservative, drug intermediate etc. These product have local demand as per end

user requirement. The project will run on Zero Effluent Discharge (ZLD) scheme.

Generated effluent will be treated in ETP followed by Multi-Effect Evaporator

system. Solid waste will be categorized as hazardous & non-hazardous on the basis of

its characteristics. Hazardous waste will send to CHWTSDF and non-hazardous to

authorized vendor for its disposal.

Proposed project will generate 70-80 nos. employment to local youth in construction

phase and 40 nos. of operational phase. The total cost of the project would be Rs.360

Lakhs.



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2. IDENTIFICATION OF THE PROJECT / BACKGROUND INFORMATION

i.) Identification of project & project proponent :

It is the proposed synthetic organic chemical industry for production of chemicals

that will be used in fungicides & insecticides, food preservative, drug intermediate

etc. Mr. Osmanuddin Aminuddin Khaja is one of the director of the company. He has

in an infrastructure business from last 10 years.

Mr. Raziuddin Shaikh is the technical advisor of the company. He has been served as

chemical engineering professor in Marathwada University. He has about 20 years in

chemical industrial project.

ii.) Brief description & nature of the project:

Proposed chemical industry will produce chemical intermediate products fungicides

& insecticides, food preservative, drug intermediate manufacturing industry as per

local market demand. Details of product are presented in below table

Table 1 :- Product details

Sr. No Name of Chemical Quantity

(Tonnes/year)

1. N-Phenyl Piperazine 120

2. Benzhydrol 250

3. Sachcharin 160

4. Methyl Hexanoic Acid 50

5. 2-Amino-4-Chlorophenol 260

6. Methyl Anthranilate 600

7. 2-Chloropyridine 360

8. Furfurylamine 400

9. Sodium-2-Ethyl Hexonate 120

10. Calcium Propionate 120



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iii.) Need for the project and its importance to the country and or region

India and worldwide demand for specialty chemicals is increasing steadily. Till the

‘60s, medicines were imported in the country and the pharma industry was

dominated by foreign companies. In the wake of this scenario, was the initiative by a

small group of visionary entrepreneurs of Indian for forming the Indian Drug

Manufacturers’ Association (IDMA) in Mumbai, the commercial capital of India, in

1961. Now, 50 years down the road, the complexion of the Industry is distinctly

Indian, and India has acquired a dominant position in the pharmaceutical sector, with

Maharashtra leading the way as the torch-bearer of Indian pharmaceutical industry.

Many pharma companies enjoy success largely because their major operations are

based in Maharashtra. The government support received by the industry has been

substantial and the presence of a pragmatic and stable state government has been one

of the main reasons the state has managed to remain a principal destination for all

pharma companies whether Indian or MNC. Maharashtra has been a hub for the

pharma industry, both in terms of manufacturing as well as supply of materials.

Aurangabad industrial belt occupies 40% of chemical producing industries for

pharma and other industries. In view of future market demand it is best opportunity

to set up a business in Aurangabad which may lead to employment generation to

local youth and economical upliftment of Chittegaon region.

iv.) Demand – Supply gap

The Indian pharmaceutical industry is the world's second-largest by volume and is

likely to lead the manufacturing sector of India. Several Government and private

sector projects with huge amount of investments have been initiated but could not

attend the speed of development for the need of good quality material. Over the last

decade, there has been a sizeable growth in Pharmaceutical sector both in small,

medium and large scale units. This has given rise to many small and medium scale

units to manufacture pharmaceutical intermediate. The ever growing requirements of



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India, due to higher population and various diseases indicated the need for the growth

of this industry. Thus there is a gap in demand and supply. Our efforts of generating

products, by-products, downstream products and recycling - reprocessing are indeed

needed. With multinational pharmaceutical companies enhancing their presence in

India, the long-term prospects of the pharmaceutical industry seem fairly bright.

Indian agro sector demand is increasing to improve productivity and to deal with

attack of various types of pests etc. The intermediates proposed will substitute

imports.

The food industry demand for preservative is increasing as multinational companies

are shifting manufacturing base in India. But the impact of some factors on the

industry's growth remains to be seen.

