PROPOSED TERMS OF REFERENCE -...

1

PROPOSED TERMS OF REFERENCE

FOR

PROPOSED RESIDENTIAL DEVELOPMENT

AT

SURVEY NOS. 3 AND 9,

GASTHIKEMPANAHALLI VILLAGE,

YELAHANKA HOBLI,

BENGALURU NORTH (ADDITIONAL) TALUK,

BENGALURU, KARNATAKA.

PROMOTER

M/s. ADARSH HAVEN PRIVATE LIMITED,


PREPARED BY

M/s. A&N TECHNOLOGIES

# 855, 3RD FLOOR, 6TH MAIN,

BEHIND RAGI GUDDA, J P NAGAR 2ND PHASE,

BENGALURU, KARNATAKA-560 078

PH: (080) 64500227, 41209283

~~~~~*****~~~~~

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M/s. ADARSH HAVEN PRIVATE LIMITED


AT GASTHIKEMPANAHALLI VILLAGE, YELAHANKA HOBLI,



PROPOSED

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A & N Technologies, Bengaluru

1. INTRODUCTION

1.1 PREAMBLE

Environmental protection and sustainable development have been the

cornerstones of the policies and procedures governing the industrial and other

developmental activities in India. Ministry of Environment, Forests & Climate Change has

taken several policy initiatives and enacted environmental and pollution control

legislations to prevent indiscriminate exploitation of natural resources and to promote

integration of environmental concerns in developmental projects; one such initiative is the

Notification on Environmental Impact Assessment (EIA) of developmental projects issued

on 27.1.1994 under the provisions of Environment (Protection) Act, 1986, amended on

07.07.2004 & included for certain criteria’s of construction projects including new

townships, settlement colonies, commercial complexes, hospitals and office complexes to

obtain environmental clearance. Further this notification was amended as Environmental

Impact Assessment Notification S.O.1533 (E) of 14th September 2006 and as amended

Notification S.O.3067 (E) dated 1st December 2009 and further amended Notification No.

SO.3999 (E) dated 9th December 2016 making mandatory for specified categories of

developmental projects to obtain Environmental Clearance.

TOR has been prepared as per EIA GUIDANCE MANUAL for Building, Construction,

Township and Area Developmental Projects prepared by Administrative Staff College of

India, Hyderabad dated February 2010 and Standard Terms of Reference (TOR) for EIA &

EMP report for projects/activities requiring Environmental Clearance under EIA

notification 2006 released by Ministry of Environment, Forests & Climate Change, April

2015.

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1.2 PROFILE OF THE PROMOTERS

‘ADARSH GROUP’

For over twenty eight years, Adarsh has been providing innumerable families stability

and shade; and a place they can call home. Mr. B. M. Jayeshanker and Mr. B. M. Karunesh founded

and formed Adarsh Group in 1988.

Since its inception in 1988, Adarsh Group has experienced phenomenal growth under the

visionary leadership of Mr. B. M. Jayeshanker. A civil engineering graduate and accomplished

management expert, he has a keen eye for design and quality and ensures that each of his

projects emerges as a landmark and is appreciated by owners and investors. With complete faith

in his brother Mr. B. M. Jayeshanker knowledge and conviction, Mr. B. M. Karunesh supported

him and together they formed the Adarsh Group in 1988. He has exceptional knowledge in the

areas of Revenue, Land acquisitions, Legal & Visioning and has been a continuing contributor in

these areas while being involved in the Company operations.

Vision of the company:

To be known as the creator of unprecedented superior lifestyles.

Building brick by brick, a future of architectural excellence. Providing secure, eco-

friendly and self-sufficient lifestyles.

Aim to develop prime pockets of land to build exemplary properties that are

benchmarks in quality. Apartments, villas and other projects are meticulously planned

and executed, earning a niche for themselves.

Mission of the company:

Imagine, Innovate, Implement

Core ideology of providing perfect sanctuaries has been the driving force of the mission

to acquire a distinguished position in the world.

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Differentiation is based on the ability to innovate, based on a customer-centric approach

and feedback. Adarsh ensure that their clients get truly international quality and

amenities in a natural eco-friendly environment.

Milestones:

1988 - Mr. BM Jayeshankar and Mr. BM Karunesh founded and formed Adarsh Group.

1990 - Built Adarsh Manor, the company’s first Apartment building project.

1996 - Adarsh Palace was built - one of the first residential properties in Bengaluru to

offer a clubhouse and landscaped open spaces.

1998 - Commenced development of the first ever premium gated villa community,

Adarsh Palm Meadows.

2004 - Opened Adarsh Palm Meadows Club with guest rooms - first step into hospitality.

