Obtaining Environmental Clearance and CFE for Rambilli Industrial Park ANDHRA PRADESH INDUSTRIAL INFRASTRUCTURE CORPORATION LIMITED Proposed Terms of Reference October 2018 L&T Infrastructure Engineering Limited C1181302 RP001, Rev:C
Obtaining Environmental
Clearance and CFE for
Rambilli Industrial Park
ANDHRA PRADESH INDUSTRIAL INFRASTRUCTURE CORPORATION LIMITED
Proposed Terms of
Reference October 2018
L&T Infrastructure Engineering Limited C1181302 RP001, Rev:C
L&T Infrastructure Engineering Ltd. Client: Andhra Pradesh Industrial Infrastructure Corporation
Limited (APIIC) Vijayawada, AP
Project: Obtaining Environmental Clearance and CFE for Rambilli Industrial Park
Project No.:
C1181302
Title:
Draft Terms of Reference (ToR) Document No.:
RP001
Rev.:
C This document is the property of L&T Infrastructure Engineering Ltd. and must not be passed on to any person or body not authorised by us to receive it nor be copied or otherwise made use of either in full or in part by such person or body without our prior permission in writing.
File path: l:\ports\2018\c1181302 - ec & cfe for rambilli ip\working\reports\rp001- form-1 tor pfr\30.10.18\draft tor 30.10.18.docx
Notes:
1.
Revision Details:
C 30.10.2018 Fourth Submission SNV SAP CVS
B 01.10.2018 Third Submission SNV SAP CVS
A 06.07.2018 Second Submission SNV Sd/-
SAP Sd/-
CVS Sd/-
0 18.06.2018 First Submission SNV SAP CVS
Rev. Date Details Init. Sign. Init. Sign. Init. Sign.
Prepared Checked Approved
Obtaining Environmental Clearance and CFE for Rambilli Industrial Park C1181302 Draft Terms of Reference (ToR) RP001 rev. C
Table of Contents Page i
TABLE OF CONTENTS
1 Proposed Terms of Reference for EIA Study ..............................................................................1
1.1 Introduction to Project ...............................................................................................................1 1.2 Project Description ....................................................................................................................1 1.3 Methodology..............................................................................................................................3
1.3.1 Baseline Environmental Monitoring ................................................................................3 1.3.2 Establishment of Baseline Environmental Conditions ....................................................6 1.3.3 Anticipated Environmental & Social Impacts and their Mitigation Measures .................6 1.3.4 Environmental Monitoring Programme ...........................................................................8 1.3.5 Additional Studies ...........................................................................................................8 1.3.6 Project Benefits ...............................................................................................................8 1.3.7 Environmental Management Plan ..................................................................................9 1.3.8 Structure of EIA Report...................................................................................................9
LIST OF FIGURES
Figure FD0101: Location Map Figure FD0102: Study Area Map Figure FD0103: Ambient Air, Noise, Soil, Surface Water and Groundwater Monitoring Locations Map Figure FD0104: Marine Water and Sediment Sampling Locations Map
LIST OF TABLES
Table 1-1: Focus Sectors for Investment Envisaged in the proposed Industrial Park .............................1
LIST OF ENCLOSURES
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1 Proposed Terms of Reference for EIA Study Page 1
1 Proposed Terms of Reference for EIA Study
Proposed Terms of Reference (ToR) for EIA study are drawn keeping in view of EIA
Notification, 2006 (as amended) 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 and Climate Change (MoEF&CC).
1.1 Introduction to Project
Government of Andhra Pradesh (GoAP) has proposed to develop Vizag – Chennai Industrial
Corridor (VCIC) with the financial assistance of Asian Development Bank (ADB). VCIC is a
key segment of the East Coast Economic Corridor and also India’s first coastal economic
corridor. VCIC is aimed at fulfilling the objectives of the Government of India, Make in India
Policy which aimed to promote manufacturing activities.
Visakhapatnam, one of the key districts coming within the immediate influence of VCIC has
all the potential to become an industrial hub. Government of Andhra Pradesh (GoAP) has
embarked on major initiative of positioning Visakhapatnam District as the central hub for
various sunrise sectors in an endeavour to attract investments from National and
International Players across the globe.
The district is known as the central hub for industry and education in the state of Andhra
Pradesh. Andhra Pradesh Industrial Infrastructure Corporation Limited (APIIC), a wholly
owned subsidiary of Government of Andhra Pradesh (GoAP) proposed to promote the
industrialisation at Rambilli Mandal. In this regard, APIIC identified around 1025 ha (2532
Acres) of Lands at Rambilli Mandal within the district for the purpose of industrialisation.