The fate of industrialization depends on the proper and effective conjugation of large

and medium/small scale industries each supporting each other in their requirement to

bridge the gap between demand and supply. In order to be competitive in the global

market this synergy between large & medium/small scale industries is a prerogative.

Therefore considering the above, large companies do require the help of small units

to support them by giving them quality products at lesser price.

v.) Import vs Indigenous Production

Today’s many Indian product going to be export especially food product for that

purpose demand of food preservative is increasing rapidly. Sometimes food

preservative may import from outside so proposed chemical production may reduce

the demand of imported chemical.

vi.) Export possibility

Proposed industry is small scale industry so whatever products will produce it will sell

to local market only.



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vii.) Employment Generation (Direct & Indirect) due to the project

Proposed project will generate 100 nos. of temporally jobs in construction phase &

45 nos.of permanent jobs in operational phase. In addition to this small ancillary

business which are directly or indirectly dependent will develop.

3. PROJECT DESCRIPTION

i.) Type of project

Proposed project is the intermediate synthetic organic chemicals manufacturing

industrial project.

ii.) Location of the project

Proposed project site is situated in the Chittegaon village of Aurangabad district of

Maharashtra. Chittegaon is on the Aurangabad-Paithan road, which is a Maharashtra SH-

30. It is around 16 km from the district headquarter Aurangabad city in South –West

direction and around 31 km from Paithan tehsil town. The nearest railway station & airport

is Aurangabad city. Surrounding area of the proposed industry includes many stone

crushers industry, Videocon Factory. The proximity to the highway will be advantage,

since the company’s raw materials and finished products will move by road. Project

location is showing in Figure No. 1

.



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Figure No. 1 : Project Location

M/s. MASCOT Finochem,

Gut No.98, Village-

Chittegaon, Taluka-Paithan,

District-Aurangabad



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Figure No. 2: Google Imagery of the project site

iii.) Details of alternative sites

Proposed project is located on private land. Around the vicinity of project site most of

the developed industries are available like. Videocon. Site has been finalized on the

basis of following merits

❖ Land is in already possession of proponent

❖ There is no R & R issue

❖ 800 meter away from Aurangabad- Paithan Road

❖ Labour-force easily available from Chittegaon village

❖ District Aurangabad & industrial areas for market is 10 km away

❖ Aurangabad airport 14km away from project site

❖ Vicinity of Chittegaon is already developed with other industrial unit

Latitude: 19°44'25.94"N

Longitude: 75°17'7.41"E

Latitude: 19°44'25.32"N


Latitude: 19°44'28.19"N


Latitude: 19°44'28.77"N




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iv.) Size or magnitude of operations

Following table will revels that size & magnitude of operations:

Table No. 2 : Production Details

Sr. No Name of Product (Chemical) Quantity

(Tonnes/year)

1. N-Phenyl Piperazine 120

2. Benzhydrol 250

3. Sachcharin 160

4. Methyl Hexanoic Acid 50

5. 2-Amino-4-Chlorophenol 260

6. Methyl Anthranilate 600

7. 2-Chloropyridine 360

8. Furfurylamine 400

9. Sodium-2-Ethyl Hexonate 120

10. Calcium Propionate 120

v.) Project Description with process details

I. N-PHENYL PIPERAZINE

Product Profile: - N-Phenyl Piperazine, having chemical formula C10 H 14 N2 , is used

as an intermediate in the manufacturing of bulk drug Oxypertine.

Brief Process: - N-Phenyl Piperazine is manufactured from Aniline.

Aniline is reacted with Bis -2-Chloro-Ethyl-amine hydrochloride to obtain N-Phenyl

piperazine. During the reaction HCL gas is evolved which is absorbed in water in an

Absorber/ Scrubber. Product is purified with Trichloromethane/ Toluene.



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Chemical Reaction

II. BENZHYDROL

Product Profile : - Benzhydrol, also known as Diphenyl methanol, its chemical formula is

C13 H12 O and is synthesized from the benzophenone. It is used as an intermediate of

pharmaceuticals, agrochemical and other organic compounds. It has got major application

in perfumery industries.