2005 - Commenced development of a Township with villas, residences and offices -

Adarsh Palm Retreat.

2007 - Forayed into Luxury Hospitality by signing up to build two Shangri-La Hotels in

Bengaluru.

2010 - Hospitality venture continued with the opening of Business hotel, Adarsh

Hamilton.

2013 - Won the Credai Award for “Best Villas & Row Houses” - Adarsh Palm Retreat.

2015 - Luxury hotel Shangri-La, first in Bengaluru was completed and inaugurated.

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TABLE: DETAILS OF PROJECT PROPONENT

SL. NO. DESCRIPTION DETAILS

1. Name & contact address M/s. Adarsh Haven Private Limited,

No. 10, Vittal Mallya Road,

Bengaluru, Karnataka– 560 001.

Tel: +91 80 4134 3400

Fax No.: +91 80 22218565

e-mail: [email protected]

2. Implementing

Organization M/s. Adarsh Haven Private Limited

3. Project Consultants Enclosed as Annexure - 1

ANNEXURE - 1

PROJECT CONSULTANTS

SL. NO. DESCRIPTION DETAILS

1. Environmental M/s. A & N Technologies,

Bengaluru

2. Architect M/s. Adarsh Group,

Bengaluru

3. PHE & Fire M/s. Adarsh Group,

Bengaluru

4. Electrical M/s. Adarsh Group,

Bengaluru

5. Structural M/s. Adarsh Group,

Bengaluru

6. Landscape M/s. Adarsh Group,

Bengaluru

7. Traffic M/s. Consortia of Infrastructure Engineers,

Bengaluru

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1.3 LAND DESCRIPTION

As per Bengaluru Development Authority (BDA), Revised Master Plan – 2015, the

proposed project site is designated as Residential Main Zone. The land has been converted

from agricultural to Residential purpose.

APPLICABLE REGULATIONS AND STANDARDS

The proposed project site comes under Bengaluru Development Authority (BDA). With

respect to prevention and control of environmental pollution, the proposed project is

governed by the following Acts and Rules of MoEFCC.

Water (Prevention and control of Pollution) Act, 1974 as amended in 1988.

Air (Prevention and control of Pollution) Act, 1981 as amended in 1987.

Environmental (Protection) Act, 1986 amended 1991 and Environmental (Protection)

Rules, 1986 and amendments thereafter;

Hazardous Waste (Management & Handling) Rules 1989 (latest amendment 2008 and

2016).

The Noise Pollution (Regulation & Control) Rules, 2000 and as amended in 2002, 2006

and 2010.

Municipal Solid Waste (Management and Handling) Rules, 2000 and as amended in

2016.

The EIA notification, dated 07.07.2004 as amend in 14.09.2006, 19.01.2009, 01.12.2009,

22.12.2014 and 09.12.2016.

Stating that for any project or activity specified in Category A in the item 8(b) of

schedule i.e. Township and area development projects crossing the built up area of 3, 00,000

Sqmt, TOR should be conveyed to IAA (Impact Assessment Authority), based on the approved

TOR, EIA studies should be conducted which also includes an Environmental Management

Plan for the mitigation of these impacts. The applicable standards for the proposed project

will be discussed in detail in the EIA report.

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1.4 LITIGATION PENDING AGAINST THE PROPOSED PROJECT

There are no litigations, directions or orders passed by any court of law for the project.

2. PROJECT DESCRIPTION

2.1 GOAL AND OBJECTIVES

Providing a broad spectrum of integrated solutions.

Meeting and exceeding customer needs and expectations.

Adopting the latest technologies to deliver state-of-the-art developments with

great care and detailing.

Ensuring conservation and development of eco-friendly projects.

Making continuous improvement in all areas of activity based on customer inputs

in order to improve customer satisfaction.

Contributing to the welfare of society.

2.2 DESCRIPTION OF THE PROPOSED PROJECT

In an effort to fulfill the increasing demand for dwelling units, the promoter “Adarsh

Haven Private Limited” came into being with the sole aim of providing quality residential

apartments for the people of different strata. One of such projects, envisioned by M/s. Adarsh

Haven Private Limited is being proposed to develop residential apartments at Survey Nos. 3

and 9, Gasthikempanahalli Village, Yelahanka Hobli, Bengaluru North (Additional) Taluk,

Bengaluru, Karnataka encompassing an area of 1,08,858.92 Sqmt (26 Acres 36 Guntas).

The project comprises of comprises 3,172 Nos. of units in 8 Blocks. Block A, B, C, D, E, G

& H are sprawled across B+Stilt+G+12UF and Block F is sprawled across Stilt+G+12UF with a

height of 41.25 m.

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2.2.1 BASIC INFORMATION

1. Project Type Proposed Residential Development

2. Total Site Area 1,08,858.92 Sqmt (26 Acres 36 Guntas)

3. Total Built up Area 3,13,638.34 Sqmt

4. Total Ground coverage Area 19,568.36 Sqmt (19.98%)

5. Total Landscape Area 32,806.98 Sqmt (33.50%)

6. Max. Height of the Building 41.25 m

