Project Site - environmentclearance.nic.inenvironmentclearance.nic.in/writereaddata/FormB/EC/... · Project Site Pune- Nashik Highway. Appendix 2_Master Layout. ... 11 Psidium guayava

Appendix 1_ Location Map

Project SiteProject Site

Pune- Nashik Highway

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Appendix 2_Master Layout

Sr. No. Details Area in Sq. m1 Area of Plot 32,210.00

2 Deductions for

a. Area under 45.00 m wide road

b. Area under 7.50 m wide road

c. Area under 30 m wide road 7,400.00

Total (a+b+c) 7,400.00

3 Gross Area of Plot (1-2) 24,810.00

4 Deductions for

a. Open Space -10% ( 2481.00, Prop- ) 2481b. Amenity Space- 15% (3721.50) 3721.5

c. Area left for road 6.00 m internal road 05 Additional for F.A.R.

2. c) Area under 30 m wide road 7,400.006 Total Area of Group Housing 32,210.00

7 Total Net Area 28,488.50

8 F.A.R. Permissible (0.90) 25639.659 Add FSI for 30 m wide road (0.20) 5127.93

10 Additional paid FSI (20%) 5,127.9311 Total Permissible Area 35,895.5112 Total Proposed FSI Area 35886.5213 Total Non FSI Area 41380.2014 Total Built Up Area 77266.72

Appendix 3_Area Statement

Car Scooter Cycle

A

1 30 228 228

2 27 81 813 37 276 2764 44 220 2205 29 225 225

6 167 1030 1030

Building DBuilding E

No. of Parking Provided

Total

Residential (927 Tenements)

Type of Parking

Building A

Building BBuilding C

Appendix 4_Parking Area Statement

Sr. No.

No. Botanical Name Common

Name Quantity

Characteristics and Ecological Importance

1 Azadirachta indica Neem 20Large tree, good for roadside plantation.

2 Mimusops elengiBakul 15

Shady tree, small white fragrant flowers.

3 Erythrina indica Pangara 10Medium size deciduous tree, bright scarlet flowers.

4 Millingtonia hortensis

Indian Cork Tree

15Ornamental and the pleasant fragrance of the flowers it ideal as a garden tree.5 Swietenia mahogani

Mohogony 15Medicinal Plant, Large tree, good for roadside plantation.

6 Terminalia arjunaArjun 24

Medicinal Plant, Large tree, Evergreen tree, good for roadside plantation.

7 Plumeria alba Chapha 15Shady tree, Small Tree, pungently fragrant,

List of Plant species

Appendix 5_ List of Plant species

pungently fragrant, 8 Bauhinea purpurea Kanchan 15

Medium deciduous Tree, Butterfly Tree, Edible Flowers.

9 Putranjiva roxburghii

Putranjiva 20Medium size Evergreen tree, Ornamental tree,

10 Ficus benjamina Ficus 25Very large tree, Edible fruits, decorative plant in gardens .

11 Psidium guayava Guava 24Medium sized fruit bearing tree. Medicinal plant

12 Achras sapota Chikoo 15Medium sized fruit bearing tree. Medicinal plant

13 Mangifera indica Mango 20Medicinal Plant, edible fruits, butterfly host plant.

14 Cassia fistula Bahawa 20Medium size evergreen tree. Fragrant yellow flower, butterfly host plant.

253Total

Solid waste generated

Within site premises Residential + Amenity

Building

Landscape Waste

Managed within Landscape area

Waste SegregationDry Waste

Non RecyclableWaste

RecyclableWaste

Organic Waste(wet)

Central/Common

Collection point

OWC

Manure

Sludge generatedFrom STP

Use for Landscaping

Handed over to authorized dealers

Waste Segregation

Appendix 6_Solid Waste

Management Plan

Proposed Residential & Commercial

Scheme by Rohan Realtors,

Pirangut, Pune

SWACH, Pune

Sr.No ParticularsWaste generated

(Kg/day)

1 Organic Waste 1414.52 Dry Waste 950.5

Organic waste Management (OWC)

Total Solid Waste generated (Kg/day)

2365

Dry waste for segregation

1414.5 950.5

Appendix No 7_Waste Balance Table Proposed Residential and Commercial Scheme by Rohan Realtors, Pirangut, Pune

(Residential+Comercial Building) Waste recycling

Sr.No Particularswater requirement

(m3/day)Total water requirement

(m3/day)

