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EIA Study
for Development of Industrial Estate Phase-II of HSIIDC at
Manakpur, IMT Jagadhri
Project Proponent
Haryana State Industrial & Infrastructure Development
Corporation Limited (HSIIDC) C 13-14, Corporate Office Building
Sector-6, Panchkula
Prepared By
Shriram Institute for Industrial Research (A Unit of Shriram
Scientific & Industrial Research Foundation)
19, University Road, Delhi-110 007
NABET Accredited EIA Consultant
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007
Shriram Institute for Industrial Research: Delhi
Table of Contents Section Description Page
1. Introduction 1-9 1.1 Purpose of the Report 1 1.2
Identification of Project and Project Proponent 1 1.3 Regulatory
Framework 1-2 1.4 Requirements of prior Environmental Clearance
(EC) 2 1.5 Approved TOR from MOEF 3-5 1.6 Compliance with respect
to TOR 5-8 1.7 Organization of the Report 9 2. General Project
Description 10-20 2.1 Preamble 10 2.2 The Proposal for Development
of IE Phase-II at Manakpur, Jagadhri 10-132.3 Infrastructure
Development Proposal for Proposed Project 13-162.4 Abstract of the
Project Cost 16 3. Description of the Environment 21-144 3.1
Development of Environment Baseline 21 3.2 Air Environment 24-46
3.2.1 Selection of Sampling Locations for AAQ 24 3.2.2 Monitoring
Schedule 253.2.3 Methodology for AAQ monitoring 25 3.2.4 AAQ Data
Interpretation 26 3.2.5 Air Pollution Dispersion Modeling 36 3.3
Meteorological Scenario 47-83 3.3.1 Climatic Conditions of Distric
Yamunanagar 47 3.3.2 Micro-meteorological monitoring Data in the
vicinity of Proposed Project Site 48 3.4 Noise Environment 84-88
3.4.1 Community Noise 84 3.4.2 Noise Levels for Residential,
Commercial, Industrial & Silence Zones 84 3.4.3 Study Area 84
3.4.4 Noise Monitoring Methodology 85 3.4.5 Noise Data
Interpretation 85 3.5 Water Environment 88-100 3.5.1 Water
Resources in the Project Area 88 3.5.2 Water Demand & Supply in
the Project Area 90 3.5.3 Water Quality Assessment in the Project
Area 91 3.6 Wastewater Collection & Treatment 101-103 3.6.1
Domestic and Industrail Wastewater (collection & Treatment) 101
3.6.2 Strom Water drainage 102 3.7 Land Environment 104-110 3.7.1
Land Environment : Geography & Geology 104 3.7.2 Landuse in the
Project Area 105 3.7.3 Soil Quality 107 3.8 Socio-Economic
Environment 111-118 3.8.1 Context 111 3.8.2 Baseline Information
111 3.8.3 Demographic Structure 1113.8.4 Amenities available in the
study area: 115 3.8.5 Development of Socio-economic Index 116
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007
Shriram Institute for Industrial Research: Delhi
Section Description Page
3.9 Biological Environment 119-122 3.9.1 Context of Biological
Environment 119 3.9.2 Forest Resource of Haryana & District
Yamunanagar 119-120 3.9.3 Biological Impact Assessment 120-122 3.10
Traffic Study 123-126 3.10.1 Selection of Monitoring Locations: 123
3.10.2 Methodology for Traffic Density Survey 123 3.10.3 Data
Interpretation of Traffic Density Survey 123 4.0 Anticipated
Environmental Impacts 127-141 4.1 Impact Analysis 127-134 4.2
Description of Environmental Impacts 134-139 4.3 Statement of
Environmental Impacts 139-141 5. Environmental Management Plan
including Mitigation Measures, Risk
Assessment, Environmental Monitoring Program And Project Benefit
142-169
5.1 The Objective & Scope for EMP 142 5.2 Environment
Management Plan for Proposed Project 142 5.3 Impact Mitigation
during Construction Phase 143-147 5.4 Impact Mitigation during
Operational Phase 148-164 5.5 Risk Assessment and Management Plan
for Handling Emergencies 164-167 5.6 Post-Project Monitoring 167
5.7 Organization hierarchy for management of Environment 168 5.8
Environmental Management Budget 168 5.9 Environmental Management
Plan (EMP) Benefits 168 5.10 Project Benefits 169 6. Public
Consultation 170-178 7. Disclosure of Consultants Engaged 179-180
List of Abbrerviations 181-182
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007
Shriram Institute for Industrial Research: Delhi
List of Tables Table No. Description Page Table-1.2 Area
Statemnent of proposed project 2 Table-1.4 Criteria for
environmental clearance 4 Table-1.6 Compliance with respect to TOR
5-8 Table-2.2 (a) Landuse of Proposed Project Site 11 Table-2.2 (b)
Details of Plots allotments at IE Manakpur 13 Table-2.3(a) Details
of right of way to be constructed for proposed projecty 14
Table-2.3 (b) Plot wise load estimations 15 Table-2.3 (c) Landuse
wise load estimations 16 Table-2.4 Abstract of cost for the
Proposed Project 17 Table-3.2 (a) Description of AAQ monitoring
stations in the project area 24 Table-3.2 (b) Statistical Analysis
of SPM Monitoring Data in Ambient Air 26 Table-3.2 (c) Statistical
Analysis of RSPM Monitoring Data in Ambient Air 27 Table-3.2 (d)
Statistical Analysis of SO2 Monitoring Data in Ambient Air 28
Table-3.2 (e) Statistical Analysis of NOx Monitoring Data in
Ambient Air 28 Table-3.2 (f) Statistical Analysis of CO Monitoring
Data in Ambient Air 29 Table-3.2 (g) Statistical Analysis of
Hydrocarbon Monitoring Data in Ambient Air 29 Table-3.2 (h) SPM,
RSPM, NO2 & SO2 data at AAQ-1 30 Table-3.2 (i) SPM, RSPM, NO2
& SO2 data at AAQ-2 30 Table-3.2 (j) SPM, RSPM, NO2 & SO2
data at AAQ-3 31 Table-3.2 (k) SPM, RSPM, NO2 & SO2 data at
AAQ-4 31 Table-3.2 (l) SPM, RSPM, NO2 & SO2 data at AAQ-5 32
Table-3.2 (m) RSPM, NO2 & SO2 data at AAQ-6 32 Table-3.2 (n)
AAQ data of Carbon monoxide 33-34 Table-3.2 (o) AAQ data of
Hydrocarbons 34-35 Table-3.3 (a) Average Annual Rainfall mm 47
Table-3.3 (a) Monthlynormal rainfall (mm) Averaging of 5 years
2005-2009 47 Table-3.3 (b) Meteorological Scenario in the vicinity
of proposed project site (Daily Mean Max/Min
Temperature, RH & WS) 54-83
Table-3.4 (a) Noise Level Criteria 84 Table-3.4 (b) Study area
for Ambient Noise Level 84 Table-3.4 (c) Analysis of Ambient Noise
Level data 85 Table-3.4 (d) Hourly Ambient Noise Level Data of
Project Site 87 Table-3.5 (a) Ground water Resources abd
Development Potential of Jagadhri Block & District
Yamunanagar 89
Table-3.5 (b) Estimated water requirement for the development of
proposed project 90 Table-3.5 (c) Estimated water demand for the
development of proposed project 90 Table-3.5 (d) Zone wise water
demand & capacity 91 Table-3.5 (e) Descripition of Surfcae
Water Resources selected for the Study 91 Table-3.5 (f) Physical
properties of water 97 Table-3.5 (g) Inorganic non-metallic
properties in Surface water 94 Table-3.5 (h) Totxic metal in water
95 Table-3.5 (i) Iron, Phenolic Substances, Cyanide, Anionic
Detergents, Mineral Oil, Aluminum &
Boron in ground water 96
Table-3.5 (j) Sodicity & Salinity Hazard Rating 96 Table-3.5
(k) Percent Sodium and SAR of Water 97 Table-3.5 (l) Pollution
Indicators of Water 97 Table-3.5 (m) Microbiological Quality of
Water 97 Table-3.5 (n) Detailed Analysis Results of water (GW-1,
GW-2 & GW-3) 98 Table-3.5 (o) Detailed Analysis Results of
water (GW-4, GW-5 & GW-6) 99 Table-3.5 (p) Surface Water
Quality Report 100
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007
Shriram Institute for Industrial Research: Delhi
Table No. Description Page Table-3.6 (a) Characteristics of
composite untreated effluent 101 Table-3.6 (b) Effluent discharge
criteria 102 Table-3.6 (c) Approved Cost estimate for laying
sewerage system for proposed project 102 Table-3.7 (a) Landuse in
10 km buffer zone of the Project Area 106 Table-3.7 (b) Description
of Soil Quality Sampling Locations for the Study 107 Table-3.7 (c)
Test Methods/ Protocols for Soil Quality Analysis 108 Table-3.7 (d)
Test Methods/ Protocols for Soil Quality Analysis 109 Table-3.7 (e)
Soil Quality Rating for available nutrients & organic carbon
109 Table-3.7 (f) Soil Quality Results in Project Area (SQ-1 to
SQ-6) 110 Table-3.8 (a) Population profile in the study area 112
Table-3.8 (b) Sex Ratio in the study area 112 Table-3.8 (c) Trend
of SC/ST population in the study area 113 Table-3.8 (d) Trend of
Literacy Rate (LR) in the study area 113 Table-3.8 (e) Population
Density in the project area 114 Table-3.8 (f) Trend of WPR in the
study area 114 Table- 3.8 (g) Occupation Structure in the Project
Area 115 Table-3.8 (h) Scale for Socio-economic Index Development
(Population Density & Sex Ratio) 117 Table-3.8 (i) Scale for
Socio-economic Index Development (Literacy Rate, Amenities &
WPR) 117 Table-3.8 (j) Socio-economic Index Matrix 118 Table-3.8
(k) Socio-economic Index in the Project Area 118 Table-3.9 (a)
Forest cover in district & state 120 Table-3.9 (b) Protected
area in the Haryana State 121 Table-3.10 (a) Criteria for
computation of equivalent PCU 124 Table-3.10 (b) PCUs at TM-1 &
TM-2 125 Table-3.10 (c) Traffic Monitoring at station TM-1 126
Table-3.10 (d) Traffic Monitoring at station TM-2 126 Table-4.1
Information for right of way 133 Table-4.2 Baseline AAQ data at
Core & Buffer Zones of Proposed Project Site 135 Table-4.3 (a)
Potential impacts during construction phase of the project 139-140
Table-4.3 (b) Potential impacts during operational phase of the
project 140-141 Table-5.4 (a) Budget for solid wastes management
for proposed project 149 Table-5.4 (b) Area under green belts in
the proposed IE Phase-II Manakpur, Jagadhri 154 Table-5.4 (c)
Budget for horticulture & roadside plantation for proposed
project 154 Table-5.4 (d) Area under green belt in the proposed IE
Manakpur, Jagadhri 157 Table-5.4 (e) Plot wise load estimations 158
Table-5.4 (f) Landuse wise load estimations 159 Table-5.6
Post-project Monintoring Schedule 167 Table-5.8 Environment
Management Budget 168
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007 Page 1
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Shriram Institute for Industrial Research: Delhi
1. INTRODUCTION 1.1 Purpose of the Report
The purpose of EIA/ EMP report is to reduce or/ minimize
undesirable or negative impacts and to enhance the positive impacts
due to the project activities based on the conductance of EIA study
by analysing various environmental issues related to the proposed
project activities. Every anthropogenic activity has some impact on
the environment. The objective of EIA is, thus, to foresee the
potential environmental problems that would arise out of a proposed
development and address them in the project's planning and design
stage. The EIA process should then allow for the communication of
this information to: (a) The project proponent; (b) The regulatory
agencies; and, (c) All stakeholders and interest groups.