7. Total No. of units 3,172 Nos. of units in 8 Blocks.

8. Total Number of contributing

population

15,340 Nos.

9. Source of water & requirement Source: BWSSB

Total water requirement: 2,082 KLD

For Domestic Purposes: 1,388 KLD

For Flushing: 694 KLD

10. Source of power & requirement Source: BESCOM

Power requirement – 10,000 kVA

Transformers capacity – 1,010 kVA X 10 Nos.

DG sets capacity – 1,010 kVA X 3 Nos. &

500 kVA X 2 Nos.

11.

Transportation Connectivity Yelahanka Railway Station, which is around 3.6

km from the project site.

Bengaluru City Railway Station, which is

around 20.0 km from the project site.

Kempegowda International Airport is around

21.5 km from project site.

12. Parking Requirements Required number of car parks: 3,490 Nos.

Provided number of car parks: 3,500 Nos.

13. Type of building material to be

used

Energy efficient/alternative building materials will

be used.

14. Environmental Liability of the site There are no such environmental liabilities

towards the proposed project.

15. Existing structure / Type of

material – Demolition debris etc

Presently the project site is being used as a golf

court. The project site consists of trees and few

RCC structures. These will be cleared during the

site formation.

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2.3 SITE SELECTION

Environmental impacts of construction and operation are established during the early

phases of site selection and planning. Site selection, planning and design form an important

stage in the development of the project and will determine their environmental impacts

throughout the construction & operation stage of the proposed project.

Following procedures are considered during site selection:

From the project there should not be any negative impact to the existing bio

diversity & ecosystems of the site.

From the project there should not be any disturbance to the heritage & cultural

values such as protected monuments.

Geographical latitude and microclimatic factors such as wind loads & solar

access will be assessed.

Natural topography & landscape will be given clearly.

Based on the infrastructure & utilities available the site is selected.

Site is selected in light of a holistic perspective of land use, development

intensity, social well-being and preservation of the environment.

Proposed land use will conform to the approved Master Plan/ Development

plan of the area. If there is no approved plan, consent from appropriate

authority will be taken & will be submitted for Environmental Clearance.

2.4 MAN POWER REQUIREMENT

The list of manpower requirements for the proposed project is given in the below table

format.

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TABLE: MAN POWER REQUIREMENT

SL. NO. MAN POWER NOS.

1. Project Manager 4

2. Safety Officer 6

3. Senior Engineer (Planning/ QS) 6

4. Senior Engineer (Execution) 8

5. Engineer / AE / JE (Execution) 12

6. Supervisor 15

7. Stores Officer 7

8. Stores Assistant 9

9. Asst Admin & Accounts 3

10. Masons 12

11. Labors 1,600

12. Electricians 14

13. Electrician Helpers 19

14. Plumber 14

15. Plumber Helpers 10

16. Carpenters 10

17. Carpenter Helpers 15

18. Tile Fitters 30

19. Tile Fitting Helpers 40

20. Miscellaneous 20

21. Painters 11

22. Painting Helpers 14

2.5 PROJECT IMPLEMENTATION SCHEDULE

The details of project implementation schedule will be included in the EIA report.

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AERIAL VIEW COVERING 500 m RADIUS

Prakruthi

Nagar

To Balaji Lake

View Layout

Apoorva

Meadows

Project Site

Jakkur Lake

Towards

Kogilu

Towards

Agrahara

Layout

Towards

Sampigehalli

Latitude: 13°05’45.98” N

Longitude: 77°36’44.51” E

Kogilu

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AERIAL VIEW COVERING 10 km RADIUS

Latitude: 13°05’45.98” N

Longitude: 77°36’44.51” E

10 km

Project Site

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TOPO MAP COVERING 10 km RADIUS

10 km

Project site

Scale:

1cm: 0.5km

20cm: 10km

Project Site

10 km

Topo Map No:

57G/12

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3. ENVIRONMENTAL DATA

3.1 INTRODUCTION

This section includes the following subsections for each environmental parameter.

a) Anticipated impacts

b) Relevant mitigation measures

This study will be carried out for the following different Environmental facets in

relation to building construction:

a) Land

b) Water (Ground & Surface)

c) Air

d) Noise

e) Biological

f) Socio-Economic

3.1.1 STUDY AREA & PERIOD

The study area considered for the proposed project is an area covering 10 km radius,

with project site as center.

Primary data i.e. baseline data will be monitored for one season (October 2017 to

December 2017). Secondary data will be collected for three months (August 2017 to October

