chapter 1: executive summaryenvironmentclearance.nic.in/writereaddata/online/tor/31...arl infratech...

Project : Expansion of existing AC sheets & pipes unit PFR

Promoter : ARL Infratech Limited

ARL Infratech Limited 1

Chapter 1: Executive Summary

M/s ARL Infratech Ltd. (earlier, Ankit Roofing Ltd.), with operations at village Dahami

Khurd, Tehsil Sanganer, District Jaipur (Raj) is an existing unit, manufacturing AC sheets and

pipes. The Company proposes to enhance its production capacity by Manufacturing Asbestos &

Non Asbestos Cement Sheets and Pressure Pipes from 1,60,000 MTPA to 2,40,000 MTPA.

Currently, the Company is proposing to switch a significant part of its product to the non-asbestos

variety, which also has a good export potential. This change to non asbestos fibre will not affect

the manufacturing process significantly and the same machinery installed can be used with other

fibres as well. The total investment for the project is estimated as Rs 58 Crores (existing +

Proposed).

The project has been granted previous environmental clearance for production of Asbestos

Cement Sheets and Pressure Pipes to the tune of 1,60,000 MTPA at village Dahami Khurd,

Tehsil Sanganer, District Jaipur vide letter No. J-11011/343/2007-IA II (I) Dated 27.09.2007.

The project falls under category A of schedule 4(c) for Asbestos milling and asbestos based

products.

There is no forest, wild life sanctuary, eco sensitive area present within 10 km area from the

project site.

There shall be no process emission from the proposed expansion as unit has all the required

pollution control measures and every effort will be made to mitigate the emissions from the

proposed expansion. ARL Infratech Ltd technology is based on minimum of air emissions and

zero liquid & solid waste philosophy.

The project details are summarized as under:

S. No. Particulars Existing Proposed Total

1. Plot area (sq. m.) 35,100 37,163 72,263

2. Address/ Location/ land

details (Khasra no.)

719,720,721 717(part),718,

885/722

719,720,721,718,

717(part),885/722

3. Production capacity 160,000* 80,000 240,000

4. Water requirement(KLD) &

Source

75 KLD

(Bore Well)

-- 75 KLD

(Bore Well)




5. Power requirement 1500 kVA -- 1500 kVA

6. Back up source 600 kVA (3nos.) 330 kVA (1nos.) 600 kVA (3nos.)

330 kVA (1nos.)

7. Employment generation 350 persons 100 persons 450 persons

*Asbestos and Non Asbestos Cement Sheets and Pressure Pipes

Water Requirement (Ground water):

S. No Water Requirement

(As Per EC)

Ground Water

Requirement

(As per CGWA NOC)

Change in water demand

after proposed expansion

1. 84 KLD 75 KLD No change (75 KLD)

The fresh water requirement will be met through from existing borewells located within project

premises. Domestic effluent shall be disposed in to existing STP. Industrial effluent will be

reused in process again and again in closed loop circuit. Use of water efficient techniques such

as changing curing mode (of sprinkling for 21days) to wrapping of stacked sheets with flexible

poly films has resulted in significant saving; further STP Treated water is being used in process

and in green belt development.

The project site is well connected with adequate infrastructure like National Highway, Railway,

Airport, telephone, internet, fax, post, etc.

**********



For ARL Infratech Limited 1

Chapter 2: Introduction to the Project/Background information

2.1 Identification of Project and Project Proponent:

M/s ARL Infratech Ltd. (earlier, Ankit Roofing Ltd.) at village Dahami Khurd, Tehsil

Sanganer, District Jaipur is an existing unit, manufacturing AC sheets and pipes. It

proposes to enhance its production capacity by Manufacturing Asbestos & Non Asbestos

Cement Sheets and Pressure Pipes from 1,60,000 MTPA to 2,40,000 MTPA.

For this proposed expansion added land will be 37,163 sq. m. mainly to be used for

stacking of products. With existing land of 35,100 sq. m, total land will be 72,263 Sq.m.

after expansion. The project technology is based on minimum of air emissions and zero

liquid & solid waste philosophy’.