The proposed project is attracting the EIA notification, 2006 (as amended).
1.2 Project Description
The product mix proposed for the project site is provided in the following Table 1-1.
Table 1-1: Focus Sectors for Investment Envisaged in the proposed Industrial Park
S.
No. Possible Sector Anticipated Types of Industries/ Activities
1 Pharmaceuticals Formulation, Bulk Drugs, Intermediates, Herbal medicines, bio pharmaceuticals,
2 Chemicals Basic chemicals, laboratory Chemicals involving distillation, purification process, Herbal
Extraction, production of cosmetics, manufacturing of soaps, Organic Chemicals (Methane to
methanol and menthol based), inorganic Chemicals(Industrial gases, acids), speciality
chemicals, Agro chemicals such as Pesticides/ Insecticides/ Fungicides/ Herbicides
/Agrochemical formulation, NPK Fertilisers/ Granulation, , water treatment chemicals etc.
3 Industrial and
Consumer
Electronics
Medical equipment, defence electronics, control equipment. Solar panels and module.
Communication Equipment (Mobiles/BTS/Router/switches/Dish Antennas)), Consumer
Electronics (TV/Cameras/set top boxes), Electronic Components, Industrial Electronics
(Invertors/UPS/LEDs /Energy meters etc.,) and Consumer durables such as Washing
machines, Refrigerators, Air conditioners, Microwave ovens, Kitchen equipment, utensils,
Brown goods and domestic appliances Pressure cookers, Collapsible tubes, utensils, cutlery,
wire products etc
4 Auto and Auto
components
Manufacture of motor vehicles (such as manufacturing of Tractors, Buses etc.)
Manufacture of parts and accessories for motor vehicles (includes parts such as brakes,
gearboxes, axles, seats, tyres, rubber products etc.)
5 Aerospace and
defence
Aero engine Components such as Propellers/Rotors, etc. Aero structure Components,
Fuselage Manufacture, Aircraft Construction and Assembly. Avionics, Aero engine & Aero
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S.
No. Possible Sector Anticipated Types of Industries/ Activities
structure Subassemblies.
Manufacture of Military/Defence fighting vehicles/ Defence Electrical and Electronics
(Manufacturing of semiconductors, chips, transmitters, R&D etc. Panels, Components,
Equipments and Power Systems, Electrical Cable Accessories / Harnesses, Aircraft Interiors
Equipment Furnishings, Tooling, Ground Support & Airfield Equipment
Manufacture of communication devices (Telephone sets, incl. telephones for cellular
networks or for other wireless networks; others, VHF))
6 Engineering Heavy Engineering Goods
Industrial Machinery
Mining Machinery, Construction Machinery, Material handling equipment, Metallurgical equipment, Textile machinery, Air pollution control systems , Furnaces, cooling towers etc
Heavy electrical equipment and components
Electrical motors, generators, Boilers, turbines, power cables, inverters, switch gears, Capacitors, transformers etc
Other Industrial Machinery
Printing and Processing Machines, Transmission Shafts
Process plant and equipment
Machinery for processing chemicals, Food, cement, plastics, Hydro carbons, Pharmaceuticals, sugar, Injection- moulding machines
Machine tools CNC Machines
Others Floating docks and storage vessels
Light Engineering
I. C. Engines and parts
Compression Ignition and Electrical Ignition type IC Engines Compact engines, parts of IC engines
Electric manufacturers
Power cables, Electric filament or Discharge lamps, electric wires and cables, Insulated Wires, Electric Conductors and Optical Fibre Cables, Wires and Cables of Oxygen Free Copper, wire ropes etc
Industrial equipment
Industrial Gears, Pumps, compressors, Valves, electric fans, Diesel engines etc
Industrial consumables
Antifriction Bearings, cutting tools, dry cells copper cathodes and sections of cathodes unwrought,
Industrial durables
Aluminium extruded and rolled products
Hardware High tensile fasteners, Industrial fasteners, nuts bolts
Metal/Metals Forming
Steel pipes and tubes
Seamless pipes and tubes of iron and steel, Welded pipes and Tubes of iron/ steel tube or pipe fittings of iron or steel.
Castings and forgings
Steel, alloy steel and non-ferrous metals for engineering, automobile and shipping sectors
Others
Manufacture of basic iron and steel (Ferro alloys, wire of steel by cold drawing, tube and tube fittings etc.) and basic precious and other non-ferrous metals) Manufacture of motor vehicles (such as manufacturing of Tractors, Buses etc.) Manufacture of parts and accessories for motor vehicles (includes parts such as brakes, gearboxes, axles, seats, tyres, rubber products etc.)