1.2 Identification of Project and Project Proponent
Haryana State Industrial and Infrastructure Development
Corporation Limited (HSIIDC) is the Project Proponent for the
proposed project. In line with the Industrial Policy announced by
the Government of Haryana, HSIIDC has decided to develop a new
Industrial Estate Phase-II at Manakpur, IMT Jagadhri. This IE will
be developed on the pattern of IMT Manesar (i.e. global market for
industrial hub). It will have integrated sites for Industrial,
Commercial & Institutional areas along with adjoining
residential area for operational convenience & promoting
walk-to-work culture. This industrial township will be developed in
sectors 30 &.30A.
Table-1.2 Area statement of proposed project Schedule of area
Area in acre
Area in acre TotalTotal Area 258A-0K-6M 258A-0K-6MArea not in
possession of HSIIDC 16-A-0K-0M 16A-0K-OMArea under Acquisition
258A-0K-6M 258A-0K-6MArea under industrial plots 99.78 99.78Area
reserved for residential use under R&R Policy 11.51 11.51Area
reserved for institutional and commercial 9.06 9.06Area reserved
for conv. Shopping 2.84 2.84Area under fire station 1.48 1.48Area
under police post 0.90 0.90Area reserved for utilities/parking
14.22 14.22Area under open spaces parking, road and undetermined
uses 116.60 116.60
Type of Industries to come up in proposed IMT at Jagadhri
The project envisages the establishment of mainly pollution free
industries based on advanced technologies. The spectrum of
industries which are expected to come up in the proposed IE
Phase-II at Manakpur, Jagadhri would comprise of following type: ♦
General manufacturing Industry ♦ Garment industry ♦ Electronics and
electricals ♦ Medical equipments ♦ Sports goods ♦ CNC machines ♦
Health care items ♦ Sheet metal components ♦ Auxiliary Industries.
♦ Metal Industries
1.3 Regulatory Framework The principal Environmental Regulatory
Agency in India is the Ministry of Environment and Forests (MoEF),
New Delhi. MoEF formulates environmental policies and accords
environmental clearances
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007 Page 2
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Shriram Institute for Industrial Research: Delhi
for the projects. Many State and Central legislation have a
bearing on environmental issues but laws on "environment
protection" have been notified from time to time.
Key Legislations in India
There are various legal instruments at the National & State
level, which address environmental management in some form or the
other. The key legislations relevant to the project includes
following:
(a) The Environment (Protection) Act, 1986 (amended 1991) and
following Rules there under: ♦ The Environment (Protection) Rules,
1986. ♦ The Hazardous Wastes (Management, Handling and
Transboundary Movement) Rules, 2008
amended till date ♦ EIA Notification, 2006 amended till date. ♦
The Noise Pollution (Regulation & Control) Rules 2000
(b) The Forest (Conservation) Act, 1980.
(c) The Factories Act, 1948 (with latest amendments).
(d) The Motor Vehicles Act, 1988 (amended 2001).
(e) The Central Motor Vehicles Rules, 1989 (amended 2005).
(f) The Public Liability Insurance Rules, 1991 (amended
1992).
(g) The National Environment Tribunal Act, 1995. 1.4
Requirements of prior Environmental Clearance (EC):
The projects or activities requiring prior environmental
clearance from the concerned regulatory authority, to be as the
Central Government in the Ministry of Environment and Forests for
matters falling under Category ‘A’ in the Schedule and at State
level the State Environment Impact Assessment Authority (SEIAA) for
matters falling under Category ‘B’ in the said Schedule, before any
construction work, or preparation of land by the project management
except for securing the land, is started on the project or
activity: (a) All new projects or activities listed in the Schedule
to this notification; (b) Expansion and modernization of existing
projects or activities listed in the Schedule to this
notification with addition of capacity beyond the limits
specified for the concerned sector, that is, projects or activities
which cross the threshold limits given in the Schedule, after
expansion or modernization;
(c) Any change in product-mix in an existing manufacturing unit
included in Schedule beyond the specified range.
Table-1.4 Criteria for environmental clearance Project or
Activity Category with threshold limit Conditions, if any
A B7 (c) Industrial estates/ parks/
complexes/ areas, Export Processing Zones (EPZs), Special
Economic Zones (SEZs), Biotech Parks, Leather Complexes
If at least one industry in the proposed industrial estate falls
under the Category A, entire industrial area shall be treated as
Category A, irrespective of the area. Industrial estates with area
greater than 500 ha and housing at least one Category B
industry.
Industrial estates housing at least one Category B industry and
area 500 ha and not housing any industry belonging to Category A or
B
Special condition shall apply Note: Industrial estate of area
below 500 ha and not housing any industry of category A or B does
not require clearance.
If the area is less than 500 ha but contains building and
construction projects > 50,000 sq.m and or development area more
than 100 ha it will be treated as activity 8(a) or 8 (b) as the
case may be.
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007 Page 3
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Shriram Institute for Industrial Research: Delhi
1.5 Approved TOR from MOEF By Speed Post
No. 21-1045/2007-IA.III
Government of India Ministry of Environment & Forests
(IA Division) Paryavaran Bhavan,
C.G.O. Complex, Lodi Road, New Delhi-110003.
Dated: June 23, 2008 To M/s Haryana State Industrial &
Infrastructure Development Corporation C-13/14, Sec-6, Panchkula
Haryana Sub: TOR for EIA for development of Industrial Estates of
HSIIDC at Sector - 30, 30-A, 31, & 32 at IMT Manakpur
(Jagdhari), Haryana Dear Sirs, The undersigned is directed to refer
to your communication no. HSIIDC:K:08:/11 dated April 03, 2008
regarding the subject mentioned above. 2. The proposal is for
development of industrial Estates of HSIIDC at Sector-30, 30-A, 31,
& 32 at IMT
Jagadhari, Haryana at a cost of Rs. 360.0 crore. The total plot
area is 800 acres (324 ha). The total water requirement is 14500
KLD. The land will be prepared for establishment of industries
based on advanced technologies Viz. metallurgy engineering, general
heavy engineering and auxiliary industries. Apart from it, common
facilities for transport, communication, drainage system, water ?
wastewater facilities, solid waste disposal system, sewage
treatment plant, hazardous waste management, rain water harvesting
etc. will be provided.
3. The Expert Appraisal Committee for environmental appraisal of
Construction projects and industrial estates
considered the project during its 27th and 30th meetings held in
February 28-29,and May 23-24, 2008 respectively. Based on the
consideration of the documents submitted and the presentation made
by the project proponent, the Committee prescribed the Terms of
Reference (TORs) for preparing EIA report for the above-mentioned
project as per enclosed annexure.
4. After preparing the EIA (as per the generic structure
prescribed in Appendix-III of the EIA Notification, 2006)
covering the above mentioned issues, the proponent will take
further necessary action for obtaining environmental clearance in
accordance with the procedure prescribed under the EIA
Notification, 2006.