PROJECT PROPONENT

ARL, headquartered in Jaipur, is a leading conglomerate engaged in serving the critical

infrastructure needs like roofing, water supply, sewerage, sustainable building construction

etc. The organization was established in 1995-96 with a vision to provide highest quality

products and services at the best price for the people of the nation. About two decades later

the group still stands committed to the vision of its founders and has been expanding its

base at a brisk pace.

ARL is one of the largest manufacturers of AC Pressure Pipes in North India and has to its

credit the first ever Asbestos Cement Sheet plant in Rajasthan.

2.2 Nature of the Project

The project in consideration is an existing Asbestos Cement Sheets and Pressure Pipes

manufacturing unit. The proposal involves expansion in the production capacity along with

phased replacement of asbestos fibre (partially) with non-asbestos fibre in pipes and

cement sheets manufacturing. The proposed activity is listed at Item 4 (c) of schedule of




Gazette Notification dated Sep 14th, 2006 and subsequent amendments {Asbestos milling

and asbestos based products}.

2.3 Need for the Project

Due to market demand and the latent export potential of non asbestos pipes and sheets,

ARL proposes to enhance the production capacity by expansion of existing unit. Asbestos

& Non Asbestos Cement Sheets and Pressure Pipes are very important elements of the

infrastructure development in the country. The sheets provide an excellent, lightweight,

durable and cost effective means of coverage especially for industries, sheds & go-downs.

The AC pressure pipes are used for conveying water, (potable, raw and wastewaters)

worldwide, because of their low cost, smooth surface, providing low resistance to flow and

anti corrosive nature.

2.4 Demand and Supply Gap

The asbestos cement sheeting industry is growing at a healthy rate of 10-12 per cent a year.

Even as the real estate sector has taken a hit due to the slowdown and subsequent reduction

in demand, the asbestos cement (AC) sheet industry, which provides roofing material for

about 50 per cent of the rural population, is relatively untouched. Driven by steady demand

from the rural markets, the industry is growing at a healthy 10-12% a year.

2.5 Imports versus Indigenous Production

AC Sheets have been used in India for over 70 years. Being weather-proof and corrosion

resistant, these sheets are practically ageless and maintenance free, whereas metal sheets

corrode and deteriorate with age and exposure.

AC Sheets have also proven to be the most cost effective, easy-to-install, strong and

durable roofing material for warehouses, factories, low-cost housing, and practically any

structure needing a roof. Apart from India, Russia, China, Thailand, Brazil are some of the

largest users of AC Sheets.




This industry sector is thriving on the import of about 3,50,000 tonnes of chrysotile

asbestos a year mainly from Brazil, Russia, Zimbabwe and Kazakhstan for production of

AC sheets and pipes. Asbestos was also mined in India. Mainly Blue asbestos (crocidolite)

was also being mined in Rajasthan, but the mining has gradually been phased out. Because

of the poor quality, it has never been used for manufacturing pressure pipes & sheets.

ARL has never used the indigenous variety because of the poor quality, environmental

hazard and legislative prescriptions.

2.6 Export Possibility

ARL is marking its presence in international markets as well with material dispatches to

Nepal, Lebanon, Angola and Canada etc. By introduction of non asbestos pipes and sheets,

export possibility to other countries is also under consideration.

2.7 Domestic/Export Market

With Quality and Integrity as its pillars, the group has grown its market base with more

than 700 Channel Partners in the states of Rajasthan, Gujarat, Punjab, Haryana, Madhya

Pradesh, Uttar Pradesh and Uttarakhand. It is already exporting small quantities but

expects that there could be a significant increase in its exports with introduction of the new

varieties.

2.8 Employment Generation

Due to expansion of existing unit, employment will be increased. The unit will hire local

people to the extent possible. Due to expansion, employment generation will be about 100

people. There are already 350 employees working at the existing plant. Therefore total

employment after this expansion will be about 450 people (350 existing + 100 proposed).