2017). Monitoring of the parameters will be carried out as per CPCB guidelines within the

study area.

3.1.2 BASELINE STUDY

The existing environmental setting will be considered to establish the baseline

conditions which are described with respect to climatic conditions, air quality, water quality,

soil characteristics, ecology, socio-economic profile, land use and noise. Baseline data

describes the existing environmental status of the identified study area with reference to the

prominent environmental attributes. Hence baseline environmental status is the most

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important study based on which probable impacts from the proposed project can be

predicted. Hence, it is necessary to ascertain the baseline data of the above mentioned

environmental facets.

3.2 LAND ENVIRONMENT

The first feature which influence the development of a project is the existing land use

pattern of the neighborhood of the project, whether the proposed development conforms to

the development for that area or not.

The detail study of the land environment will include the following study areas.

Study of land use pattern, habitation, cropping pattern, forest cover, environmental

sensitive places etc, employing remote sensing techniques (if available) and ground

truth and also secondary data sources.

Study about trend of change in land use pattern, if any, with reasons thereof for the last

10 years based on remote sensing techniques data and its extrapolation to future 10

years with and without the project.

3.2.1 LAND USE PATTERN

The use of land is determined both by physical factors such as topography, climate, and

soil types as well as human factors such as population density, technological capability, culture

& tradition etc. Land use has a major impact on natural resources including ware, soil,

nutrients, plants and animals.

“Land Use” in the urban planning context means the use to which zones of land are put

to. It could be residential, commercial, industrial, parks and open space, playground, traffic and

transportation etc. The use to which land should be put to must be optional. This can be done

only if the existing land use is estimated.

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Existing Land use:

The proposed land use designated in the Revised Master Plan (RMP) – 2015 of BDA

(Bengaluru Development Authority) for Yelahanka Hobli, Bengaluru North (Additional) Taluk,

is shown in the below figure.

It is observed from the Revised Master Plan (RMP) - 2015 of BDA, {3.09 Thanisandra}

the proposed project site is designated as Residential Main Zone. The land has been converted

from agricultural to Residential purpose. The overall land use pattern planned for the Planning

District 3.09 Thanisandra for the planning year 2015 is as enumerated in the following table.

Proposed Land Use Analysis as per RMP -2015

Land Use Area in

Hectare % of Total

Residential(Main) 2,619.84 69.55

Residential(Mixed) 98.19 2.61

Commercial (Central) -- --

Commercial (Business) 38.54 1.02

Mutation Corridor -- --

Commercial Axes 21.53 0.57

Industrial 233.30 6.19

High Tech -- --

Public and Semi Public 36.50 0.97

Green (Parks & open Spaces) 118.36 3.14

Traffic & Transportation 573.17 15.22

Public utilities 27.44 0.73

Unclassified -- --

Total 3,766.86 100.00

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REVISED MASTER PLAN – 2015

(PROPOSED LANDUSE MAP 3.09 TANISANDRA)

PROJECT SITE

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3.2.2. GEOLOGICAL SETTINGS

The geological settings of the entire Bengaluru North (Additional) Taluk will be

described under this section in the EIA report.

3.2.3 PHYSICO- CHEMICAL CHARACTERISTICS OF THE SOIL

The soil sample from the proposed project site will be collected and analyzed; it will be

detailed out in the EIA report.

3.2.4 GROUND WATER TABLE

The detail study of the ground water table will be carried out for the study area and it

will be detailed out in the EIA report. This includes the study of depth of the ground water

table, yield of the open wells as well as bore wells, details of surface run off, evapo-

transpiration and the ground water recharge through rain fall.

3.2.5 ANTICIPATED IMPACTS

The expected impacts on the land environment during construction & operation phase

are as follows which will be studied in detail in the EIA report.

Disturbance to soil substrata during site preparation.

Anticipated impacts on the surrounding land use pattern.

Impact on fertility status of the soil.

Impact on the natural drainage system.

3.2.6 MITIGATION MEASURES

Following mitigation measures will be undertaken in order to avoid the anticipated

impacts on the land environment.

Proper management of excavated soil.

Landscape development within the project site.