7 CRZ permissible
hazardous material
storages
Isolated storage & handling of hazardous chemicals (As per threshold planning quantity
indicated in column 3 of schedule 2 & 3 of MSIHC Rules 1989 amended 2000)
8. Building Materials
Industry/Non Metallic
minerals
Tiles, Ceramics and refractories, glass and glassware, graphite, marbles, processed
minerals, Clay building products, bricks, AAC Blocks, Kerb Stones etc.
9. MSME (includes
Leather, Plastics,
Leather Products such as Sports goods excluding tanning and hide processing Plastic
products for Packaging, automobile, consumer durables, healthcare, etc by Injection, Blow
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S.
No. Possible Sector Anticipated Types of Industries/ Activities
wood etc.,) Moulding, Extrusion etc., Timber/ Wood Products such as Furniture, Sports goods, Wood
Flooring etc.
10. Food and Agro
Processing Industry
Processing and preserving of fruit and vegetables, Manufacture of grain mill products,
starches and starch products (includes flour milling, rice milling, milling of other grains),
Manufacture of cocoa, chocolate and sugar confectionery, Manufacture of macaroni, noodles,
couscous and similar farinaceous products, Manufacture of prepared meals and dishes,
Manufacture of other food products
Processing and preserving of meat (includes production, processing and preserving of meat
and meat) products, aqua food related processing (fish and prawns etc.)
Manufacture of dairy products (includes manufacturing of milk, milk powder, ice cream etc.)
Manufacture of other food products (includes manufacture of bakery products Processing of
edible nuts etc.)
Manufacture of prepared animal feeds (manufacture of cattle feed, poultry feed, feed for pets
etc.)
11. Apparels and Textile
Industry
Ginning/ Weaving, Spinning mills, Weaving and Knitting Mills cotton and manmade fabrics
and apparels manufacturing; technical textiles (Mainly textile based) and handloom. No Yarn /
Textile processing involving any effluent/emission generating processes including bleaching,
dyeing, printing and colouring is proposed
Apart from the industrial area, total area is planned for green/open areas, amenities and
utility space, R&R, technical and commercial infrastructure to accommodate training centre,
commercial buildings like bank and ATMs, offices, traders, shopping, etc. and residential
zone.
Utilities are planned and zoned across the project site. It will include water supply system,
sewage network and wastewater treatment facility, waste management facilities, power sub-
station and distribution network, fire station. Based on the requirement, these facilities are
spread across the project site. Logistic hub will include warehousing, storage facility,
container terminal, truck parking facility, workshops, railway siding infrastructure, weigh
bridge, etc.
For residential zone, housing and allied infrastructure like educational facility, health care
facility, crèche, recreational facilities, cultural facilities, playgrounds and community facilities,
etc. are proposed. The location map is given as Figure FD0101.
The Pre-feasibility Report outlining project details is enclosed as a standalone document.
1.3 Methodology
Methodology to carry out the EIA study involves the following stages:
Reconnaissance survey and site visits
Review of available literature
Compliance to statutory requirements
Baseline environmental monitoring (Terrestrial and marine environment)
Identification and Prediction of Impacts
Risk Analysis and Disaster Management Plan
Environmental Management Plan
1.3.1 Baseline Environmental Monitoring
The baseline environmental studies were carried out for terrestrial and marine environment.
The study is a combination of primary (field surveys) and secondary data collection.
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Study Period: The study period was summer season of year 2018. Baseline data generation
was completed and data collection initiated as per MoEF&CC Office memorandum dated
August 29, 2017.
Study Area: Study area would be 10 km radius from the boundary of the proposed project
site. A map showing the study area is enclosed as Figure FD0102.
1.3.1.1 Terrestrial Environment
1.3.1.1.1 Meteorology
Meteorological data pertaining to wind speed, direction, relative humidity, atmospheric
stability, cloud cover, barometric pressure, rainfall and ambient temperature was collected
using automatic weather monitoring station at One (01) location near the project site during
the study period. Meteorological observations shall be carried out as per the IS 5182 Part 1-
20 Standards prescribed by the Bureau of Indian Standards (BIS) and the relevant IMD
Specifications.