(K. C. RATHORE) Additional Director (IA)
Tel. 24360789 Copy to:
1. The Secretary, Department of Environment, Government of
Haryana, Secretariat Building, Panchkula, Haryana.
2. The Member Secretary, Haryana Pollution Control Board,
Panchkula, Haryana. 3. The CCF, Regional Office, Ministry of
Environment & Forests, Chandigarh. 4. IA - Division, MOEF,
Paryavaran Bhawan, CGO Complex, New Delhi. 5. Guard file
(K.C. RATHORE) Additional Director (IA)
Annexure Terms of Reference (TOR) for Environmental Impact
Assessment
The approved TOR for the Rapid Environmental Impact Assessment
(REIA) study of the proposed development of industrial Estates at
IMT Jagdhari, Haryana is given below:
1. The study area should cover an area of 10 km radius around
the proposed site. 2. Location of any National Park, Sanctuary,
Elephant / Tiger Reserve (existing as well as proposed), migratory
routes, if
any, within 10 km of the project site shall be specified and
marked on the map duly authenticated by the Chief Wildlife
Warden.
3. Land requirement for the project to be optimized. Unit Item
wise break up of land requirement and its availability to be
furnished including for STP/CETP secured land fill site etc.
4. Provide comprehensive details of the following: a. planned
activities, b. support facilities, c. environmental management
utilities
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007 Page 4
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Shriram Institute for Industrial Research: Delhi
i. drainage system ii. water conservation measures iii. sewage
treatment iv. effluent treatment v. solid waste management vi.
effluent recycling and discharge vii. hazardous waste management
& handling, disposal viii. landscape development ix. energy
conservation measures x. odor management
d. project layout, e. site location maps, f. logistic hub/
parking details g. transportation facilities, h. residential and
other community facilities etc. i. overall carrying capacity of the
environment.
5. Detailed description of the existing environmental conditions
shall be provided covering physical, biological and socio-economic
attributes.
a. A detailed description of the existing land use (supported by
satellite imagery), soil characteristics/ geology in the study area
shall be covered in it. Special emphasis shall be placed on
drainage patterns.
b. The soil of the area shall be tested from 5 - 6 locations in
the project area. c. Water quality (ground/surface) and Wastewater
Quality study at project area(8 sources). Sampling
frequency: Grab(once during the study period); Test Parameters:
Ph, temperature, turbidity, hardness, Ca, Mg, Cl, SO4, NO3, F, Na,
K, Alkalinity, T-N, T-P, DO, BOD, COD, Phenol, Heavy/ Toxic
Metals(Pb, Cd, Zn, Cu, Cr, As, Hg, Se), Total Coliform.
d. Water quality of nearby River, if any, Source of water supply
and nearby water ponds shall be analyzed. e. Climatic conditions of
the study area shall be monitored for hourly wind speed, wind
direction, relative
humidity, ambient dry and wet bulb temperatures and
precipitation. f. Ambient air quality in the study area would be
monitored at 6 locations on twice a week for 12 weeks (one
season) for SPM, RSPM, SO2, HC, CO, NOx. One complete season AAQ
data (except monsoon) to be given along with the dates of
monitoring. The location of the monitoring stations should be so
decided so as to take into consideration the pre-dominant downwind
direction, population zone and sensitive receptors including
reserved forests. There should be at least one monitoring station
in the upwind direction.
g. Impact of the project on the AAQ of the area. Details of the
model used and the input data used for modelling should also be
provided. The air quality contours may be plotted on a location map
showing the location of project site, habitation nearby, sensitive
receptors, if any. The wind roses should also be shown on this
map.
h. Noise levels at site and ambient noise levels in the nearby
villages, National Highway and State Highway as well as project
site shall be monitored to set up baseline noise levels. For this,
noise level monitoring shall be conducted during day and nighttime.
Traffic density and noise at the connecting road to State
Highway.
i. Identification of existing potential sources of pollution
like industries in the study area. j. Examine the feasibility of
zero discharge. In case of any proposed discharge, its quantity,
quality and point
of discharge, users downstream etc. should be provided. k.
Identification of available facilities for solid waste management
near the project location. l. Identification of municipal solid
waste disposal facilities in the near by area. m. Details of
existing water supply, rail and road networks. n. Availability of
water, power, and other raw material etc. and their actual demands,
vis a vis constraints.
Commitment regarding availability of requisite quantity of water
from the competent authority. o. A detailed description of the
flora and fauna (terrestrial and aquatic) of the area shall be
given in the
environmental assessment report. p. Present and projected
population; present and proposed land use; planned development
activities, issues
relating to squatting and relocation, community structure,
employment, distribution of income, goods and services; recreation;
public health and safety; cultural peculiarities, aspirations and
attitudes shall be explored in study.
q. The historical importance of the area shall also be examined
in the study. While this analysis is being conducted, it is
expected that an assessment of public perception of the proposed
development be conducted.
r. Details regarding availability of social infrastructure and
future projections, details of facilities such as sanitation, fuel,
restroom etc. to be provided to the labour force during
construction as well as to the casual workers including truck
drivers during operation phase.
6. Environmental condition scenarios shall be developed based on
industrial activities and pollution potentials. 7. Two different
kinds of scenarios shall be studied to work out techno-economically
feasible model of the R&R policy
of the State. 8. Each industrial activity shall be defined with
respect to its manufacturing process, product, material balance,
waste
generation, treatment and its disposal. 9. The mass balance for
each type of industry giving material in and out etc. shall be
taken into account. Planning of
industries with respect to flow of goods and services in
sequential order and workout production figures with respect to
utilization of automatic and labour intensive technology.
10. Cumulative impact on regional supportive capacity shall be
studied in terms of population density, water supply, sewerage,
storm water drainage, power supply, educational facilities, medical
facilities, public transport, traffic, housing for EWS, and
communities facilities etc.
11. All kind of resources both renewable and non-renewable shall
be taken into account 12. The environmental impacts shall be
identified for construction and operation stages of the project.
13. Major environmental issues of concern shall be discussed in the
environmental assessment report. Identified potential
impacts could be:
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Project Title : EIA Study for Development of Industrial Estate
of HSIIDC at Manakpur, IMT Jagadhri Project No. : 21-1045/
2007-IA.III Contract No. : HSIIDC: IA:2007:959 dt.10.05.2007 Page 5
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Shriram Institute for Industrial Research: Delhi
a. Air Pollution due to industrial, construction activities
& transportation of goods and material b. Change in drainage
pattern c. Change in landscape d. Water Pollution due to industrial
and domestic wastewater e. Pollution of potable, surface,
groundwater water bodies f. Increase in Noise Levels g. Generation
of Solid & Hazardous Waste h. Socio-economic and cultural
impacts i. Impact on Flora & Fauna j. Odor problem due to
industrial activity
14. The impacts shall be distinguished between significant
positive and negative impacts, direct and indirect impacts. 15.
Project activities and impacts shall be represented in matrix form
with separate matrices for pre and post mitigation
scenarios. 16. Measures shall be prepared for avoiding, as far
as possible, any adverse impacts due to proposed development. 17.
Identification of the industries, which should be avoided in the
industrial estate. 18. An Environmental Management Plan (EMP),
specifying stage of implementation, time frame, responsibility
and
resources shall also be prepared along with basic designs
drawings, cost estimates and implementation logistics for
environmentally balanced industrial complexes, rain water
harvesting, waste water recycling, site flooding mitigation plan,
landscaping and green belt, use of eco friendly building material,
use of solar energy for streetlights, use of wind/ biomass as
resource, energy conservation as per ECBS norms, fire prevention
& control plan and traffic management plan.
19. An outline-monitoring programme for construction and
operation stage shall also be developed. 20. The monitoring
programme shall include the parameters to be monitored with
frequency, locations and reporting. 21. A detailed environmental
budget and green belt development proposal would also be presented.
22. Besides the above, the following general points will be
followed: -
(a) All documents to be properly referenced with index, page
numbers and continuous page numbering. (b) Where data is presented
in the report especially in table, the period in which the data was
collected and the
source should invariably be indicated. (c) Where the documents
provided are in a language other than English, an English
translation should be
provided. (d) The CETP may be planned after carefully studying
the need to have such common facility indicating the
capacity and technology proposed to be adopted. Plan shall be
prepared taking in to account water conservation, energy
consumption and conservation plan. Energy efficient and cost
effective technology should be identified. Special emphasis should
be given for identification of group/mix of industries while
designing the CETP so as to meet the stipulated standards brought
out by MOEF (CPCB)/SPCB.
(e) Explore possibility of utilizing waste of one unit as raw
material for the other units. (f) Chemical emergency response and
rescue system proposed may be indicated including onsite and
offsite
disaster management plans.
****** 1.6 Compliance with respect to the TOR issued by Expert
Appraisal Committee
Table-1.6 Compliance with respect to the TOR TOR Item/ Points
Compliance Status1. The study area should cover an area of 10 km
radius around
the proposed site. EIA study has been conducted in 10-km buffer
zone of the project site. Survey of India toposheet (1:50000)
indicating core zone and 10-km buffer zone is appended in
Chapter-2.
2. Location of any National Park, Sanctuary, Elephant / Tiger
Reserve (existing as well as proposed), migratory routes, if any,
within 10 km of the project site shall be specified and marked on
the map duly authenticated by the Chief Wildlife Warden.