Total Waste water generation @ 90%

(m3/day)

Capacity of the STP

Treated waste water available for

reuse (@ 95% STP efficiency )

Flushing LandscapingHVAC Cooling

make upSurplus to the sewer main

1 Domestic Usage 632

2 Commercial Usage 5

3 Landscaping 15

Appendix 8_Water Balance Table,Proposed Residential & Commercial Scheme by Rohan Realtors, Pirangut, Pune

Recycling & Reuse (m3/day)

15 0 317

637 573.00 600 545

212

Appendix 9_Water Balance Chart

Proposed Residential & Commercial

Scheme by Rohan Realtors, Pirangut, Pune

Fresh Water supply from Grampanchayat

Total water requirement for the scheme(Including landscape use) =

652 m3/day

Domestic water requiredFor the scheme =

425 m3/day

Waste water generation=573 m3/day

Capacity of the STP

Proposed =

600 m3/day

To the STP

@ 95% Efficiency

Treated waste water

Available for reuse =

545 m3/day

TreatedWaste Water

Tank

Surplus treated waste

Water into municipal drain =

317 m3/day

Treated waste water for Landscaping = 15 m3/day

Treated waste water for flushing =212 m3/day

@ 90%

Appendix 10_Flow diagram of STP

FILTRATE

RAW SEWAGE

EQUALIZATION

SCREENING

AERATION

CHLORINE CONTACT / FILTER FEED TANK

NK

PRESSURE SAND FILTER

SODIUM HYPO DOSING

TREATED WASTEWATER FOR SUITABLE REUSE

SETTLING

ACTIVATED CARBON FILTER

SLUDGE HANDLING SYSTEM

TREATED SLUDGE FOR DISPOSAL AS MANURE

TREATED WASTEWATER FOR SUITABLE DISPOSAL

Appendix 11

SPILLAGE PREVENTATION PLAN

For

Proposed Residential and Commercial Scheme

At Pirangut,

Pune

By,

Rohan Realtors

At Gat. No. 1171, 1122, 1180, 1218, 1219, 1220 & 1221

At Pirangut, Tal. Mulshi, Dist. Pune.

September – 2015

TABLE OF CONTENTS

1.0 FUEL DELIVERING 2.0 FUEL DISPENSING 3.0 SPILLS 4.0 SPILLAGE CONTAINMNET METHODOLOGY 5.0 CORRECTIVE MEASURES TO STOP THE SPILLAGE 6.0 EMERGENCY PLAN

1.0 FUEL DELIVERING 1. Delivery of fuel to the site will be by approved fuel containers; 2. Delivery will be directly in to the equipment; 3. It will be made sure that fuel container shall be operated by a competent person.

2.0 FUEL DISPENSING 1. All dispersing or transferring of fuel will be attended for the duration of the operation.

The attendant must be aware of proper fuel handling to minimize the risk of a spill and shall continuously scan the area adjacent to the fueling operation for possible leaks or spills.

2. The transferring and dispensing of fuel will be done with pumping equipment, an approved hose, top-fill nozzle.

3. Ensure that a site- appropriate spill containment kit is readily available. 4. When un-reeling the fuel transfer hose and nozzle, the nozzle must be in the upright

position. The nozzle shall be kept clear of the ground when returned to the reel or storage position.

5. Verify that there is a proper connection between the fuel fill hose and the fill pipe of the fuel tanker, or the equipment being filled.

6. The transfer of fuel must be stopped prior to overflowing, leaving room for expansion. Fuel containers and equipment are not to be overfilled.

7. The operation of moving equipment in the immediate area of fueling operation shall be suspended.

8. Welding and/or burning operations within 5 meters must be stopped while fueling is in progress.

9. Maintain regular inspections of fuel system and their components. Check for leakage, deterioration, or damage will be undertaken periodically.

3.0 SPILLS Preventative measure is the best means of avoiding an accidental release of petroleum products. However, in the event of an accidental release, the following will occur:

• All spills or suspected spills of petroleum / chemical products, on land or into the water, regardless of size, will be reported immediately to the supervisor. The Supervisor will report the spill immediately to the project Manager, or his delegate, who shall ensure notification of the appropriate authorities.

4.0 SPILLAGE CONTAINMENT METHODOLOGY • For on –site fuel / chemical tanks a dike with walls shall be designed and constructed

around the storage tank with an average wall height of 0.75 meters above ground level;

• The distance between the wall and an above –ground storage tank shall be not less than 1.5 meters;

• The dike & the walls will be inspected and monitored on regular basis.