1.3.1.1.2 Ambient Air Quality
The ambient air quality was monitored as per CPCB/MoEF&CC guidelines. The locations
shall be identified with regard to the predominant wind direction, topography, population,
sensitive locations, and possible impact zones. Ambient Air Quality monitoring was carried
out at Six (06) locations in the study area with twice a week frequency during the study
period.
Ambient air quality monitoring was done for establishing background concentration levels for
all the Twelve (12) parameters as per CPCB NAAQS, 2009. The measurement was carried
out for establishing 24-hourly background concentrations for all parameters except CO and
O3 which will be measured on eight hourly basis on each monitoring day. A map showing air
quality monitoring locations is enclosed as Figure FD0103.
1.3.1.1.3 Ambient Noise Levels
Noise level was measured at Six (06) locations within the study area. Representative
intensity of the noise levels (Peak noise and Equivalent noise levels) in the study area was
measured at hourly intervals for 24 hours once during the study period. Noise level
measurement shall be carried out as per the IS: 4954-1968 as adopted by CPCB, CPCB/IS:
4954-1968 and the CPCB/ OSHA Standards using a precision noise/sound level meter. A
map showing noise level monitoring locations is enclosed as Figure FD0103.
1.3.1.1.4 Inland Water Quality
The study area was first inventoried for identifying the sources of water i.e. both surface
water and groundwater sources. Water samples were collected at the identified sources
based on the type of the source, its relevance, number of upstream and downstream users
and the type of the industrial activity in the vicinity. Water Quality including groundwater and
surface water was monitored at Six (06) locations (3 surface water and 3 groundwater).
Existing groundwater levels in nearby areas shall be identified. The water samples were
collected and analysed, for physio-chemical and biological characteristics. Water Quality was
monitored adopting procedures as per IS 3026 and relevant guidelines of MoEF&CC/ CPCB.
A map showing water quality monitoring locations is enclosed as Figure FD0103.
1.3.1.1.5 Soil Quality/Land Environment
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The soil types in the study area were identified based on the review of the available data
supported with information gathered from reconnaissance survey. Soil samples were
collected at Six (06) locations. The collected samples were analysed for physio-chemical
characteristics. Soil quality monitoring and analysis was carried out as per the BIS
Standards. A map showing soil sampling locations is enclosed as Figure FD0103.
1.3.1.1.6 Terrestrial Ecology
The sampling locations were identified in the study area based on the reconnaissance
survey. The number of sampling locations covering the study area was decided based on the
LU/LC Map. Standard procedures and guidelines of CPCB/MoEF&CC were followed in this
study. All the location details were captured using a GPS navigator. A list of flora and fauna
of terrestrial ecosystem present in the study area was prepared. Endangered and dominant
plant species in the study area was identified.
1.3.1.2 Land Use/Land Cover
Land use/ Land Cover around 10 km radius of the project site (study area) shall be
established from the satellite imagery (IRS P6, LISS III MX or LISS IV MX based on data
availability) for the study area and processed to identify various land use categories and
existing land cover in the study area. The proposed project boundary superimposed on the
map to give an idea on the status of the land in and around the project site.
Land use around 10 km radius of project site was established based on satellite imagery.
Necessary features such as National Highways, State Highways, district road/approach road,
river, canal, natural drainage, protected areas under Wild Life (Protection) Act,
archaeological site, natural lake, flood area, human settlements, industries, high tension
electric line, prominent wind direction (summer and winter), effluent drain, if any and ponds
were presented on the map.
1.3.1.3 Demography and Socio-economics
The socio-economic conditions in study area will be established through collection and review of available secondary/ published data and socio-economic data. This will include
Demographic structure covering total households, total population, population density, sex ratio, schedule caste and schedule tribe, literacy and occupational pattern.
Cultural and aesthetic attributes in study area including places of historical and archaeological importance
Inventory of places of historical, cultural and religious importance in the study area.
Details of various economic activities, industries if any, shall be collected
1.3.1.4 Marine Environment
The marine environmental conditions in and around the proposed IP site was ascertained
through field studies and also shall be studied by literature review. The marine environmental
studies were carried out at Eight (08) locations which will cover water quality, sediment
quality, biological aspects/ marine ecology (planktons and benthos, marine fauna), fishing
activities, if any. A map showing marine water and sediment sampling locations is enclosed
as Figure FD0104.
a. Marine Water Quality
Water quality was established through collection of samples from marine waters adjacent to
the project site in the study area. Marine water samples collected are tested for pH, salinity,
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temperature, dissolved oxygen, turbidity, etc. Samples are preserved for assessing the
chemical and bacteriological parameters.
b. Sediment Quality
The sediment samples were collected using a suitable grab. After collection, the samples are
sieved and subjected to physico-chemical analysis.
c. Biological Aspects/Marine Ecology
Plankton content is considered to be a good indicator of water quality. Plankton content in
the coastal waters were assessed through collection of water samples using a towing net.