There is no National Park, Sanctuary, Elephant / Tiger Reserve
(existing as well as proposed), migratory routes within 10 km of
the project site. Toposheet is given in Chapter-2. Settelite
Imagery is given in Chapter-3.9.
3. Land requirement for the project to be optimized. Unit Item
wise break up of land requirement and its availability to be
furnished including for STP/CETP secured land fill site etc.
Landuse for the project is strictly as per the Revised Draft
Development Plan for Controlled Area, Yamuna Nagar, Jagadhri.
Layout of the project site as well as break-up of proposed landuse
is given in Chapter-2.
4. Provide comprehensive details of the following: Details of
planned & support activities are given in Chapter-2.
Environmental management utilities such as Drainage system, water
conservation measures, sewage & effluent treatment, solidwaste
management, effluent recycling and discharge, hazardous waste
management, landscape development, energy conservation measures and
odour management are given in Chapter-5.
a. planned activities b. support facilities c. environmental
management utilities
i. drainage system ii. water conservation measures iii. sewage
treatment iv. effluent treatment v. solid waste management vi.
effluent recycling and discharge vii. hazardous waste magmt &
handling, disposal
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viii. landscape development ix. energy conservation measures x.
odor management
d. project layout Project layout is given in Chapter-2 e. site
location maps Site location map is given in Chapter-2 f. logistic
hub/ parking details Parking details are given in Chapter-2 g.
transportation facilities Transportation facilities including road
network is
given in Chapter-2.h. residential and other community facilities
etc. Residential & other community facilities are covered
in
Chapter-2 & Chapter-5.i. overall carrying capacity of the
environment Overall carrying capacity inclusive of supportive
&
assimilative capacities covered in Chater-5.5. Detailed
description of the existing environmental
conditions shall be provided covering physical, biological and
socio-economic attributes.
Chapter-3 gives the illustration in detail about the existing
environmental conditions inclusive of physical, biological and
socio-economic attributes.
a. A detailed description of the existing land use (supported by
satellite imagery), soil characteristics/ geology in the study area
shall be covered in it. Special emphasis shall be placed on
drainage patterns.
The detailed description of existing landuse is given in
Chapter-3.7. SOI topsheet is given in Chapter-2 and Chapter-3.9.
The geological features are given in Chapter-3.5 and soil
characteristics are given in Chapter-3.7.
b. The soil of the area shall be tested from 5 - 6 locations in
the project area.
The soil quality in core zone and buffer zone of the project
site has been analysed and data is presented in Chapter-3.7.
c. Water quality (ground/surface) and Wastewater Quality study
at project area(8 sources). Sampling frequency: Grab(once during
the study period); Test Parameters: Ph, temperature, turbidity,
hardness, Ca, Mg, Cl, SO4, NO3, F, Na, K, Alkalinity, T-N, T-P, DO,
BOD, COD, Phenol, Heavy/ Toxic Metals(Pb, Cd, Zn, Cu, Cr, As, Hg,
Se), Total Coliform.
The water quality of various sources (10 Nos.) has been analysed
in core and buffer zone of the project site. The water quality
analysis data along with interpretation is presented in
Chapter-3.5.
d. Water quality of nearby River, if any, Source of water supply
and nearby water ponds shall be analyzed.
The water quality of Western Yamuna Canal u/s and d/s has been
analysed and data along with the interpretation is presented in
Chapter-3.5.
e. Climatic conditions of the study area shall be monitored for
hourly wind speed, wind direction, relative humidity, ambient dry
and wet bulb temperatures and precipitation.
Data of the climatic condition of study area (hourly readings
for three months) with respect to temperature, RH, wind direction,
wind speed are presented in Chapter-3.3. Month wise rainfall data
of five years is also given from IMD source.
f. Ambient air quality in the study area would be monitored at 6
locations on twice a week for 12 weeks (one season) for SPM, RSPM,
SO2, HC, CO, NOx. One complete season AAQ data (except monsoon) to
be given along with the dates of monitoring. The location of the
monitoring stations should be so decided so as to take into
consideration the pre-dominant downwind direction, population zone
and sensitive receptors including reserved forests. There should be
at least one monitoring station in the upwind direction.
Ambient Air Quality in the core and buffer zone of the project
site has been monitored for twice in a week for 12 weeks (one
non-monsoon season) for all the relevant parameters. Location map
along with the data compilation and interpretation is given in
Chapter-3.2. AAQ locations include the pre-dominat wind direction
and sensitive receptors. Location description is fixed with the
latitudes and longitudes.
g. Impact of the project on the AAQ of the area. Details of the
model used and the input data used for modelling should also be
provided. The air quality contours may be plotted on a location map
showing the location of project site, habitation nearby, sensitive
receptors, if any. The wind roses should also be shown on this
map.
ISCST3 EPA approved model has been used for aaaaaaaaAir
pollution dispersion modeling which uses the steady-state Gaussian
Plume equation for continuous elevated sources. The sources
coordinates include down-wind, cross-wind and vertical directions.
1st highest 1-hr average GLC and 2nd highest 1-hr GLC are estimated
and presented along with the contours in Chapter-3.2.5. Month wise
windrose diagrams along with the data analysis are presented in
Chapter-3.3.
h. Noise levels at site and ambient noise levels in the nearby
villages, National Highway and State Highway as well as project
site shall be monitored to set up baseline noise levels. For this,
noise level monitoring shall be conducted during day and nighttime.
Traffic density and noise at the connecting road to State
Highway.
The Ambient Noise level has been monitored in the core zone and
buffer zone of project site. The data alongwith the interpretation
has been presented in chapter-3.4. Traffic density data, which has
been monitored on hourly basis for 24-hours, is presented along
with interpretation and graphical presentation in Chapter-3.10.
i. Identification of existing potential sources of pollution
like industries in the study area.
Details are provided in Chapter-4 & 5.
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j. Examine the feasibility of zero discharge. In case of any
proposed discharge, its quantity, quality and point of discharge,
users downstream etc. should be provided.
Details are provided in chapter-3.5,3.6 and 5.0.
k. Identification of available facilities for solid waste
management near the project location.
Details are provided along with the plan and budget in
chater-5.
l. Identification of municipal solid waste disposal facilities
in the near by area.
The district administration of Yamunanagar is constructing a
solid waste management site for Yamunanagar & Jagadhri, which
is at a distance of 10-km from the proposed site. The facility of
collection and lifting the waste from project site would be
provided by HSIIDC.
m. Details of existing water supply, rail and road networks.
Details are given in Chapter-2 & 5 alongwith the layout.
n. Availability of water, power, and other raw material etc.and
their actual demands, vis a vis constraints. Commitment regarding
availability of requisite quantity of water from the competent
authority.
Details are given in Chapter-2 & 5.
o. A detailed description of the flora and fauna (terrestrial
and aquatic) of the area shall be given in the environmental
assessment report.
The detailed description of the flora and fauna (terrestrial
& aquatic) are given in the Chapter-3.9.
p. Present and projected population; present and proposed land
use; planned development activities, issues relating to squatting
and relocation, community structure, employment, distribution of
income, goods and services; recreation; public health and safety;
cultural peculiarities, aspirations and attitudes shall be explored
in study.
Demographic data in detail alongwith data analysis with respect
to various socio-economic attributes are presented in Chapter-3.8.
Attributes like connectivity, power supply, P&T services,
drinking water, educational facilities, medical facilities etc. are
also assessed and are included in the socio-economic index of the
area.
q. The historical importance of the area shall also be examined
in the study. While this analysis is being conducted, it is
expected that an assessment of public perception of the proposed
development be conducted.
Environmental sensitivity analysis has been done and details are
provided in the Chapter-3.7
r. Details regarding availability of social infrastructure and
future projections, details of facilities such as sanitation, fuel,
restroom etc. to be provided to the labour force during
construction as well as to the casual workers including truck
drivers during operation phase.
Details of social infrastructure together with wor participation
rate are given in Chapter-3.7. Details regarding availability of
social infrastructure for labour force during the construction
period of the project are provided in Chapter-5.
6. Environmental condition scenarios shall be developed based on
industrial activities and pollution potentials.
Detailed environmental conditions scenarios are discussed in
Chapter-4.
7. Two different kinds of scenarios shall be studied to work out
techno-economically feasible model of the R&R policy of the
State.
R&R aspects are given in Chapter-2 and Chapter-5.
8. Each industrial activity shall be defined with respect to its
manufacturing process, product, material balance, waste generation,
treatment and its disposal.
Industrial activities along with the size of industries expected
to come up in the Ie are given in Chapter-2.
9. The mass balance for each type of industry giving material in
and out etc. shall be taken into account. Planning of industries
with respect to flow of goods and services in sequential order and
workout production figures with respect to utilization of automatic
and labour intensive technology.
Detailed description and type of industries are discussed in the
Chapter-2.
10. Cumulative impact on regional supportive capacity shall be
studied in terms of population density, water supply, sewerage,
storm water drainage, power supply, educational facilities, medical
facilities, public transport, traffic, housing for EWS, and
communities facilities etc.
Cumulative impact analysis has been done and isreported in
Chapter-4.
11. All kind of resources both renewable and non-renewable shall
be taken into account
All kind of resources both renewable and non-renewable are taken
into account. Details are presented in Chapter-5.
12. The environmental impacts shall be identified for
construction and operation stages of the project.
The Environmental Impacts are identified both duringconstruction
and operation phase of the project and are reported in
Chapter-4.