Brief Process: - Benzophenone is reacted with methanol in the presence of sodium

hydroxide and zinc powder at reflux temperature to form Benzhydrol (Diphenyl

Methanol)

Chemical Reaction

III. SACCHARIN

Product Profile: Saccharin is an artificial sweetener, having chemical formula

C7H5NO3S, having a chemical name Benzoic sulfimide. Saccharin an intermediate is used

primarily in the food industry as Saccharin sodium.

Brief Process: Benzoic Sulfimide (Saccharin) is produced from ortho Toluene

Sulfonamide in the presence of chromic acid and Sulfuric acid at about 50 degree C to



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obtain the sulfonamide benzoic acid which is a solid cake, this cake is given a

water/sodium carbonate solution wash to obtain the Saccharin.

Chemical Reaction

IV. 2-AMINO-4-CHLOROPHENOL

Product Profile: - 2-Amino-4-Chlorophenol, having molecular formula C6 H6 CLNO,

has major application as an intermediate for the manufacture of Chlorzoxazone which is a

muscle relaxant.

Brief Process: - 4-chloro-2-nitro phenol is reduced by Hydrogen produced from the

reaction of Iron with Hydrochloric Acid to give 2-amino-4 chlorophenol.

Chemical Reaction

V. SODIUM-2-ETHYL HEXONATE

Product Profile: Sodium-2-Ethyl Hexonate, having molecular formula C8 H15 O2 Na,

has got major application in all Anti-biotics to make the pure sodium salt of the particular

antibiotic. It is also used in other high molecular weight drugs to make their sodium salt.

Brief Process: - Sodium-2-Ethyl Hexonate is made from 2-Ethyl Hexonoic acid. Sodium



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hydroxide solution is charged into a S.S reactor, then 2-Ethyl Hexonoic acid is added

slowly. The temperature is maintained at 70 degree C for 5 Hrs. After reaction is over, it

is cooled to 40 degree C, given carbon treatment and filtered. Excess water is distilled off,

to the remaining thick syrupy liquid is added suitable solvent (Ethyl acetate) to make a

clear solution which is then packed.

Chemical Reaction

VI. CALCIUM PROPIONATE

Product Profile: Calcium Propionate, having molecular formula C6 H10 O4 Ca, has

major application as a food preservative.

Brief Process: Calcium propionate is produced by the reaction of calcium Hydroxide and

Propionic acid. It is a simple acid base reaction, after the reaction is over, filtration is

done to obtain a clear filtrate. The excess water is distilled off and after cooling, white

crystalline solid of calcium propionate is obtained.

Chemical Reaction

VII. METHYL ANTHRANILATE

Product Profile : Methyl anthranilate, also known as MA, methyl 2-aminobenzoate or

carbomethoxyaniline, is an ester of anthranilic acid. Methyal anthranilate act as a bird

repellent. It is food-grade and can be used to protect corn, sunflowers, rice, fruit and glof

cources, Dimethyl anthranilate (DMA) has a similar effect. It is also used for the flavor of

grape Kool-Aid. It is sued for flavoring of candy, soft drinks eg. Grape soda, chewing

gum, drugs.



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Brief Process: Anthranilic acid react with methanol in presence of acetic acid at reflux

temperature to form Methyl 2-aminobenzonate

Chemical Reaction

VIII. SODIUM 2-ETHYL HEXONATE

Product Profile: Sodium-2-Ethyl Hexonate, having molecular formula C8H15O2 Na , has

major application in all Anti-biotics to make the pure sodium salt of the particular

antibiotics. It is also used in other high molecular weight drugs to make their sodium salt.

Brief Process : Sodium-2-Ethyl Hexonate is made from 2-Ethyl Hexonoic acid. Sodium

Hydroxide solution is charged into a SS reactor, then 2-Ethyl Hexonoic acid added slowly.

The temperature is maintained at 700C for 5 hrs. After reaction is over, it is cooled to 400C,

given carbon treatment and filtered. Excess water is distilled off, remaining thick syrup

liquid is added to solvent (Ethyl acetate) to make clear solution which is then packed.

Chemical Reaction



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IX. 2-CHLORO PYRIDINE

Product Profile: 2-Chloropyridine is an organohalide having formula C5H4CIN. It is

clourless liquid that is mainly used in fungicides & insecticides manufacturing industries.