Plankton net of suitable mesh size is used in the sample collection. The marine fauna shall
be reported based on the review of available secondary data.
d. Benthic Communities
The sediment samples collected for assessing the physio-chemical characteristics are also
be tested for enumerating the benthic communities. The sediment samples intended for
benthic communities assessment are preserved with Rose Bengal and Formaldehyde in
Solutions. The analysis of the benthic communities will also include micro and macro
benthos in the region.
1.3.2 Establishment of Baseline Environmental Conditions
The information gathered from secondary/ published data and primary surveys shall be used
for presenting the baseline environmental and social conditions. The baseline levels will be
compared with the existing standards prescribed by the MoEF&CC/CPCB or APPCB. Any
critical issues in the baseline environmental/social conditions will be identified and
adequately addressed in the report.
1.3.3 Anticipated Environmental & Social Impacts and their Mitigation Measures
Environmental attributes likely to be affected by project activities will be identified and
impacts will be assessed. Project activities can be broadly classified into construction and
operation phase activities. Most appropriate and accepted methods will be used to quantify
impacts likely to arise due to development of proposed IP. The mitigation measures
proposed to minimise/avoid each of the likely impacts that occur during construction and
operation phases will be discussed in detail.
1.3.3.1 Air Environment
The construction phase will involve movement of construction materials to the project area,
site clearing, vehicular emissions, emissions from the construction machinery, etc. which in
turn could influence the ambient air quality in the region through build-up of dust levels and
gaseous emission levels. The build-up of pollutants in the ambient air during the construction
phase is temporary in nature and will be localised.
Adverse impacts are envisaged on the air environment during the operation phase. There will
be stack emissions from the industrial units proposed in the I.P. All the emission sources
shall be inventoried and based on that the prediction of ground level concentrations of SO2,
NO2, PM10 and PM2.5 will be carried out. Prediction of impacts on the air environment shall be
represented in the form of Isopleths through the application of air quality models (Gaussian
Dispersion mode – ISCST3/AERMOD) taking effects of terrain and requirements specified in
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the publication by CPCB – “Assessment of Impacts on Air Environment: Guidelines for
Conducting Air Quality Modelling”.
The likely impact due to emissions from Industrial park and suitable pollution control
measures will be suggested in the EIA report.
DG sets are likely to be used during construction and operation phase of the project,
emissions from DG sets and vehicular emissions during operation phase will impact the air
quality and predictions will be presented in the EIA report.
1.3.3.2 Noise Levels
Generally, the activities which tend to impact the air environment also equally impact the
noise levels. The impacts on the noise levels during the construction phase could arise from
vehicular traffic, construction machinery, DG sets and transportation of goods to the site.
Further, during the operation phase, noise might be generated due to industrial activities
involved in manufacturing, product handling and transportation and same will be felt upon
work personnel and nearby settlements. Impacts will be evaluated qualitatively taking into
consideration the noise generating sources together with environmental conditions and the
receptors in the project influence area. Suitable mitigation measures shall be suggested in
the EMP.
1.3.3.3 Water Environment
The source of water, requirement vis-à-vis waste water to be generated along with treatment
facilities, use of treated waste water along with water balance chart taking into account all
forms of water use and management will be presented.
Run-offs containing contaminated water during construction and operation phases of project
can affect water environment. Impacts on the drainage of the area and its surrounding will be
studied. Rainwater harvesting, water conservation measures and effluent treatment and
possible discharge options will be studied.
1.3.3.4 Land Environment
The impacts on the land environment during the construction and operation phase shall
largely result from soil erosion, soil permeability, disposal of construction materials and
change in land use patterns. Details of solid and other hazardous/non-hazardous waste
generation, handling, transportation, storage, treatment and disposal will be studied. Impacts
on land environment will be predicted considering activities involved in construction and
operation phases.