13. Major environmental issues of concern shall be discussed in
the environmental assessment report. Identified potential impacts
could be:
All major issues of concerns were considered during the
environmental impact analysis and are reported in Chapter-4
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a. Air Pollution due to industrial, construction activities
& transportation of goods and material
Air pollution scenarios are considered due to various activities
in detailed impact analysis.
b. Change in drainage pattern Drainage pattern has been
considered c. Change in landscape Landscape has been taken into
account d. Water Pollution due to industrial and domestic
wastewater e. Pollution of potable, surface, groundwater water
bodies
Detailed impact analysis has been done related to water and
water pollution aspects.
f. Increase in Noise Levels Impact analysis due to noise has
been consideredg. Generation of Solid & Hazardous Waste Impacts
due to solid & hazardous wastes have been
considered.h. Socio-economic and cultural impacts Socio-economic
& cultural aspects are taken into
consideration in impact analysis. i. Impact on Flora & Fauna
Impacts on flora & fauna are studies. j. Odor problem due to
industrial activity Impacts due to odour have been considered.14.
The impacts shall be distinguished between significant
positive and negative impacts, direct and indirect impacts. All
positive and negative impacts are considered and analysed.
15. Project activities and impacts shall be represented in
matrix form with separate matrices for pre and post mitigation
scenarios.
Impact analysis included potential impacts, sources and
safeguard measures.
16. Measures shall be prepared for avoiding, as far as possible,
any adverse impacts due to proposed development.
Details are reported in the Environmental Management Plan in
Chapter-5.
17. Identification of the industries, which should be avoided in
the industrial estate.
The size and type of industries have been identified. Details
given in Chapter-2.
18. An Environmental Management Plan (EMP), specifying stage of
implementation, time frame, responsibility and resources shall also
be prepared along with basic designs drawings, cost estimates and
implementation logistics for environmentally balanced industrial
complexes, rain water harvesting, waste water recycling, site
flooding mitigation plan, landscaping and green belt, use of eco
friendly building material, use of solar energy for streetlights,
use of wind/ biomass as resource, energy conservation as per ECBS
norms, fire prevention & control plan and traffic management
plan.
Detail Environmental Management Plan covering all these aspects
are given in Chapter-5
19. An outline-monitoring programme for construction and
operation stage shall also be developed.
Environmental Monitoring Plan for the Operational Phase of the
project has been delineated.
20. The monitoring programme shall include the parameters to be
monitored with frequency, locations and reporting.
Environmental Monitoring Plan includes activity to be monitored,
parameters, frequacy etc.
21. A detailed environmental budget and green belt development
proposal would also be presented.
Environmental Budget including that for the development and
maintenance of green belt is reported in Chapter-5.
22. Besides the above, the following general points will be
followed: -
(a) All documents to be properly referenced with index, page
numbers and continuous page numbering.
All documents are properly referenced with index, page numbers
and continuous page numbering.
(b) Where data is presented in the report especially in table,
the period in which the data was collected and the source should
invariably be indicated.
Source of data has been mentioned in case where secondary data
has been used.
(c) Where the documents provided are in a language other than
English, an English translation should be provided.
EIA/EMP report is written in English language only.
(d) The CETP may be planned after carefully studying the need to
have such common facility indicating the capacity and technology
proposed to be adopted. Plan shall be prepared taking in to account
water conservation, energy consumption and conservation plan.
Energy efficient and cost effective technology should be
identified. Special emphasis should be given for identification of
group/mix of industries while designing the CETP so as to meet the
stipulated standards brought out by MOEF (CPCB)/SPCB.
The planning of CETP has been done very carefully considering
the proposed load in future. CETP layout is given. Cost of CETP
(capital & recuurent is given). CETP design meets all the
stipulated criterias of MOEF/CPCB.
(e) Explore possibility of utilizing waste of one unit as raw
material for the other units.
Such kind of possibilities will be explored during the
operational phase of the project.
(f) Chemical emergency response and rescue system proposed may
be indicated including onsite and offsite disaster management
plans.
Management plan for handling emergencies is given in
Chapter-5.
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1.7 Organization of the Report
This EIA/EMP Report is based on the primary data generated and
secondary data collected in the vicinity of the proposed project.
The present report contains compilation of data collected/
generated as well as data collation and its interpretation with
regulatory guidelines. Generic structure of the present report
includes following chapters in nutshell: Chapter- 1 : Introduction
This chapter provides general information pertaining to purpose of
the report, identification of project and project proponent. It
also includes scope of study as well as regulatory scoping and
organization of the report. Chapter- 2 : Project Description This
chapter provides background information of the proposed project,
brief description and objectives of the project and description of
the area. It also provides information with respect to major thrust
areas of the proposed project. Chapter- 3 : Description of
Environment Details in pertinent to study area, component of
environment studied as well as the methodologies followed have been
illustrated in this chapter. Baseline Status of Environment This
chapter describes the baseline environment of the project area
based on primary data generated and secondary data collected.
Baseline data includes areas like Air Environment,
Micro-meteorology, Traffic, Noise, Water Environment, Land
Environment, Biological Environment and Socio-econoic Environment.
Data generated/ collected in context to above components of
environment is collated and interpreted with respect to available
regulatory requirements. Chapter- 4 : Anticipated Environmental
Impacts & Analysis of Alternatives This chapter details the
inferences drawn from the environmental impact assessment with and
without project and project with EMP. It describes the overall
impacts of the proposed project and underscores the areas of
concern, which need mitigation measures.
Chapter- 5 : Environmental Management Plan including Mitigation
Measures, Environmental Monitoring Program and Project Benefits
This chapter provides recommendations for Environmental
Management Plan (EMP) including mitigation measures for minimizing
the negative environmental impacts of the project, if any.
Environmental monitoring requirements for effective implementation
of mitigative measures during construction as well as during
operation of the project along with required institutional
arrangements for their implementation. Chapter-6 : Public
Consultation/ Public Hearing This chapter provides details of
Public Hearing conducted at site along with suggestions,
objections, remarks etc. obtained from general public together with
the action plan of the Project Proponent to address the issues
raised during the Public Hearing/ Consultaion. Chapter- 7 :
Disclosure of Consultants Engaged
This chapter describes the general profile of consultantancy
organization.
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2. GENERAL PROJECT DESCRIPTION 2.1 Preamble In the pursuit of
prosperity in Haryana, pioneering role has been played by the
Haryana State Industrial and Infrastructure Development Corporation
Limited (HSIIDC). One of the leading contributors to the well being
and progress of the State, HSIIDC has been instrumental in bringing
about a major change in the people of Haryana over the years. The
pioneering zeal of HSIIDC has facilitated the transformation of
Haryana from a primarily agrarian society to one of the most highly
industrialized States of modern India. HSIIDC was setup in 1967 for
promoting medium and large-scale industries so as to ensure
balanced regional development of Haryana, by acting as an
institutional entrepreneur and a financial institution. HSIIDC
serves as the single most important platform for providing services
in the following areas: ♦ Providing financial assistance by way of
term loans, equipment re-finance/equipment
leasing and working capital. ♦ Infrastructural development in
the State of Haryana. ♦ Performing Agency functions on behalf of
the State Government. ♦ Performing Agency functions for
entrepreneurs and established industries for enhancement
of capacity/ modernization. HSIIDC is a Public Limited Company
wholly owned by the Government of Haryana, set up as a catalyst for
promoting and accelerating the pace of industrialization in the
State. The corporation provides a wide spectrum of financial
services under one roof-the concept being "Total Financial Support"
for its clientele. Being an intrinsically customer-oriented
organization, HSIIDC has often gone beyond the call of duty in
helping to give concrete shape to the destiny and vision of
thousands of entrepreneurs. It has generally taken on the role of a
trusted friend and guide, providing crucial support and most
important of all, created an environment where nascent projects are
able to attain their function and become vibrant industries. 2.2
The Proposal for Development of Industrial Estate Phase-II at
Manakpur Jagadhri In line with the Industrial Policy announced
by the Government of Haryana, HSIIDC has decided to develop a new
Industrial Model Township (IMT) at Jagadhri. This IMT will be
developed on the pattern of IMT Manesar (i.e. global market for
industrial hub). It will have integrated sites for Industrial,
Commercial & Institutional areas along with adjoining
residential area for operational convenience & promoting
walk-to-work culture. This industrial township will be developed in
sectors 30 and 30 A of Jagadhri. (a) Land Acquisition for Proposed
Project In pursuance of the Government Notification No.
2/6/24-IIB-II-2007 dated 11.07.2007, published in Government
Gazette dated 11.07.2007, u/s-4 of the Land Acquisition Act 1894
and
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declared U/S-6 vide notification No. 2/6/24-IIB-II-07 dated
10.07.2008 the State Government has acquired the land measuring
259A-6K-17M pertaining to revenue estate of village Manakpur,
Udhamgarh, Garhi Banjarah at public expenses, for public purpose
namely setting an Industrial Estate Phase-II at IE Manakpur Tehsil
Jagadhri District Yamuna Nagar. The award of above said land was
announced by District Revenue officer-Cum-Land Acquisition
Collector, Yamuna Nagar on 10.07.0. A sum of Rs. 32.60 Crores was
disbursed as compensation to the owner of the acquired land. The
physical possession of acquired land has already been taken over on
27.02.2010 from the Sub Divisional Magistrate, Jagadhri. The
tentative lay out plan of Indl. Estate Phase- II Manakpur has also
earlier been prepared for the total land area of 258A-0K-6M (258.04
acres) (b) Landuse of Proposed Project Site HSIIDC proposes to
develop IMT Jagadhri as the most modern industrial township with
international level of environmental friendly infrastructure. Total
area in Sector-30 and 30A is 258A-0K-6M (258.04 acres) which has
already been acquired by HSIIDC for the purpose of development of
IMT. The schedule of area is described in table-2.2 (a).