5.0 CORRECTIVE MEASURE TO STOP THE SPILLAGE The supervisor on site or other designated person shall take charge of spill containment and cleanup. Workers shall be assigned to assist with control and remedial measure to;

• Stop the leakage;

• Block off any drains or access to drainage;

• If spill has entered or is in danger of entering a waterway, seal the area to contain spill;

• Assess the level of the spill; • Proceed with recovery of spilled fuel / chemical and clean-up; • Arrange appropriate disposal of fuel recovered and debris ( to the hazardous waste

landfill site) • No Smoking / No Ignition zone will be declared within 10 m radius of the fuel /

chemical storage area.

6.0 EMERGENCY PLAN

On site measures

• Firefighting equipment will be provided in case of fire; • All emergency numbers will be displayed on the site; where they can easily accessible

and legible;

• First Aid kit will be made available on the site for preliminary treatment;

• Common meeting points to be finalized for gathering in case of emergency.

Off site Measure

• Nearest hospital will be informed about the accident;

• Nearest police station will be informed regarding the fire incident; • In case of fire on the site, the nearest fire station for Punawale will be informed

immediately; this authority will be with the site Engineer or in his absence Supervisor will be in – charge.

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Appendix No. 26: Map showing Seismic zones of India

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Appendix_12

Appendix 13_ Fire Safety Emergency Plan

On Site Measures

1. Stairs have been provided for emergency exists;

2. Water tanks and fire exhaust system have been provided in case of fire;

3. All emergency numbers shall be displayed on the site; where they can be easily accessible and

legible;

4. Site Engineer (construction stage) / Society Secretary (post occupancy stage) will be the in

charge of the overall management on the site;

5. In case of absence of Site Engineer (construction stage), Site supervisor will be in charge;

6. In case of absence of secretary, committee member (post occupancy stage) will be in charge of

the duties;

7. First Aid kit will be made available on the site for preliminary treatment; and

8. Common meeting points to be finalized for gathering in case of emergency.

Off Site Measures

1. Nearest hospital will be informed about the accident;

2. Nearest police station will be informed regarding the fire incident; and

3. In case of fire on the site, nearest fire station will be informed immediately; this authority will

be with the Site Engineer (construction stage) / Society Secretary (post occupancy stage).

Appendix No.14_ Environment Management Plan

For

Proposed Residential and Commercial Scheme

Pirangut,

Pune

By,

Rohan Realtors

At Gat. No. 1171, 1122, 1180, 1218, 1219, 1220 & 1221

At Pirangut, Tal. Mulshi, Dist. Pune.

September – 2015

CONTENTS

1. Background 2. Policy Framework 3. Purpose of the EMP 4. Contents of the EMP 5. Noise Environment 6. Conclusion

1 Background:

Proposed Residential & Commercial Scheme “EELA” is proposed by Siddhashila Developers. The project is located at S. No. 34/2/1, Village Punawale, Tal. Mulshi, Dist. Pune. It is a Residential Development. In total project have 2 residential buildings with 1 RK, 1 BHK, 1.5 BHK, 2 BHK & 3 BHK types of flats, 1 Commercial Building and 1 Club House. Facility of essential shopping, retail areas and amenities such as club house and landscape area will be provided by the developer.

2 Policy Frameworks:

The project falls under category 8a (B2) under EIA Notification dated 14th September 2006. Notification mentions that ‘All projects and activities listed as Category ‘B’ in item of the schedule (Township and Area Development projects) shall not require Public consultation and will be appraised on the basis of Form1, Form 1A, EIA report and the conceptual plan. Furthermore, this notification requires an Environmental Management Plan (EMP) is to be prepared and implemented. Additionally, this notification identifies the requirement of compliance reports to be submitted at the interval of six months.

3 Purpose of the EMP:

In order to undertake the proposed residential & commercial development, an environmental assessment has been done based Form 1, Form 1 A. This assessment shows that; a minor negative impact could be generated mainly during the construction phase. This impact may occur due to excavation activity, transportation activities. This aspects may have impacts in terms of dust issues, noise issues etc.

This Environmental Management Plan (EMP) provides mitigation measures in order to minimize or to eliminate the probable minor impacts occurring due to the above mentioned activities during the life cycle of the project. This plan shall identify best possible methods in order to mitigate the impacts.