1.3.3.5 Marine Environment
APSEZ marine outfall system, pipeline is designed and CRZ Clearance is obtained for 31
MLD discharge. Presently industries operating industries in APSEZ effluent generation is
2.55 MLD. Many of the industries (in the order of 2.4 MLD) are having own treatment plants
and they are reusing/recycling of treated wastewater into their system. Some of the
industries are sending the wastewater for treatment to RAMKY AETL facility in pharmacity for
further treatment and disposal which is the order of 150 KLD. Therefore based on current
demand for treatment of wastewater from industries at CETP, One (01) MLD capacity of
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CETP is under construction and Marine outfall pipeline and structure/system in offshore for
31 MLD at APSEZ is under progress.
Therefore based on the current scenario demand of wastewater treatment and disposal at
APSEZ will not reach to 31 MLD capacity in near future. Therefore, it is proposed to utilise
the APSEZ marine outfall pipeline and system for Rambilli IP also having discharge capacity
of 11.5 MLD. In future, if marine discharge quantity for APSEZ and Rambilli I.P is more than
31.0 MLD capacity, then separate marine outfall will be constructed after obtaining necessary
approvals.
1.3.4 Environmental Monitoring Programme
Environmental Monitoring Programme covering the technical aspects (including
methodology, parameters, frequency, location, etc., and budgetary estimates) of monitoring
to check the effectiveness of mitigation measures during construction and operation phases
of the proposed project will be prepared.
1.3.5 Additional Studies
1.3.5.1 Social Impact Assessment
The social impacts associated during construction phase such as land acquisition, R&R
details, impact on local infrastructure, etc. will be provided and social impacts during
operation phase in terms of employment generation and impact on nearby settlements etc.
will be addressed.
1.3.5.2 Risk Analysis
Risk analysis shall be carried out for the project involving storage of hazardous
chemicals/materials and gases. Maximum inventory of storage at site shall be taken into
account. Potential hazards shall be identified. Based on the analysis, appropriate mitigation
measures will be provided.
1.3.5.3 Disaster Management Plan
A broad Disaster Management Plan (DMP) shall be prepared in conjunction with and taking
into consideration all technical reviews and suggestions as per acceptable norms. A broad
structure of on-site and off-site emergency preparedness plans shall be prepared.
Occupational health and safety aspects shall be covered. Emergency evacuation during
natural and man-made disaster will be covered in DMP.
1.3.5.4 Traffic Surveys and Assessment
Traffic surveys were carried out to estimate the present traffic scenario in the project region
and also traffic projections due to the proposed I.P. Traffic assessment and analysis details
will be presented in EIA report.
1.3.6 Project Benefits
The project benefits in terms of improvements in the physical infrastructures and social
infrastructure, employment potential and other tangible benefits will be discussed in detail in
the EIA report.
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1.3.7 Environmental Management Plan
An Environmental Management Plan (EMP) will be formulated for the proposed project. EMP
will address mitigation measures for each area i.e. air, water, soil, water environment, solid
waste, green areas, etc. separately, covering all relevant aspects as per the
recommendations and requirement of MoEF&CC. Based on the identified potential impacts
associated with the project, an EMP will be framed for the construction and operation phases
of the project, which will include:
Pollution abatement and control measures
Green belt development plan (suggesting suitable species, width of plantation, spacing,
etc.)
Water recycle/ reuse and rainwater harvesting proposal
Recommendations of measures for noise abatement
Possibility of use of solar energy and alternative source of energy to reduce the fossil
energy consumption
Suitable mitigation measures for various potential impact causing activities
Budgetary estimates for implementation
Institutional mechanism for implementation of EMP
1.3.8 Structure of EIA Report
Based on above tasks, the EIA report will be compiled and submitted to MoEF&CC for
seeking Environmental Clearance. The structure of EIA report is as per the Appendix III of
the EIA Notification, 2006 (as amended) and is given below:
Chapter-I: Introduction – describes the introduction to project, background of study,
scope and objectives of study and approach adopted to carry out the study.
Chapter-II: Project Description – describes the basic features of project, basis and
considerations, project operations
Chapter-III: Description of Environment – describes the baseline environmental status
covering both terrestrial and socio economic environments
Chapter-IV: Anticipated Environmental Impacts & Mitigation Measures – describes the
potential impacts due to project activities on environment and their mitigation
measures
Chapter-V: Analysis of Alternatives – describes the alternative sites considered if any
Chapter-VI: Environmental Monitoring Programme – describes the technical aspects of
monitoring the effectiveness of mitigation measures (including measurement
methodologies, frequency, location, and detailed budget)
Chapter–VII: Additional Studies – describes social impact assessment, preliminary risk
analysis and DMP
Chapter–VIII: Project Benefits – describes the project benefits due to project development
with CSR activities and CER budgeting
Chapter–IX: Environmental Management Plan – describes the administrative aspects of
ensuring the mitigation measures that are going to be implemented
Chapter–X: Summary and Conclusion – overall justification for implementation of the
project, impact evaluation and mitigation
Chapter–XI: Disclosure of Consultants Engaged – describes the Consultants engaged
with their brief profile and nature of the consultancy rendered.