Table-2.2 (a) Landuse of Proposed Project Site S. No. Use of
land Area in Acre 1. Total area under acquisition 258.04 2. Area to
planned later 1.65 3. Net area planned 256.39 4. Area under
industrial plots 99.78 5. Area reserved for residential use 11.51
6. Area reserved for institutional and commercial 9.06 7. Area
reserved for conv. Shopping 2.84 8. Area under fire station 1.48 9.
Area under police post 0.90 10 Area reserved for utilities/parking
14.22 11. Area under open spaces parking, road and undetermined
uses 116.60
♦ The area planned for the development of IMT would be 256.39
acres which is about 99.36% of total acquisition land.
♦ The area under development of industrial plots would be 99.78
acres which is 38.91% of total planned area.
♦ The area under residential use would be 11.51 acres which is
4.48% of the planned area and reserved in sector 30A.
♦ The area under commercial and institutional use would be 9.06
acres which is 3.53% of total planned area.
♦ The area reserved for shopping, fire station installation and
police post would be 2.84, 1.48 and 0.90 acres which is 1.11%,
0.57% and 0.35% of total planned area.
♦ The area reserved for utilities/parking would be 14.22 acres
which is 5.55% of total planned area.
♦ The area coming under open space parking, roads and
undetermined uses would be 116.60 acres which is 45.48% of total
planned area.
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(c) Salient features of the Proposed Project The project for the
development of IMT Jagadhri is conceived specifically to provide a
platform of services and facilities that would be beneficial for
the creation of better infrastructure as well as to create more
employment opportunities for the local population. The project
would have the back-up support of infrastructure in terms of ♦
Power supply ♦ Water Supply ♦ Trade & Business centers for
conferences and seminars ♦ All weather metalled roads ♦ Financial
Institutions ♦ Telecommunication set up ♦ Shopping centre. (d) Type
of Industries The project envisages the establishment of mainly
pollution free industries based on advanced technologies. The
spectrum of industries which are expected to come up in the
proposed IMT Jagadhri would comprise of following type: ♦ Medical
Equipment ♦ General Manufacturing Industries ♦ Garments Industry ♦
Electronic & Electricals ♦ Sports goods
♦ CNC machines ♦ Health Care Items ♦ Sheet Metal Compounds ♦
Auxiliary Industries ♦ Metal Industries
The raw material for SS utensils, sheets being used in M.S.flat,
M.S.angle channel, M.S.round bar, M.S sheet, high carbon wire rod
& wire springs. The raw material required for input purpose
would depend upon the nature of industry likely to come up in the
township. The raw
Industrial plots38.92%
Open spaces parking, road and
undetermined uses45.48%
Utilities/parking5.55%
Residential use4.49%
Institutional and commercial
3.53%
Police post0.35%
Fire station0.58%
Conv. Shopping1.11%
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material required for industrial units can only be known after
floatation of the project. However, it is expected that raw
material generally needed for medical equipments, health care,
electronic, garments etc. shall be met indigenously. (e) Details of
plots Maximum size of the plot is 1.44 acre (5841 sq.m). Out of 290
plots carved out 99.3% plots are below or equal to one acre (4050
sq.m) whereas 92.4% plots are below or equal to 0.52 acre (2100
sq.m). Categorization of industrial plots for the proposed IMT at
Jagadhri are illustrated in table-2.2 (b)
Table-2.2 (b) Categorization of industrial plots for proposed
project S.No. Category of Plot (in acre) Size in Meters No. of
Plot1. 1.44 5841 sq.m 012. 1.00 45 x 90 (4050 sq.m) 203. 0.79 49 x
65 (3185 sq.m) 014. 0.52 35 x 60 (2100 sq.m) 015. 0.48 30 x 65
(1950 sq.m) 056. 0.44 30 x 60 (1800 sq.m) 947. 0.25 22.5 x 45
(1012.5 sq.m) 928. 0.24 22 x 45 (990 sq.m) 029. 0.22 20 x 45 (900
sq.m) 0410. 0.11 15 x 30 (450 sq.m) 70Total 290 (f) Connectivity
The project site would have better connectivity to major towns of
country as it is in the closer proximity with the National and
State Highways as well as Railway Network. There would not be any
problem with respect to the supply and procurement. 2.3
Infrastructure Development Proposal for Proposed Project (a)
Existing Roads & Connectivity
At present the main access to the project area is from the 75 m
wide outer periphery road passing at the back of sectors 30 &
30A and connected to NH-73A.. (i) Road Hierarchy under the proposal
The classification of roads in terms of road hierarchy depends upon
access to abutting property and travel mobility. Accessibility
refers to the level of control over traffic entering of exiting a
road way to or from adjacent properties. Mobility refers to the
ability of road to move traffic for example ‘express way’
emphasizes high degree of mobility, but have virtually no access to
abutting properties. Local roads on the other hand mainly provide
access to the abutting properties while discouraging the mobility
through traffic. The road hierarchy for the present project is
proposed as under: External roads ♦ 75 M outer peripheral road with
30 M green belt on inner side. ♦ 30 M sector dividing roads.
Internal roads ♦ 30 M wide road : Internal major roads ♦ 20 M wide
road : Collector streets ♦ 18 M wide road : Collector streets
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(ii) Proposed Road Levels
♦ Formation level of 60 m wide sector dividing roads and 75 m
wide periphery road have been fixed above the natural ground
levels.
♦ The slope of the master roads has been kept according to
proposed storm water drainage proposal. The formation levels of
other roads have been fixed accordingly, and are as per the
standard specifications.
(iii) Right of Way The right of way as well as formation width
together with metalled width, side slope, of various roads will be
as under:
Table-2.3 (a) Information wrt Right of Way, Formation Width etc
Right of Way (m)
Formation width (m)
Side slope Hort.-Vert.
Mettaled width (m)
Service Lanes Camber (%)
Kerbs & Channel
18 18 2:1 9.00 - 2.5 One side 20 20 2:1 10.00 - 2.5 One side30
30 2:1 12.00 - 2.5 One side75 75 2:1 4 carriage ways
10 m wide On inner side 7 m width
2.5 Both sides
(iv) Pavement Design The pavement design will be done as per
IRC-37 and IRC-58 depending upon the type of pavement. The soil
classification shall be carried out as per IS: 1498 and tests like
field density, CBR and other desirable laboratory tests shall be
carried out as per IS: 2720 (relevant parts). (v) Specifications
for the pavement The following specification for the pavement
design has to be considered: ♦ The side slopes to be 2 horizontal
to 1 vertical with minimum camber 2.5 %. ♦ The compaction of the
embankment of the roads shall be considered satisfactory when
desired DBD is achieved. ♦ The requirements of earth work in
embankment and tentative proposed crust thicknesses for
construction shall be as under − Physical requirement of
embankment and sub-grade shall be as per MORTH
specifications. − Compaction of embankment and sub grade shall
be as per MORTH specifications. (b) Water Supply and Sewage
Network
The required amount of water shall be supplied through
underground C.I / D.I pipes after giving necessary treatment
confirming to potable water specification at the rate of 4000
gallons per acre per day. The sewer line will be laid along the
road berms as per the approved cross section of each category of
road. The sewage so collected shall be disposed off after necessary
treatment into near stream.
(c) Strom Water Drainage Network
The storm water drain shall be provided on the basis of total
climatic conditions. It considered on one side of the road having
one side slop of the roads 18m, 20m, 30m and 75m wide road as per
the cross section shall also adopted as per the design. The lines
of storm water drain laid underground.
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(d) Energy Conservation System
Energy Conservation System shall be provided as per the State
Govt. Notification Dated 25th June 2008 of the Energy Efficient
Building which shall be followed by HSIIDC as well as shall be got
followed by the Industrialist as per State Govt. Notification dated
29.7.2005.
(i) Energy Management for Proposed IMT at Jagadhri
The Renewable Energy Department, Haryana Government issued
following order vide no. 22/52/05-5P dated 25th June 2008.
♦ The use of Compact Fluorescent Lamps (CFL’s) and /or T-5 (28
watt) energy efficient tube light and or Light Emitting Diode
(LED)lamp shall be mandatory for all electricity consumers in the
industrial, commercial and institutional sector having connected
load of 30 KW or above.
♦ In all Central Government office and Central Public sector
undertaking institution/establishment located in the State of
Haryana, the use of CFL’s and or T-5 (28 Watt) energy efficient
tube light and LED lamps shall be mandatory.
(ii) Mandatory use of Energy Efficient Street Light
It shall be mandatory that the street lighting in all existing
and new colonies and urban areas notified by the Urban Local Bodies
Department, Haryana Urban Development Authorities, Haryana State
Industrial & Infrastructures Development Corporation, Housing
complex, Colonies and township developed by Private/Semi Govt./
Autonomous institution shall use energy efficient street lighting
fixtures using T-5 LED lamps/ low pressure sodium vapour (LSPV)
High pressure sodium vapour (HPSV) Induction arc lamps.