Natural drainage system will not be disturbed and it will be maintained in proper

manner.

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3.3 WATER ENVIRONMENT

Information on both ground and surface water resources will be collected and assessed

during the study period. These water resources will be analyzed for Physico-chemical quality,

nutrients, Heavy metals and for micro-biological parameters. Information on total water

requirement and sources of wastewater has been collected. The data on quantity and

anticipated characteristics of wastewater for the proposed project has also been collected.


There will be anticipated impacts on the surrounding water environment during both

the construction and operation stage of the proposed project. Following are the some of the

anticipated impacts on the surrounding water environment due to the proposed project.

Impacts on nearby water sources.

Impact on exploitation of surface/ ground water.

Wastewater generation.


Following are the some of the mitigating measures to minimize the pollution level.

Proper measures to avoid the runoff from the construction activities.

Water conservation within the buildings.

Rainwater harvesting to maintain the water level - Construction of water

harvesting structures.

Reuse of STP treated water for flushing, gardening, etc.

Water conservation in landscape.

Measures for mitigation of wastewater generation.

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3.4 AIR ENVIRONMENT

The ambient air quality analysis for the study area will be conducted for all the

parameters specified in the National Ambient Air Quality Standards, Central Pollution Control

Board Notification, New Delhi dated 18th November, 2009.

3.4.1 AMBIENT AIR QUALITY STATUS

The prime objective of the base line air quality survey is to assess the existing air

quality of the study area, which has been compared with the NAAQS.

The ambient air quality analysis for the study area will be conducted for all the

parameters specified in the National Ambient Air Quality Standards, Central Pollution Control

Board Notification, New Delhi, and 18th November, 2009.


There will be anticipated impacts on the surrounding air environment during both the

construction and operation stage of the project. The immediate surroundings will have a

greater impact.

The anticipated impacts on air environment will be mainly due to

Point source emissions.

Dust emissions during site preparation.

Air emissions from the construction vehicles.

Air emissions from the increase in traffic during the operation stage of the project.


Mitigation measures are to be proposed during the construction stage as well as the

operational stage of the project. Some of the proposed measures will include;

Mitigation measures to lower the emissions during loading, un-loading,

transportation and storage of construction materials.

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Mitigation measures to lower the point source emissions.

Mitigation measures to lower the emissions from automobile.

Use of public mode of transportation should be promoted.

Landscape development.

3.5 NOISE ENVIRONMENT

Noise levels will be monitored for the study area in order to establish base line status.

The anticipated noise sources from the proposed project are mainly due to generators,

construction equipments, pumps and due to vehicular movement. Sound pressure levels of

these identified sources will be collected and their cumulative impact on the noise

environment will be determined and proper mitigation measures will be adopted.


There will be anticipated impacts on the surrounding Noise environment during both

the construction and operation stage of the proposed project. Following are the some of the

predicted impacts on the Noise environment, which will be discussed in detail in the EIA

report.

Impacts due to construction equipments.

Impacts due to vehicular movements.

Impacts due to the usage of DG sets.


Use of noise absorbing materials in the design of building.

Use of noise barriers for point sources.

Proper maintenance of construction equipments and machinery.

Proper maintenance of automobiles.

Control over vibrations.

Landscape development.

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3.6 BIOLOGICAL ENVIRONMENT

This section mainly includes the detail study of the existing Flora and Fauna of the

study area. This part mainly comprises of the study of existing types of species, densities of

species & their distributions, rare and endangered species, commercially valued species etc.

With the help of this detail study, the impact of the proposed project on the biological

environment will be predicted and the proper mitigation measures will be adopted.


Presently the project site is being used as a golf court and there are few numbers of