The expansion will also increase indirect employment opportunities to several ancillary

service providers.

*********



Chapter 3: Project Description

3.1 Type of Project

M/s ARL Infratech Ltd. Bagru is an existing unit, manufacturing AC sheets and pipes. It

proposes to enhance its production capacity by manufacturing Asbestos & Non Asbestos

Cement Sheets and Pressure Pipes from 1,60,000 MTPA to 2,40,000 MTPA.

The Proposed Expansion is covered under the Schedule of EIA Notification at S. No. 4(c)

(Asbestos milling and asbestos based products) of Gazette Notification dated Sep 14th

,

2006 and subsequent amendments and thus requires prior Environmental Clearance. The

project is categorized as “A” category.

3.2 Location

The project is located at village Dahami Khurd, Bagru, Tehsil Sanganer, District Jaipur

(Raj). The latitude and longitude of the project site are between 26°49'4.04 "N to

26°48'58.06 "N and 75°34'26.78 "E to 75°34'16.59 "E respectively.

Figure-3.1: General Location Map (Road)




Figure 3.2: Google Map




3.3 Details of Alternate Sites

Not applicable, since the proposed expansion is coming up on the adjacent land in

possession with ARL.

3.4 Size / Magnitude of Operation

ARL, Unit Bagru proposes to harness an additional area of 37,163 sq. m. for its expanded

operations that will mainly be used for stacking purposes (both products and raw material),

asbestos and non asbestos pipe unit. The proposed expansion will enhance manufacturing

of asbestos cement sheets and Pipes to the tune of 2,40,000 MTPA. The same is tabulated

as under:

Table 3.1: Details of proposed expansion

Particulars Existing Proposed Total

Plot area (sq. m.) 35,100 37,163 72,263

Production capacity (MTPA) 160,000 80,000 240,000

3.5 Project Description with Process Details

The proposed expansion will enhance manufacturing of asbestos cement sheets and Pipes

to the tune of 2,40,000 MTPA (including the non-asbestos sheets and pipes)from 1,60,000

MTPA AC sheets and pipes.

Details of raw materials, product specifications and manufacturing process are tabulated as

under:

Table 3.2: Details of Raw Material, Product Sizes & Manufacturing Process

Particulars Cements Sheets Cements pipes

Raw-material for

Asbestos

Products

1. Naturally mined (imported)

Asbestos Chrysotile Fibre.

2. Ordinary Portland Cement.

3. Fly Ash

4. Pulp of Cotton/ Paper

5. Ground Waste if available

6. Viscose/ PVA / Rayons etc.

1. Naturally mined(imported)

Asbestos Chrysotile Fibre.


3. Fly Ash


5. Viscose/ PVA / Rayons etc.




Raw-material for

Non-Asbestos

Products

1. PVA Fiber


3. Fly Ash

4. Pulp of Wood/ Cotton/ Paper


6. Performance enhancers

1. PVA Fiber


3. Fly Ash


5. Performance enhancers

Product Sizes Length: 3.6 m, 3.00 m, 2.88 m, 2.75m,

2.50 m, 2.25 m, 2.00 m, 1.75 m, 1.50 m

Standard width: 1.05

80 mm to 600mm (in 4 and 5 mtr

length)

Manufacturing

Process

(Pipes)

Mazza Process also known as

"Lamination Process": involves

forming of thin layer of film of above

raw materials and wrapping over a

drum to form required thickness of the

sheet before corrugating. Complete

processing is done in a closed circuit.

Nothing will be done manually. The

unit have the following manufacturing

process:-

1. Raw material preparation

2. Slurry preparation

3. Sheet forming

4. Conveyor system

5. Waste recycling

6. Corrugation

7. Pre-Curing

8. Destacking

9. Final Curing (Wrapping)

10. Storage and Dispatch

Modified Magnani Process:

Using Kollargang, hydro

disintegrator, turbo mixer/ hydro

pulper machines, vertical mixer are

provided with electrically controlled

system for controlling the thickness

of layers around the mandrel of pipe

formation & having semi-automatic

machines for pipe finishing e.g.