It also serves to generate antihistamines and antiarrythymics for pharmaceutical purpose.

Brief Process : Pyridine reacted with chlorine in dichloromethane as solvent at 0-50C for

8-10 hrs and work up with water gives 2- Chloropyridine

Chemical Reaction

X. FURFURYLAMINE

Product Profile: Furfurylamine is an amine. Its chemical formula is C5H7NO.

Industrially it is synthesized from furfural. The pharmaceutical drug furtrethonium a

parasympathomimetic cholinergic is a derivative of furfurylamine. It is use in the

synthesis of Baramastine

Brief Process: Furfural reacts with ammonia in presence of methanol at low temperature

followed by reduction with hydrogen and raney nickel to form Furfurylamine



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Chemical Reaction

vi.) Raw Material Requirement & Its Source

Product wise raw material requirement & its source are presented in below table

Table No. 3: Product wise raw material details

Sr.

No

Name of Product

(Chemical)

Quantity

(tpa)

Raw Material Source

Name of

Material

Quantity

1. N-Phenyl Piperazine 120 Aniline 8 T/Month Local

market BIS ethyl Amino

chloride

hydrochloride

15 T/Month

Toluene 50 T/Month

2. Benzhydrol 250 Benzophenone 24 T/Month Local

market Methanol 44 T/Month

Sodium hydroxide 24 T/Month

Zinc powder 24 T/Month

Water 110 m3/Month Tanker

3. Sachcharin 160 O-Toluene

Sulfonamide

15 T/Month Local

market

Sulfuric Acid 28 T/Month

Chromic Acid 16 T/Month

Sodium Carbonate 6 T/Month


4. Methyl Hexanoic Acid 50 Cyanoacetamide 2 T/Month Local

market Isovaleraldehyde 2 T/Month



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Pyridine 2 T/Month

HCL 1 T/Month

Urea 1.2 T/Month

Toulene 1 T/Month

Ethyl acetate 1 T/Month

Sodium

Hydroxide

1 T/Month

Water 3.5 m3/Month Tanker

5. 2-Amino-4-Chlorophenol 260 4 Chloro-2-Nitro

Phenol

28 T/Month Local

market

Iron Filings/

Powder

11 T/Month

HCL 28 T/Month

Caustic Soda (to

neutralize excess

acid)

11 T/Month


6. Methyl Anthranilate 600 Anthranilic acid 47 T/Month Local


Acetic Acid 1 T/Month


Dichloromethane 10 T/Month Local

market

7. 2-Chloropyridine 360 Pyridine 23 T/Month Local

market Chlorine 8 T/Month

Dichloromethane 11 T/Month


8. Furfurylamine 400 Furfural 36 T/Month Local


Ammonia 18 T/Month

Dichloromethane 7.2 m3/Month

Water 72 T/Month Tanker

9. Sodium-2-Ethyl

Hexonate

120 2-Ethyl Hexanoic

acid

9 T/Month Local

market

NaOH 2.5 T/Month


10. Calcium Propionate 120 Calcium

Hydroxide

4 T/Month Local

market

Propionic Acid 8 T/Month




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vii.) List of Plant Machineries

1. SS 316 Reactor, Complete Assembly with column, Condenser, Receiver.

Capacity: 2 KL One number.

2. SS 316 Reactor, Complete Assembly.


3. SS 316 Reactor, Complete Assembly.


4. Glass lined Reactor, Complete Assembly.


5. SS 316 Centrifuge 36 inches, 48 inches, One number each.

6. SS Tray Dryer, 48 trays, two numbers.

7. Oil Ring Vacuum pump. One number.

8. Water Jet Ejector. One number.

9. Multi-mill, SS. One number. 50 kg/hr.

10. Sifter. One number. Later as required.

11. ML Collection tanks, SS. Two numbers, 500 liters.

12. Transfer pumps, SS. PP.

13. Complete Distillation Assembly.

14. Miscellaneous.

Utilities

1. Steam Boiler, 1 Ton/hr. Wood/coal/briquette fired. One number.

2. Cooling Tower 100 TR, for process cooling. One number.

3. Chilling Plant 10 TR @ -10°c, with attached cooling tower.

4. Thermo pack, 1 lac kcal. (TF Heater).

5. Air Compressor.



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6. Miscellaneous.