Figures
N
ODHISAHUKUMPETA
DUMBRIGUD
PEDABAYALU
MUNCHINGI
G K VEEDHI
ANANTHAGIRI
G MADUGULA
PADERU
CHINTAPALLE
ROLUGUNTA
RAVIKAMATAM
NARSI-
KOTAURATLANATHAVARAM
GOLUGONDAKOYYURU
MADUGULA
BUTCHAYYA
KASIMKOTAMAKAVARI
ANAKAPALLI
SABBAVARAM
CHEEDIKADA
DEVARA
ANANDA
PENDURTHI
MUNAGAPAKA
PARA
VADA
PEDA
YELAMA
NCHILI
PAYAKARAO
GAJUWAKA VISAKHAPATNAM PORT
GANGAVARAM PORT
NH16(AH-45)
VISAKHAPATNAM
SH97
KANITI
RESERVOIR
PARAVADA
PHARMA CITY
GAMBHIRAMGADDA
RESERVOIRSH38
BARC
EAST GODAVARIMUTYALAMMAPALEM PORT
Kambalakonda W.S
VIZIANAGARAM
VISAKHAPATNAM AIRPORT
ATCHUTAPURAM
TO KOLKATA
TO CHENNAI
BAY OF BENGAL
RAMBILLI SITE
APSEZ
PETA
S RAYAVARAM
GANTYADA
CHODAVARAM
BHEEMUNIPATNAM PORT
KEY MAP - VISAKHAPATNAM DISTRICT
KEY MAP - ANDHRA PRADESH
PROJECT SITE
To Krishnagiri
KAKINADA PORT
B A Y O F
B E
N G
A L
VISAKHAPATNAM PORTGANGAVARM PORT
KRISHNAPATNAM PORT
GANNAVARAM AIRPORT
RAJAHMUNDRY AIRPORT
Scale in km
0km 150km
NH71 (NH 205)
NH18NH4
NH 214
NH221
C H A T T I S G A R H
T A M I L N A D U
T E L A N G A N A
ODHISA
TO HYDERABAD
TO HYDERABAD
TO RAIPUR
NH9(AH 65)
NH5(AH-45)
VISAKHAPATNAM AIRPORT
S.P.S.RNELLORE
PUTTAPARTHI
CHENNAI
AIRPORT
BANGALORE
PROPOSED DURGARAJUPATNAM PORT
(VIJAYAWADA)
RENIGUNTA AIRPORT
K A R N A T A K A
NH7(AH-43)
TO KAMMAM
NH 214A
NH43
NH5(AH-45)
NAGARAMSRIKAKULAM
VIZIA
GODAVARI
VISAKHAPATNAM
EAST
PRAKASAM
GUNTUR
KRISHNA
GODAVARIWEST
KURNOOL
ANANTAPUR
Y.S.RKADAPA
TO KOLKATA
SCR CHENNAI-HOWRAH TRUNK LINE
NH716
CHITTOOR
PALEMPATNAM
PETA
PUTTU
PALLE
PURAM
RAMBILLI
NH5(AH-45)
Scale in km
0 km 50 km
ANDHRA
PRADE
SH
B A Y O F
B E
N G
A LA R A B I A N S E A
I N D I A N O C E A N
I N D I A
VISAKHAPATNAM R
VISAKHAPATNAM U
BHIMUNIPATNAM
HETERO SEZ
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Engineering Ltd.