Cutting, turning, chamfering

operations and provided with

mechanical handling system. The

unit has the following manufacturing

process:-

1. Raw material preparation

2. Slurry preparation

3. Pipe forming

4. Calendaring system

5. Pipe Extraction

6. Pre-Curing

7. Final Curing

8. Finishing

9. Storage and Dispatch

The schematic flow sheet for sheets manufacture is given below. It also shows the positions

of the air pollution control equipment another water circuit showing how the status of

“Zero Discharge” is proposed to be achieved.




Figure 3.3: Manufacturing process for Asbestos Cement Sheets




Figure 3.4: Manufacturing process for Asbestos Cement Pipes

Note:- The main equipment and process remains the same for non asbestos products also.




3.6 Raw material with required quantity, source, marketing area of final

products, mode of transport of raw material and finished product

The major raw materials used for the manufacturing of Sheets and Pipes are:-

S.

No.

Raw

Material

Source Mode of Transport

1 ASBESTOS

FIBRE

Asbestos Fibre is mostly imported directly from

Countries like Russia, Brazil and Kazakhstan, etc.

By ship to the port and

by Road from Port.

2 CEMENT Cement is purchased directly from manufacturers

majorly from Rajasthan only like Wonder, Lafarge

& Ultra-tech cement.

By Road

3 FLY ASH Fly Ash is obtained from Thermal Power Plants in

Kota, Suratgarh and Dadri.

By Road

4 PVA Fiber Imported from China By ship to the port and

by Road from Port.

Market Area

With Quality and Integrity as its pillars, the group has grown its market base with more

than 800 Channel Partners in the states of Rajasthan, Gujarat, Punjab, Haryana, Madhya

Pradesh, Uttar Pradesh and Uttarakhand. ARL has also marked its presence in

international markets like Nepal, Africa, and North America etc.

3.7 Resource Optimization / Recycling and Reuse

The project, planned and based on the “Zero discharge philosophy”, involves expanding

capacities for manufacture of asbestos cement pipe and sheets conforming to IS 1592 and

sheets to IS 459 respectively.




Figure 3.5: Photographs showing sheet wrapping

The cut fiber bags are shredded in the automatic bag shredder attached to the bag opening

device and fed to slurry mixer for use in the process. The wet AC sheets coming out of the

curing/heating chamber are quickly wrapped all around with thin poly sheets to prevent

any further moisture evaporation. This has resulted in saving of curing water to the tune

of about 25 KLD.

REUSE OF WASTE:

Proposed Installed capacity = 2,40,000 MTPA

Total breakage = 1.2%

i.e. = 1.2 x 2,40,000/100

= 2880MTPA

It shall be ground/ pulverized and recycled in AC sheet manufacture.

3.8 Availability of Water, Its Source, Energy / Power Requirement and

Source

3.8.1 Water Availability & Its Source

Source of Water: Bore wells

Water demand: As under:




WATER CONSUMPTION

S. No. Existing Proposed Total

a. Industrial

Fresh

Recycled (STP treated)

43 KLD

35 KLD

8 KLD

21 KLD

18 KLD

3 KLD

64 KLD

53 KLD

11 KLD

b. Domestic

Fresh

Recycled (STP treated)

15 KLD

15 KLD

--

5 KLD

5 KLD

--

20 KLD

20 KLD

--

c. Green belt (Recycled- STP treated) 3 KLD 3 KLD 6 KLD

Total

Fresh

Recycled

61 KLD

50 KLD

11 KLD

30 KLD

23 KLD

7 KLD

90 KLD

73 KLD

17 KLD

3.8.2 Energy / Power Requirement & Its Source

There is no additional electric power requirement beyond the contract demand for

proposed expansion.