7. Effluent Treatment Plant.

viii.) Auxiliary Requirement

Details of auxiliary requirement & it source are presented below

Table No. 4: Details of Auxiliary

Sr.No. Auxiliary Requirement Source

1. Water 15 CMD Tanker

2. Power 100 kW MSEDCL

3. DG Set 50 kW

4. Cooling Tower 20.35 TR

5. Boiler Energypack 1000 kg/hr

ix.) Waste Generation & Management

Construction Phase: Average solid waste generation over the period of construction

would be 25 MT viz. metal pieces, cardboard, rags etc. that will be segregated as per

characteristics & disposed of through authorized vendor.

Operation Phase: Domestic waste would be generated in the form of dry waste 3.5

kg/day & 2.5 kg/day of wet waste. It will be collected at designated place and disposed-

off through authorized vendor.

Commercial Waste : Wooden box, raw chemical plastic drum etc. would be disposed off

through authorized vendor.

Industrial Waste:

Sr. No Name of Product

(Chemical)

Waste Product Batchwise

Generation

1. N-Phenyl Piperazine Org. impurity with

solvent Toluene

574 kg

2. Benzhydrol Waste water (caustic 647 kg



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Solution)

3. Sachcharin Sod. Carbonate

solution (Waste

Water)

450 kg

Chromium base salt 420 kg

4. Methyl Hexanoic Acid

5. 2-Amino-4-Chlorophenol Waste water + salt +

unreacted 4 chloro 2

amino phenol

820 kg

6. Methyl Anthranilate Waste Water 200 kg

7. 2-Chloropyridine Waste Water 200 kg

8. Furfurylamine Waste Water 200 kg

9. Sodium-2-Ethyl Hexonate Waste Water 30 kg

10. Calcium Propionate Waste Water 40 kg



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x.) Schematic representations of the feasibility drawing which give information of EIA

purpose.



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4. SITE ANALYSIS

i.) Connectivity

Site is located in developed in Chittegaon village. Site is 800 meter away from Paithan-

Aurangabad road. District headquater Aurangabad is 10 km & Aurangabad Airport is 14 km

away from site.

ii.) Land form, Land use & Land ownership.

Proposed site is non-agricultural private land which is in already possession of proponent.

iii.) Topography

Topography of land is flat

iv.) Environmental Infrastructure Around the project Site

Around the project surrounding areas developed industries are located viz. Videocon. Site is

well connected to all developed state road MSH. Proposed Bidkin MIDC area is just 3 km

away from project site. Renowned Jaikwadi dam is 26 km away from site.

v.) Geology & Soil Classification

The entire area is covered by the Deccan Traps lava flows of Upper Cretaceous to Lower

Eocene age. The lava flows are overlain by thin alluvial deposits along the Kham and

Sukhana river. The basaltic lava flows belonging to the Deccan Trap is the only major

geological formation occurring in Aurangabad. The lava flows are horizontal and each

flow has two distinct units. The upper layers consist of vesiculara and amygdaloidal

zeolitic basalt while the bottom layer consists of massive basalt. The lava flows are

individually different in their ability to receive as well as hold water in storage and to

transmit it. The difference in the productivity of groundwater in various flows arises as a

result of their inherent physical properties such as porosity and permeability. The

groundwater occurs under water table conditions and is mainly controlled by the extent of

its secondary porosity i.e. thickness of weathered rocks and spacing of joints and

fractures. The highly weathered vesicular trap and underlying weathered jointed and



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fractured massive trap constitutes the main water yielding zones. The soil is mostly

formed from igneous rocks and are black, medium black, shallow and calcareous types

having different depths and profiles.

vi.) Climatic Conditions

Aurangabad has a semiarid climate. Annual mean temperatures in Aurangabad range

from 17 to 33 °C, with the most comfortable time to visit in the winter – October to

February. The highest maximum temperature ever recorded was 46 °C (114 °F) on 25

May 1905. The lowest recorded temperature was 2 °C (36 °F) on 2 February 1911. In the

cold season, the district is sometimes affected by cold waves in association with the

eastward passage of western disturbances across north India, when the minimum

temperature may drop down to about 2 °C to 4 °C (35.6 °F to 39.2 °F).