native species which will be cleared during site formation. However a beautiful landscape will

be developed as a part of landscape where native species will be planted.

3.7 SOCIO-ECONOMIC ENVIRONMENT

Data on the demographic pattern, population density, educational facilities, medical

facilities, agriculture income, fuel, health status, transport and recreational facilities will be

collected and it will be analyzed for all the villages of the study area which will be depicted in

detail in the EIA report.


There will be anticipated impacts on the surrounding Socio-Economic Environment

during both the construction and operation stage of the proposed project. Following are the

some of the predicted impacts on the Socio-Economic Environment, which will be discussed in

detail in the EIA report.

Impact on local employment.

Impact on population.

Impact on Archaeological heritage if any.

Impact on health, educational and recreational facilities.

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Proper mitigation measures and compensation will be given if there would be any

implication on the Socio-Economic environment due to the proposed project activities.

3.8 SOLID WASTE MANAGEMENT

Solid wastes from construction sector can be categorized into two phase i.e., during

construction & during operation, which includes construction & demolition wastes, municipal

wastes, Hazardous and E – wastes generated from the proposed project. The quantity of solid

wastes generated and their management is projected in detail in the Form 1 & 1A report.


There would be anticipated impacts on the surrounding environment due to the solid

wastes generated from the proposed project. Following are the some of the expected impacts

due to the proposed project.

Emissions from the wastes.

Insufficient collection and segregation.

Lack of onsite treatment.

Difficult quantification.

Top soil erosion.

Impacts on human health.


Good practices in construction & demolition waste management.

Proper municipal waste management will be followed. Organic waste converter will

be proposed within the project site in order to process the generated organic waste.

Proper Hazardous and E- waste management.

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STANDARDS:

The latest amended standards specified by CPCB for air, noise and water quality will be

considered for the study of environmental data within the study area, which are applicable for

this category of development. The proponents will consider these standards in order to

ensure that project activities are compliant to the standards.

4. SPECIFIC STUDIES

4.1 BUILDING MATERIAL AND TECHNOLOGIES

Energy efficient/ alternative Building materials and technologies will be used for the

proposed project, which will reduce the total embodied energy of the building materials

required for the construction. The details of the low embodied building materials and

technologies used in the project will be detailed in EIA report.

4.2 ENERGY CONSERVATION

Proponents will adopt energy conservation measures, which includes the following

methods.

Use of non-conventional energy (Solar energy).

Maximum use of local resources and skill.

Reduce transportation.

Use of Energy efficient devices.

TRAFFIC MANAGEMENT

A traffic survey will be conducted before construction, during construction & after

construction. In order to gather the information about the existing traffic load in the project

vicinity. This section will include the following traffic studies.

Traffic volume during construction phase.

Traffic volume during operation phase.

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Present & future traffic volume.

General Traffic Management measures.

ENVIRONMENTAL MONITORING PROGRAM

The Environmental monitoring for the proposed project will be taken up for the below

parameters and it will be scheduled as given in the below table. This monitoring program will

be conducted within the project site, which will be detail out in the EIA report.

TABLE: MONITORING SCHEDULE FOR ENVIRONMENTAL PARAMETERS

Sl. No. Particulars Monitoring

frequency

Duration of

monitoring

Important

parameters for

monitoring

I. Air Quality

1. Ambient Air monitoring

Project premises Once in 3 months 24 hourly

sample

PM2.5, PM10, SO2, NO2

2. Stack Monitoring Once in 3 months Grab SO2 , SPM, NO2, HC, CO

II Water and Wastewater Quality

1. Water Quality

i. Ground water at project

site/nearby project site

Once in 3 months Grab As per IS 10500 –

2012 Specification

2. Waste water quality

i. Inlet to STP Once in a month Composite --

ii. Treated effluent prior to

discharge

Once in a month Composite As per KSPCB urban

reuse standards

III Soil Quality

1. Within project premises at 1

location on effluent