Particulars Existing Proposed Total

Source of supply 33 kV JVVNL GSS

Contract demand 1500 kVA No change 1500 kVA

DG Sets

Number 3 nos. 1 nos. 3 nos,

Capacity 600 kVA each 330 kVA 600 kVA

Fuel HSD: 80 l/ hr/ DG set HSD: 36 l/ h HSD: 80 l/ hr/ DG set(3

nos,600 kVA each)

HSD: 36 l/ h(1nos. 330

kVA

3.9 Quantity of wastes to be generated (Liquid and Solid) and scheme for

their management / disposal




(A) Quantity of Liquid Waste to be Generated & Its Management / Disposal:

The quantity of domestic wastewater generated will be around 18 KLD.The domestic

wastewater will be treated through STP. Approximately 11 KLD for process water and 6

KLD for green belt development shall be catered to by the treated domestic wastewater.

(B) Quantity of Solid Waste to be Generated & Its Management / Disposal:

All the broken material generated in testing/manufacture pipes & sheets is being recycled

after crushing/grinding in sheet manufacture. More crushed ACP/ACS material can be

mixed after pulverisation without compromising sheet quality.

1. Process solid Waste: 2880 TPA (Broken sheets & pipes)

(Existing: 1950TPA + Proposed: 930 TPA)

Hazardous waste as per HOWR, 2016. Asbestos containing residues

The same are being and will be pulverized and recycled in the closed circuit process.

2. Municipal Solid waste: 68 kg/day

(Existing: 53 kg/day + Proposed: 15 kg/day)

The same is being and will be disposed of as per SWMR, 2016

3. Approximately 0.5 MT/Month of dry waste collected from the dust collector system

will be mixed with water to form slurry, which will be recycled into the process. Also

the filter bags are periodically washed before re-installation and the wash water Slurry

utilized in the process.




Figure 3.6: Flow chart showing recycling of waste

3.10 Schematic representations of the feasibility drawing which give

information of EIA purpose:

The project layout showing various features along with the existing as well as proposed

land is given as under:




Figure 3.7: Plant Layout

******




Chapter 4: Site Analysis

4.1 Connectivity:

The project site is well connected with all infrastructure like National Highway,

Railway, Airport, telephone, internet, fax, post, etc.

Nearest town, city, district headquarters is Jaipur located at distance of approx. 30.00

km from the project site.

National Highway No. 8 is at a distance of about 1.5 km towards North and NH-11 C

is at a distance of -3.0 km towards west.

Nearest railway station is Sanganer R.S.at a distance of 20 km towards E and Jaipur

Junction RS at a distance 24 kms towards NE from the project site.

Nearest airport is Jaipur International Airport located at a distance of about 23.2 km

towards E direction from the project site.

4.2 Land Form, Land Use and Land Ownership:

The Unit is located in close proximity to notified RIICO Industrial Area, Phase-II at

Dhami Khurd, Bagru, Tehsil Sanganer, Jaipur (Raj.)

Land use: The entire area is designated for Industrial area as per the Master Plan of

Jaipur. No new creation of land use is envisaged.

The total land area after expansion will be 72,263 sq. m. The ownership of the land is

with ARL itself.

4.3 Topography:

The topography of the land is flat terrain. No change in topography is envisaged due to

proposed expansion project.




4.4 Existing Land Use Pattern, Shortest Distance from the Periphery of the

Project to Periphery of the Forest, National Park, Wild Life Sanctuary,

Eco Sensitive Area, Water Bodies (Distance from the HFL of the River),

CRZ:

The project is located in an area designed for industrial use as per the Master Plan of

Jaipur. The existing land use is industrial and no change in land use in envisaged.

There are no Wild life Sanctuary, National Park, Notified eco sensitive areas within 10

km from the project site.

The details of water bodies and P.F/RF within 15 kms area are mentioned below:

1. Sadariya nadi ~1.4 km towards S direction seasonal in nature; runs for about 10

days in monsoon season.

2. Nevata talav ~10.6 km towards E direction

3. Hingoliya Sagar Dam ~11.36 km towards WSW direction

4. Bandi River ~13.07 km towards WSW direction; also seasonal

5. Muhana R.F ~13.1 km towards E direction

4.5 Existing Infrastructure:

The existing unit already has all the basic amenities like adequate industrial sheds

sanitation facilities, drinking water arrangements, Restrooms, Canteen, Storage area,

transformers, DG sets (for power back up), etc.