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ELAMANCHILI
1
0
K
M
R
A DI
U
S
5
K
M
R
A
D
I
U
S
N
H
1
6
(
A
H
4
5
)
N
Scale in km
0km 4km
B A Y O F B E N G A L
ATCHUTAPURAM
RAMBILLI
MUNAGAPAKA
PROJECT SITE
MANDAL BOUNDARY
XX
MANDAL NAME
KASIMKOTA
S.RAYAVARAM
PARAWADA
T E L A N G A N A
K A R N A T A K A
T A M I L N A D U
C H A T T I S G A R H
B A Y O F B E N G A L
GUNTUR
PRAKASAMKURNOOL
ANANTAPURKADAPA NELLORE
CHITTOOR
K A
R N
A T
A K
A
NAGARAMVIZIA SRIKAKULAM
WEST GODAVARI
EAST
VISAKHAPATNAM
GODAVARI
S.P.S.R
KEY MAP - ANDHRA PRADESH DISTRICTS
NH 16
PROJECT SITE
LEGEND
10 KM RADIUS FROM SITE
5 KM RADIUS FROM SITE
TO KOLKOTA
T
O
C
H
E
N
N
A
I
S
C
R
L
I
N
E
KRISHNA
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RAMBILLI SITE
ELAMANCHILI
1
0
K
M
R
A DI
U
S
5
K
M
R
A
D
I
U
S
N
H
1
6
(
A
H
4
5
)
N
Scale in km
0km 4km
B A Y O F B E N G A L
PROJECT SITE
ATCHUTAPURAM
RAMBILLI
MUNAGAPAKA
PROJECT SITE
MANDAL BOUNDARY
XX
MANDAL NAME
KASIMKOTA
S.RAYAVARAM
PARAWADA
T E L A N G A N A
K A R N A T A K A
T A M I L N A D U
C H A T T I S G A R H
B A Y O F B E N G A L
GUNTUR KRISHNA
PRAKASAMKURNOOL
ANANTAPURKADAPA NELLORE
CHITTOOR
K A
R N
A T
A K
A
NAGARAMVIZIA SRIKAKULAM
WEST GODAVARI
EAST
VISAKHAPATNAM
GODAVARI
S.P.S.R
KEY MAP - ANDHRA PRADESH DISTRICTS
NH 16
PROJECT SITE
LEGEND
10 KM RADIUS FROM SITE
5 KM RADIUS FROM SITE
TO KOLKOTA
T
O
C
H
E
N
N
A
I
S
C
R
L
I
N
E
RAMBILLI
GORAPUDI
Rajakoduruu
KUMMARAPALLI
SW1
S2G2
A2 N2
DUPPITURU
S4G4
A4 N4
S1G1
A1 N1
GURUJAPALEM
S3G3
A3 N3
S5G5
A5 N5
S6G6
A6 N6
X
X
X
X
AIR MONITORING LOCATION
NOISE MONITORING LOCATION
SOIL SAMPLING LOCATION
GROUNDWATER SAMPLING LOCATION
SURFACE WATER SAMPLING LOCATION
S.No Easting Northing Latitude Longitude Distance Direction1 705002.4573 1931779.6360 17°27'45.74" 82°55'49.55" 0.9 km SW
2 707396.2937 1933790.9023 17°28'50.36" 82°57'11.37" Inside -
3 709387.3052 1937082.7898 17°30'36.75" 82°58'19.99" 2.5 km NE
4 710117.6023 1939699.8893 17°32'1.61" 82°58'45.67" 4.5 km NE
5 704928.1012 1937152.8506 17°30'40.51" 82°55'48.88" 0.9 km NW
6 700482.2698 1935791.2068 17°29'57.68" 82°53'17.73" 4.9 km W
SW1 702216.5295 1938556.2634 17°31'27.04" 82°54'17.44" 4 km NW
L&T Infrastructure
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20
20
16
4
29
35
35
15
5
18
3
12
8
25
5
42
30
30
10
10
17°29'30" & 83°01'45"
BRANDIX MARINE OUTFALL POINT
MARINE OUTFALL POINT
17°29'11" & 83°02'18"
20
20
30
Rambilli
MARINE SAMPLING LOCATION
LEGEND:
0
SCALE IN KM
4
N
Project Site
XX
R2
R3
R4
R5
R6
R10
R8
R7
R9
R1
LOC.
Latitude (N) Longitude (E)
R1
(Inter
Tidal)
17° 28' 3.37" 82° 58' 44.82"
R2 17° 27' 29.73" 82° 58' 15.27"
R3 17° 26' 45.64" 82° 58' 37.04"
R4 17° 27' 20.79" 82° 59' 54.35"
R5 17° 28' 4.88" 82° 59' 32.59"
R6 17° 28' 11.43" 83° 1' 45.78"
R7 17° 29' 24.66" 83° 1' 31.93"
R8 17° 29' 3.79" 83° 1' 59.61"
R9 17° 29' 52.56" 83° 2' 34.25"
R10 17° 28' 55.24" 83° 3' 2.42"
B A Y O F B E N G A L
LANDFALL POINT
17°29'57" & 83°0'30"
L&T Infrastructure
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L&
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L&T INFRASTRUCTURE ENGINEERING LIMITED
6-3-1192/1/1, 5th Floor, Block No.3, White House, Kundan Bagh, Begumpet, Hyderabad – 500 016
Ph: 91 -040 – 40354444 ; Fax: 91-040-40354430