discharging area / land

Once in 3 months Composite

Sample

--

2. Ecological preservation and

up-gradation

Seasonal Visual

observations

Survival rate

IV Noise Monitoring

1. Project premises Once in 3 months Day and

Night

Ambient Noise

Standards.

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5. ADDITIONAL STUDIES

5.1 RISK ASSESSMENT AND DISASTER MANAGEMENT PLAN (DMP)

The Risk Assessment and DMP planned for the proposed project is as given

below.

Risk and Disaster Management Plan

Disaster is an unexpected event due sudden failure of the system, external threats,

internal disturbances, earth quakes, fire and accidents. Thus an appropriate management plan

shall be incorporated.

Precautions

Once the likelihood of the disaster is suspected, preventive actions should be

undertaken by the project in-charge.

Conditional maintenance of equipments, materials and expertise for use during

emergency.

The electrical systems shall be provided with automatic circuit breakers activated

by over current.

Fire extinguishers are provided at pre-notified locations inside the buildings.

Proper escape routes are planned and displayed in the public domain.

Selected representatives are given proper training to guide others during fire

accidents.

Periodic awareness programme is conducted for the occupants on their roles

during emergency situations.

Important telephone numbers like police authorities, fire department and hospitals etc.

of use during emergency situations will be made available.

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5.2 NATURAL RESOURCE CONSERVATION

Energy conservative materials will be used in the construction. The excavated earth

will be managed properly and also water conservative methods will be adopted during the

construction phase of the project. The detail of this will be given in the EIA report.

During operation stage of the project also many natural resource conservation

techniques will be followed such as rain water harvesting facilities, use of non- convention

energy sources, reuse of STP treated water etc. This will be discussed in detail in the EIA

report.

6. PROJECT BENEFITS

The proposed project is a residential development project. Due to the development of

the proposed project, there will be improvement on both the existing physical and social

infrastructure of the project surroundings. These benefits will be highlighted in the EIA report.

7. ENVIRONMENTAL MANAGEMENT PLAN

The detailed EMP will be formulated to mitigate the residual impacts arises due to the

development of the proposed project. Budgeting of the EMP will be included in the EIA report.

In the EIA report, the planned EMP of the proposed project will include the following

aspects of discussion in detail.

Sewage treatment Plant (STP) of appropriate capacity will be designed for the

wastewater generated from the proposed project and the wastewater will be

treated to the tertiary level and after the treatment it will be reused for flushing of

toilets, gardening etc.

The treated sewage from the STP would be conforming to the stipulated standards.

The spent oil from the DG sets will be stored in High Density Polyethylene (HDPE)

drums in isolated covered facility and disposed off as per the Hazardous Waste

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PROPOSED

TERMS OF

REFERENCE


(Management & Handling) Rules 1989 (latest amendment 2008 and 2016). Spent

oil from DG sets will be disposed off through registered recyclers only.

Provision of effective controls and building management systems such as automatic

fire alarm and fire detection and suppression system etc.,

8. SUMMARY AND CONCLUSION

After the detailed EIA study of the proposed project, the summary of the EIA study will

be highlighted in this section. With the help of this summary, final conclusion of the proposed

EIA study will be given.

The summary of the EIA study will include the following topics if applicable,

Potential interruption or limitation of accesses to dwellings, businesses or

productive resources either permanently or temporarily;

Potential deterioration of urban quality and property and property value in the

immediate vicinity of the works;

Over all implementation and impacts of the project on the surrounding

environment during both construction & operation phase;

The mitigation measures those are adapted, in order to minimize the potential

impacts on the environment due to the proposed project.

DISCLOSURE OF CONSULTANT ENGAGED

The names and nature of consultancy teamed for the proposed project is mentioned in

the Annexure- 1.

ENCLOSURES:

CONCEPTUAL PLAN / QUESTIONNAIRE / PHOTOS

The necessary Conceptual plan / Questionnaire / Photos are enclosed in the preceding

section.

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