4.6 Soil Classification:

Soils in the region are mostly silty sand. The soil is slightly alkaline in nature & having

low nutrients

4.7 Climatic Data From Secondary Sources:

The only meteorological observatory in the district is at Sanganer Airport, Jaipur city. The

period from March to June is one of continuous rise in temperature, May and the first half

of June being the hottest time of the year. The mean daily maximum temperature in May




is 40.6° C and the mean daily minimum is 25.8° C. The night temperature in June is a little

higher than in May. In May and June the maximum temperature some-times reaches 47°C.

The setting-in of the southwest monsoon after the middle of June lowers the temperature

but the relief from the heat is not marked because of the added discomfort from the

increase in humidity. After the withdrawal of the monsoon by mid-September, days

become hotter and in October, a secondary maximum in day temperature is reached. The

nights become progressively cooler. After mid-November both day and night temperatures

drop rapidly till January which is the coldest month with the mean daily maximum

temperature at 22.0° C and the mean daily minimum at 8.3° C. During the brief southwest

monsoon period the relative humidity is generally over 60%. Rest of the year the air is dry

and during summer season, afternoon humidity may be as low as 15-20%. The average

relative humidity in 2009 was 47%.

Climatic data from the secondary sources available from IMD, Jaipur is summarized in the

below table:

Table 4.1: IMD Data of Jaipur (Saganer Airport)

S.

No.

Month Average

Minimum

Temperatures

(in 0C)

Average

Maximum

Temperature

(in 0C)

Average

Rainfall/

Precipitation

(mm)

Relative Humidity %

Avg. at 08.30

Hrs.

Avg. at 17.30

Hrs.

1. January 7.8 22.5 7.9 52 58

2. February 10.7 25.7 11.7 32 24

3. March 15.8 31.5 6.1 17 73

4. April 21.4 37.0 4.1 20 9

5. May 25.4 40.3 16.2 19 23

6. June 27.2 39.3 66.0 21 22

7. July 25.5 33.9 216.3 64 120

8. August 24.3 32.0 231.2 44 70

9. Sept. 22.9 33.2 80.3 78 33

10. October 18.6 33.4 22.6 30 33

11. November 13.1 29.0 3.2 24 36

12. December 9.1 24.4 3.3 49 56

Source: IMD station, Jaipur

Winds

Winds are generally light to moderate, but in summer and early southwest monsoon

season, winds may strengthen for some days. Westerly to southwesterly winds prevail in

the southwest monsoon season. In the post-monsoon and winter months, winds are mostly




from west and north directions. In the summer season, winds blow from southwest and

northwest. Wind speed is generally light during the post monsoon and winter months. The

wind speed increases during the summer and monsoons. Except during the monsoon

months of July, August, and September, the dominant wind direction is from the west and

northwest directions. During the monsoon months, the wind blows from the east and

southeast. Calms are reported at an annual average of 9%.

4.8 Social Infrastructure Available:

The project surroundings has well developed social infrastructure within 5 kms radius,

though the 1 kms radius is predominantly industrial.

Sanganer Tehsil of Jaipur district has a few colleges offering courses in professional

disciplines such as management, computer applications, etc apart from the conventional

courses.

Sanganer hosts a number of Engineering, Medical, Nursing, ayurvedic, and physiotherapy

Colleges and Industrial Training Institutes.

Sanganer Tehsil of Jaipur district has several hospitals for providing a comprehensive

range of medical services backed by modern technology and trained clinicians.

A well established post collection centre, telephone network, road network and banking

etc. are available in area surrounding the project.