Most of the rainfall occurs in the monsoon season from June to September.

Thunderstorms occur between November to April. Average annual rainfall is 710 mm.

The city is often cloudy during the monsoon season and the cloud cover may remain

together for days. The daily maximum temperature in the city often drops to around 22

°C due to the cloud cover and heavy rains

vii.) Social Infrastructure

No major social infrastrure identified in Chittegaon area. Site is on private land so basic

amenities like roads & electricity are available. Approach road from Aurangabad-Paithan

road is Kuccha road which will be developed during construction phase of the industry.

Schools, medicals, grocery market, vegetable market, drinking water facility, sewerage

network, bus stop, bank etc. basic amenities are identified in Chittegaon.



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5. PLANNING BRIEF

i.) Planning Concept

It is small scale synthetic organic chemical manufacturing industry which will be developed

as per local planning approval authority.

ii.) Population Projection

Construction & operational phase local manpower will be employed hence there will be no

increase population

iii.) Land use

iv.) Assessment of Infrastructure Demand

Road , educational facilities & employment are the basic demand of the area. In addition to

this overall development is the demand of the area.

v.) Amenities & Facilities

6 meter wide road should be constructed within the project site. For sewage treatment septic

tank & soak will be provided. 15 CMD of effluent treatment plant with multi-effect

evaporator system should be provided to achieve Zero Liquid Discharge scheme.

Plot Area : 3921.00 Sq.M.

Proposed Built-Up Area : 1261.79 Sq.M

Open Area : 1000.00 Sq.M.

Green Belt Area : 1200.00 Sq.M



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6. PROPOSED INFRASTRUCTURE

Plot Area : 3921.00 Sq.M.

Proposed Built-Up Area : 1261.79 Sq.M

Open Area : 1000.00 Sq.M.

Green Belt Area : 1200.00 Sq.M

Social Infrastructure : 6.00 meter village road will be developed to approach

site

Connectivity : MSH Road is already developed. There is no

connectivity of rail

Drinking water management : In Chittegaon village drinking water will supply from

Jaikwadi Dam at Paithan . At plant site packed filtered

drinking water will supply to labour force.

Sewerage System : During construction phase all sewerage network

connected to septic tank followed by soak pit

Industrial waste : Industrial hazardous waste will send to CHWTSDF

facility while non-hazardous waste disposed off

through authorized vendor.

Solid waste management : Generated domestic solid waste segregated as dry

waste & wet west and disposed off at Chittegaon

Grampanchayat management system.

Power Requirement & Supply Total power demand of the project would be 100 kW

and it will supply through MSEDCL.



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7. Rehabilitation & Resettlement (R & R ) Plan

Proposed project site is in already possession of proponent. There is no requirement of R&R

plan.

8. PROJECT SCHEDULE & COST ESTIMATE

i.) Likely date of start of construction and likely date of completion [time schedule for

the project to be given]

Proposed industry can be establish after obtaining Environment Clearance from Env.

Dept., Maharashtra Govt. and Consent to Establish from Maharashtra Pollution Control

Board. The total time requirement for completion of construction would be 12 months

from the date of start of construction.

ii.) Estimated project cost along with analysis Break-up Cost

Sr. No. Particulars Capital Cost (INR in Lakhs)

1. Building 80

2. Plant Machinery 180

3. Working Capital 100

Total 360



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9. ANALYSIS OF PROPOSAL [FINAL RECOMMENDATION]

i. Financial and social benefits with special emphasis on the benefits to the local people

including tribal population, if any in the area

Mascot Finochem proposed to establish synthetic organic industry having capital cost of

Rs.360 Lakhs. Industry willing to manufacture 10 type of synthetic organic chemical

which will be used in Pharmaceutical as well as food industry. Automatically rate of

drugs production will be increased which is beneficial to the social health of state &

country.

Directly or indirectly proposed industry will provide social benefit in the form of

employment generation to local youth, infrastructure development in Chittegaon village

as well as financial benefits in the form of generation of service tax or income tax to the

government.

pre feasibility report -...

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