(e) Power Supply network
The dedicated power supply network shall be provided by the
HSIIDC by providing all LT, HT lines, sub-division and street
light. The approximate requirement of power is 25 MVA.
Table-2.3 (b) Plot wise Load Estimations Sl. Size of Plot No. of
Plots Expected Load (KW) Total Load (KW) 1. 450 sq.m 70 30 2100 2.
900 sq.m 4 50 200 3. 990 sq.m 2 50 100 4. 1012.5 sq.m 92 50 4600 5.
1800 sq.m 94 75 7050 (HT) 6. 1950 sq.m 5 75 375 (HT) 7. 2100 sq.m 1
75 75 (HT) 8. 3185 sq.m 1 100 100 (HT) 9. 4050 sq.m 20 100 2000
(HT) 10. 5841 sq.m 1 150 150 (HT)
Total 16750 After diversity factor = 16750/1.6 = 10500 Applying
power factor = 10500/0.8 = 13125 KVA (131.25 MVA) In addition to
above load of industrial plot, the projected load requirement is
given below:
Table-2.3 (c) Landuse wise Load Estimations Sl. Description
Approx. Load (MVA) Area in acres1. R & R Policy 0.50 11.51 2.
Commercial & institutional use 2.0 9.06 3. Utilities 1.0 14.22
4. Police post 0.25 0.90 5. Fire station 0.25 1.48 6. Conv.
shopping 5.0 2.84 7. Open space; parking, roads etc - 116.60 8.
Industrial plots 13.125
Total 22.125 (Approx . 25 MVA)
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(f) Common Effluent Treatment Plant (CETP)
CETP of 8 MLD capacity shall be provided with the provision of
primary settling tank, oil & grease tank, secondary treatment
tank, clarifier and sludge beds after getting the design of the
same by duly following the norms of the MoEF about 10 acres of land
has been earmarked as site for disposal work.
(g) Education and Medical Facilities
Education and medical facilities are available in the Yamuna
Nagar Jagadhri city within 6-10 Km from the proposed project
site.
(h) Recreational Facilities
The Industrial Estate Manakpur is attached to Jagadhri city and
all recreational facilities are available in the city. However,
provisions for commercial sites have been purpose within the
Industrial Estate also.
(i) Rain water Harvesting System
The rain water harvesting would be essential for the operational
phase of proposed project because surface water would be inadequate
to meet the water requirement of proposed project. The rain water
structure shall also be provided by HSIIDC on Govt. Land according
to the approved design.
(j) Description of resources both renewable and
non-renewable
A renewable resource mainly in sewerage water which shall be
re-used for watering to plantation & lawns after treating to
safety norms. Further the rain water shall be captured. Injection
into sub-soil through providing rain water harvesting system. Non
renewable resources shall be used like building material, power
etc.
2.4 Abstract of the Project Cost Project cost comprising of cost
towards sub-work namely development of roads, water supply, waste
water scheme, storm water drainage, electrification & street
lighting, horticulture & road side plantation, solid waste
management, IT & telecom and office complex, are given in
following table.
Table-2.4 Abstract of the project cost Sl. No. of Sub Work Name
of Sub Work Amount (Rs) 1. Sub work No.1 Roads 32,00,00000.00 2.
Sub work No.2 Water Supply 04,30,00000.00 3. Sub work No.3 Waste
water scheme + Sewer + CETP 26,62,50,000.00 4. Sub work No.4 Storm
water drainage 02,00,00000.00 5. Sub work No.5 Electrification
& street lighting 98,50,00000.00 6. Sub work No.6 Horticulture
& Road side plantation 03,53,33000.00 7. Sub work No.7 Solid
waste management 02,60,00000.00 8. Sub work No.8 IT & Telecom
01,50,00000.00 9. Sub work No.9 Office Complex 100,0000.00 Total
175,05,83000.00 Add 1.5% contingency charge 02,62,58745.00 Add 3%
project advertisement & audit charge 05,25,17490.00
Grand Total 182,93,59235.00 Say Rs. 182.94 Crores
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10-Km Buffer Zone of IE Phase-II Manakpur
IE Phase-II Manakpur
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3. DESCRIPTION OF THE ENVIRONMENT 3.1 Development of Environment
Baseline (a) The Objective The Description of Existing Environment
for the proposed project facilities will describe the existing
environmental conditions in and around the project sites (baseline
environmental status). It identifies the environmental parameters
that are consequent to the proposed facilities and the impact on
these parameters due to the proposed project. Environment
Management Plan (EMP), thus, prepared includes the general
background of the project like process details, facilities
description, details of major utility systems and special care,
which needs to be taken during design/ construction/ operation
stage for mitigating environmental impacts. The environmental
parameter that has been covered include air quality, water quality,
aquatic ecology, micrometeorology, noise levels, flora and fauna
etc. in accordance with the guidelines of the Ministry of
Environment and Forests, Government of India. Based on the project
inputs, impact on the environmental parameters has been assessed
using the standard methods. The existing environmental quality in
the project area has been assessed based on current available data.
Wherever data was not available, in order to make fair assessment,
actual monitoring in the field has been carried out. The potential
sources of pollution owing to the project facilities have been
identified and anticipated pollution load has been quantified. The
potential environmental impacts have been identified and assessed
qualitatively as well as quantitatively and possible changes in the
quality of the environment have been predicted. A study on wildlife
and flora-fauna has been taken up in and around the project site.
An Environmental Management Plan has been drawn up to maintain and
enhance the environmental quality around the project sites. The
pollution control strategies have been suggested wherever the
deterioration of environmental quality is expected. A green-belt/
greenery development plan for the stations has been provided that
would enhance the quality of the environment besides attenuating
environmental pollution. A post-project monitoring plan (PPMP) has
been suggested to monitor the changes in the environmental quality
after the implementation of the project.
(b) Study Area The study was carried out in the vicinity (within
the 10-km radius of proposed Development Site of IE Phase-II at
Manakpur, Jagadhri).
(c) Methodology The Approach of Shriram Institute for Industrial
Research (SRI) to undertake the present assignment encompassed
sound scientific and management practices, to suit the project
requirements to ensure efficiency & effectiveness. SRI always
endeavoured to optimise the approach for the execution of the
specified assignment by incorporating the requirements of the
various key components of the project. Approach of SRI reflects its
appreciation to the relevant guidelines of regulatory bodies. In
nutshell, methodology followed for the execution of present project
includes following generic steps:
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(a) Reconnaissance survey (b) Secondary data collection from
government, non-government & academic institutions. (c) Primary
data generation at various points representing study area for
multi-disciplinary
activities. (d) Data compilation, collation & analysis. (e)
Data interpretation with respect to regulatory requirements. (f)
Environmental media indices estimation & indicator for
describing affected
environment (g) Importance Weighing Techniques for Impact
Studies (h) Impact identification (i) Impact prediction &
assessment EIA/ EMP Report It includes: ♦ Interpretation of data
with respect to the regulatory requirements and derivation of
meaningful scientific conclusions based on critical and
comparative study of data generated / collected and analytical
findings of supportive & assimilative capacity of the project
area.
♦ Significant environmental issues, important findings,
assessment of alternatives & necessary
recommendations. ♦ The environmental requirements of regulatory
bodies. ♦ Adverse impacts, if any, due to proposed development and
which cannot be avoided, has
been mentioned and to minimize such impacts, suggestions will be
incorporated to reduce/ mitigate them in Environmental Management
Plan.
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PROCESS FLOWSHEET OF METHODOLOGY
Project Start-up/ Inception meeting
Project Baseline
Reconnaissance Survey
Data Collection/ Generation (Secondary/ Primary)
Monitoring Methodology Finalization
♦ Data Analysis/ Interpretation ♦ Impact Analysis/
Prediction
Formulation of EMP
EIA/EMP Report
Public Consultation
EIA/EMP Finalization
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3.2 Air Environment Air quality is influenced by a number of
factors, which includes natural (e.g. winds, thermal profile,
humidity etc.) and anthropogenic or man-made (e.g. traffic,
emissions etc.) factors. An assessment of the existing air quality
status was carried out at five different locations in the vicinity
of proposed development site. It would provide the ground level
concentration of air quality indicators. The impact of the project
on local Ambient Air Quality could be compared with the baseline
AAQ scenario. 3.2.1 Selection of Sampling Locations for AAQ Six
numbers of Ambient Air Quality (AAQ) monitoring stations, as per
the detail given below, were set up in the vicinity of the proposed
project site.