*********




Chapter 5: Planning Brief

5.1 Planning Concept:

The proposed expansion is coming within the existing land premises owned by the

company.The additional land will mainly be used for stacking purposes (both products and

raw material) and asbestos and non asbestos pipe unit. The plan showing the proposed

expansion is detailed at Chapter 3 (Fig. 3.7)

5.2 Population Projection

Due to expansion of existing unit, employment will be increased. The unit will hire local

people from the nearby villages. Due expansion, employment generation will be about

100 people. There are already 350 employees working at existing plant. The expansion

will also generate indirect employment opportunities.

5.3 Land Use Planning:

The land use break up (internal) is summarized as under:

Table 5.1: Land use break up

S.

No.

Particulars Existing

(Sq.m)

Proposed

(Sq.m)

Total (Sq.m) Remarks

1 Plant area (includes

areas for industrial

sheds, stacking area)

15,093 12,367 27460 (38%) Area mainly for stacking

of finished goods, raw

material. (Existing sheds

in the new land, already

owned by ARL)

2 Paved area (includes

Parking and road )

8,424 12,532 20,956 (29%) --

3 Green area 11,583 12,264 23,847 (33%) --

Total 35,100 37,163 72,263 --




5.4 Assessment of Infrastructure Demand (Physical & Social)

The project site is well connected with all the infrastructure facilities. No major new

infrastructure will be required. Local people will be hired for expansion and they will be

trained within unit. Thus, no social infrastructure will be required.

5.5 Amenities / Facilities

All the basic facilities like sanitation & drinking water, dining areas are provided within

premises.

First aid box, free medicines & professional medical assistance/ service (on call basis) is

provided.

Adequate PPE’s are provided to all workers.

********




Chapter 6: Proposed Infrastructure

1. Industrial Area

(Processing Area)

Existing -15,093Sq.m

Proposed-12,367Sq.m

Total- 21,592 Sq.m

2. Residential Area

(Non Processing Area)

Not envisaged

3. Green Belt Existing -11,583Sq.m

Proposed-12,264Sq.m

Total- 23,847 Sq.m

4. Social Infrastructure Social infrastructure available within 10-15 km from

project site.

5. Connectivity Existing infrastructure is adequate. No new

transportation infrastructure is required.

6. Drinking Water

Management

Adequate drinking water facilities are provided.

Source of water is ground water

7. Sewerage System Domestic effluent shall be disposed in existing STP and

treated effluent recycled, reused.

8. Industrial Waste

Management

All the broken material generated in

testing/manufacture is being recycled after crushing and

grinding in sheet manufacture. Ground and crushed

ACP/ACS material can be mixed without

compromising sheet quality.

9. Solid Waste Management

10. Power Requirement &

Supply / Source

Existing Energy details:

Source: Jaipur Vidyut Vitran Nigam Limited.

Contract load: 1500 kVA

For power back up: 3 nos. D.G.Sets of 600 kVA

capacity each.

Proposed Power back up:

One DG sets of capacity 330 kVA

**********




Chapter 7: Rehabilitation and Resettlement (R & R) Plan

There are no R&R implications of proposed expansion.

***********




Chapter 8: Project Schedule & Cost Estimates

8.1 Likely Date of Start of Construction and Likely Date of Completion

Enhanced Production shall be started within one year of getting Environment Clearance

from MoEFCC and consents from RSPCB.

8.2 Project Cost Estimation

The total investment for the project is estimated as Rs 58 Crores (existing + proposed).

***********




Chapter 9: Analysis of Proposal

9.1 Financial and Social Benefits with Special Emphasis on theBenefit to

the Local People Including Tribal Population, if any, in the Area

Due to proposed project, it is expected that employment will increase for people who

reside nearby project area. Approx. 100 persons will get employment directly.

Due to increase in raw material and product transportation activity, indirect employment

will be generated.

As local people will get job, their living status will increase.

Due to rain water harvesting system, coupled with conservation measures adopted by the

company,water table level in project area will increase which is beneficial to surrounding

farmers.

Due to green belt development, aesthetic value of local environment will improve.

***********

chapter 1: executive summaryenvironmentclearance.nic.in/writereaddata/online/tor/31...arl infratech...

Documents