Table- 3.2 (a) Description of AAQ monitoring stations in the
project area Station Code
Location Core Zone/ Buffer Zone Geo-codes Latitude Longitude
AAQ-1 Udhamgarh Core Zone 30°10’51.2”N 77°19’8.43”E AAQ-2 Tejli
Buffer Zone 4.3 km S 30°08’32.7”N 77°19’15.74”E AAQ-3 Nayagaon
Buffer Zone 7.4 km SE 30°07’11.4”N 77°21’7.46”E AAQ-4 Mumidi Buffer
Zone 9.4 km SW 30°06’55.47”N 77°15’19.0”E AAQ-5 Haripur Jatan
Buffer Zone 5.2 km NW 30°11’27.8”N 77°16’5.52”E AAQ-6 Salempur
Banger Buffer Zone 6.3 km N 30°14’13.24”N 77°18’45.97”E
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3.2.2 Monitoring Schedule Monitoring was carried out twice in a
week for 12 weeks duration in the months January to April 2009
Parameters like Suspended Particulate Matter (SPM), Respirable
Particulate Matter (RPM), Sulfur dioxide (SO2) and Oxides of
Nitrogen (NOx) were measured on the basis of 24-hourly averaging
period, whereas parameters like Carbon monoxide (CO) and
Hydrocarbons (HC) were monitored on the basis of 8-hourly averaging
period. 3.2.3 AAQ monitoring Methodology (a) Suspended Particulate
Matter (SPM) Atmospheric air was drawn into a covered High Volume
Sampler equipped with an air flow measurement device. Air samples
were drawn by means of a high-flow-rate blower at the flow rate of
1.00 to 1.20 m3/min for 24 hourly averaging period. Particulates
were collected on the filter paper (Whatman GF/A). The mass
concentration in µg/m3 of suspended particulate in ambient air was
computed by measuring the mass of collected particulate and the
volume of air sampled. (Protocol – IS- 5182; Part-IV and MOEF
guidelines for ambient air quality). (b) Respirable Particulate
Matter (RPM) Atmospheric air was drawn into a Respirable
Particulate Sampler equipped with an air flow measurement device.
Air samples were drawn by means of a high-flow-rate blower at the
flow rate of 1.00 to 1.20 m3/min for 24 hourly averaging period.
The mass concentration in µg/m3 of respirable particulate in
ambient air was computed by measuring the mass of collected
particulate and the volume of air sampled. (Protocol - IS 5182;
Part-IV and MOEF guidelines for ambient air quality). (c) Sulphur
dioxide (SO2) Sulphur dioxide from the air stream was absorbed in
sodium tetrachloromercurate solution by bubbling the air into
absorbing solvent by means of low volume sampler assembly attached
with HVS, at the flow rate of 0.2 to 0.5 litre/min for 24 hourly
averaging period. The stable compound dichlorosulphito mercurate,
thus, produced during sampling was allowed to react with
p-rosaniline hydrochloride to form a coloured complex, intensity of
which was measured by UV/VISIBLE Spectrophotometer. Level of
Sulphur dioxide in atmospheric air was quantified by computing the
concentration of SO2 in absorbing solution and the volume of air
sampled. (Protocol - IS: 5182; Part-II). (d) Nitrogen Oxides (NOx)
Nitrogen oxides as Nitrogen dioxides from the air stream was
absorbed in sodium hydroxide solution by bubbling the air into
absorbing solvent by means of low volume sampler assembly attached
with HVS, at the flow rate of 0.2 to 0.5 litre/min for 24 hourly
averaging period. The NO2 ion, thus, produced during sampling was
allowed to react with phosphoric acid, sulphanilamide & N-1
(naphthyl) ethylenediamine dihydrochloride (NEDA) to form a
coloured complex, intensity of which was measured by UV/VISIBLE
Spectrophotometer. Level of Nitrogen oxide as NO2 in atmospheric
air was quantified by computing the concentration of NO2 in
absorbing solution and the volume of air sampled. (Protocol -IS:
5182; Part-VI).
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(e) Carbon monoxide (CO) Samples were collected in Tedlar bags.
NDIR based carbon monoxide analyser CO11M of Environmental s.a.,
which provides better sensitivity in addition to continuos
measurement system, was used to determine concentration of Carbon
monoxide (CO) in ambient air. (Protocol-IS: 5182; Part-X). (f)
Hydrocarbons Samples were collected in Tedlar bags. Hydrocarbons in
collected samples were monitored using THC analyser. 3.2.4 AAQ Data
Interpretation Interpretation of analytical data was carried out
using the guidelines of National Ambient Air Quality Standards
(NAAQS), Central Pollution Control Board, New Delhi notification
dt. 11th April, 1994. Discussion on Results Detail analytical data
generated as per the methodology given above is summarized in
tables-3.2 (k) to 3.2 (r). Parameter-wise observations recorded in
ambient air quality on selected spatial scale are as follows: (a)
Suspended Particulate Matter (SPM) Suspended Particulate Matter in
ambient air means atmospheric level of dust retained on the glass
microfiber filter. Statistical analysis of SPM monitoring data is
illustrated in following table:
Table –3.2 (b) Statistical Analysis of SPM Monitoring Data in
Ambient Air Data Indicator SPM concentration in µg/m3
AAQ-1 AAQ-2 AAQ-3 AAQ-4 AAQ-5 AAQ-6 Minimum 136 163 173 156 162
131 Average 265 249 248 329 289 239 Maximum 422 348 356 428 453 387
98th Percentile 395 346 349 421 445 375 90th Percentile 362 338 339
411 433 362 50th Percentile 256 244 236 342 271 239 10th Percentile
143 167 174 166 168 133 ± SD 78 48 58 71 69 72 Statistical analyzed
monitoring data shows that how SPM level varies in ambient air in
the study area during the monitoring period. SPM level in ambient
air at all the monitoring stations in the vicinity of project site
were found in the range of as follows: ♦ 136-422 µg/m3 with mean
value of 265µg/m3 and its 98th percentile value was 395 µg/m3 at
AAQ-1. ♦ 163-348 µg/m3 with mean value of 249 µg/m3 and its 98th
percentile value was 346 µg/m3 at AAQ-2. ♦ 173-348 µg/m3 with mean
value of 248 µg/m3 and its 98th percentile value was 349 µg/m3 at
AAQ-3. ♦ 156-428 µg/m3 with mean value of 329 µg/m3 and its 98th
percentile value was 445 µg/m3 at AAQ-4. ♦ 162-453 µg/m3 with mean
value of 289 µg/m3 and its 98th percentile value was 445 µg/m3 at
AAQ-5.
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♦ 131-387 µg/m3 with mean value of 239 µg/m3 and its 98th
percentile value was 375 µg/m3 at AAQ-6. Standard Deviation of SPM
data during the monitoring period was estimated in the range of ±48
to ± 78 µg/m3 at all monitoring locations. (b) Respirable Suspended
Particulate Matter (RSPM) Respirable Suspended Particulate Matter
(RSPM) in ambient air means atmospheric level of dust below 10-µm
size. As per the regulatory requirements (NAAQS), 24 hourly average
value of RPM in Industrial, Residential, Rural & Other areas
should not exceed 100 µg/m3. Statistical analysis of RSPM
monitoring data is illustrated in following table:
Table - 3.2(c) Statistical Analysis of RSPM Monitoring Data in
Ambient Air Data Indicator RSPM concentration in µg/m3
AAQ-1 AAQ-2 AAQ-3 AAQ-4 AAQ-5 AAQ-6Minimum 39 74 71 69 101 65
Average 135 119 117 195 163 117 Maximum 302 170 221 288 265 226
98th Percentile 288 170 198 285 264 213 90th Percentile 268 168 169
280 257 19550th Percentile 104 121 108 208 152 10010th Percentile
43 75 73 69 104 66 ±SD 75 27 36 68 46 43 Statistical analyzed
monitoring data shows that how RSPM level varies in ambient air in
the study area during the monitoring period. RSPM level in ambient
air at all the monitoring stations in the vicinity of project site
were found in the range of as follows: ♦ 39-302 µg/m3 with mean
value of 135µg/m3 and its 98th percentile value was 288 µg/m3 at
AAQ-1. ♦ 74-170 µg/m3 with mean value of 119µg/m3 and its 98th
percentile value was 170 µg/m3 at AAQ-2. ♦ 71-221µg/m3 with mean
value of 117µg/m3 and its 98th percentile value was 198 µg/m3 at
AAQ-3. ♦ 69-288µg/m3 with mean value of 195µg/m3 and its 98th
percentile value was 285 µg/m3 at AAQ-4. ♦ 101-265µg/m3 with mean
value of 163µg/m3 and its 98th percentile value was 264 µg/m3 at
AAQ-5. ♦ 65-226 µg/m3 with mean value of 117µg/m3 and its 98th
percentile value was 213µg/m3 at AAQ-6. Standard Deviation of SPM
data during the monitoring period was estimated in the range of ±27
to ± 75 µg/m3 at all monitoring locations. (c) Sulfur dioxide (SO2)
& Nitrogen oxides (NOx) Dissolved gases in atmosphere like SO2
& NOx are associated with intense industrial & human
activities. As per the regulatory requirements (NAAQS), 24-hourly
averaging value of both the pollutants Sulfur dioxide as SO2 &
Oxides of Nitrogen as NO2, should not exceed 80 µg/m3 for
Industrial, Residential, Rural & Other areas. Statistical
analysis of SO2 and NOx data is illustrated in table-3.1 (d) &
3.1(e).
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Table -3.2(d) Statistical Analysis of SO2 Monitoring Data in
Ambient Air Data Indicator SO2 concentration in µg/m3
AAQ-1 AAQ-2 AAQ-3 AAQ-4 AAQ-5 AAQ-6 Minimum BDL BDL 5 BDL BDL
BDL Average BDL BDL 5 BDL BDL BDL Maximum 5 5 5 5 BDL BDL 98th
Percentile - - - - - - 90th Percentile - - - - - - 50th Percentile
- - - - - - 10th Percentile - - - - - - ± SD - - - - - - Maximum
value of SO2 has been found 5µg/3.
Table -3.2 (e) Statistical Analysis of NOx Monitoring D