The EMP shall serve as guide for the contractor and the labor on their roles and responsibilities concerning environmental management on site. This EMP also will provide a framework for compliance activities (Environmental Monitoring) throughout the development period.

The purpose of the EMP is to:

1. Encourage good management practices through planning and commitment to environmental issues;

2. Provide rational and pragmatic environmental solutions to :

• Minimize the impacts on the environment; • Prevent or minimize all forms of pollution;

• Conserve native flora and fauna and enhance local biodiversity;

• Soil Erosion Control and enhancement of local landscape; • Comply with all applicable regulations and standards for the protection of the

environment; • Adopt the best practice to prevent or minimize adverse environmental impacts; • Develop & adopt waste management practice based on waste hierarchy;

• Describe all monitoring required to identify impacts on the environment and create awareness amongst the employees and contractors with regards to environment protection.

4 Contents of the EMP

The environmental management plan will focus mainly upon minimizing or elimination impacts identified during the environmental assessment for the project. As the impacts are minor negative impacts, mitigation measures have been proposed accordingly. Other measures provided for the study areas of the physical environment are to enhance the existing environmental conditions.

The EMP includes following study areas of the physical environment;

• Noise Environment ;

• Air environment; • Solid & Liquid waste management ;

• Traffic management;

• Soils;

• Hydrological & Hydrological Environments (surface and groundwater); and Protection & Enhancement of Biodiversity

5. Physical Environment

5.1 Noise Environment

Sr. No

Management Practices Schedule Responsibility

1 Disturbance to the residents in the vicinity of the construction areas will be taken into account during the construction period

Construction Stage

Developer

2 Acoustic barriers including shuttering panels will be used around the site to reduce the noise impacts.

Construction stage / Occupancy Stage

Construction Phase – Developer; Operational Phase – Society Authority

3 Excavation activities along with the use of drilling equipment and other machinery exhibit continuous noise that could impact on surrounding environment. To reduce the impact of the excavation and drilling, these activities will be restricted during the day time only (8:00 – 20:00)

Construction stage

Site Engineer / Site Supervisor

4 Noise will be generated by the vehicular movement as well as noise generated by loading & off-loading equipment / material will be monitored periodically. These types of activities and the movement of the vehicles will be restricted during the day time only (8:00 – 20:00hrs). where the vehicle movement is inevitable during the night time, appropriate care will be taken to minimize the noise impact;

Construction Stage


5 All vehicles and equipment will be properly maintained to reduce unnecessary noise;

Construction Stage

Site Engineer / Site Supervisor / Contractor

6 The generators used on the site for energy backup will be CPCB norms complaint for noise emissions;

Construction & Operational stage

Developer & Society Authority

7 The occupants will be made aware regarding noise pollution through awareness programmes

Operation Phase Society Authority

5.1.1 Monitoring of Noise Environment

5.2 Air Environment

5.2.1 Air Pollution & dust Control

Sr. No

Noise Monitoring Activity Schedule Responsibility

1 A regular noise monitoring system will be developed and implemented.

Construction & Operational Phase

Construction Phase – Developer Operational Phase – Society Authority

2 Noise levels monitored will include Leq day & night, Lmax, and Lmin


MoEF Gazetted Laboratory

3 The results of the monitoring programe will be used to measure the effectiveness of the control measures



4 Noise monitoring will include noise from machinery (Drillers, DG sets) and heavy vehicles, truck movements to / from site and within site boundries and vibration sources; and



5 All noise complaints shall be recorded and forwarded to the appropriate authorities so that remedial action can be undertaken



Sr. No

Management Practice Schedule Responsibility

1 Minimize the disturbance to the natural topography

Construction stage


2 Excavation, handling and transport of materials will be avoided under high wind conditions or when a visible dust plume is present

Construction stage


3 Harvested top soil stockpiles will be located in sheltered areas where they will not be exposed to the erosive effects of the wind

Construction stage


4 Appropriate dust suppression measure will be used when dust generation is unavoidable (dampening with water, tyre washing

Construction stage


5.2.3 Monitoring of Air Environment

facilities at the entrance of the project site, etc)

5 Provision of site barricade & peripheral tree Plantation.

Construction stage & operational stage


Air Pollution 1 The vehicles hired for transportation of

material and labour must have PUC certificate in order to reduce air emissions;

Construction stage


2 If small volumes of concrete are to be mixed (manually), mixing is to be undertaken on hard surface covered in plastic sheeting so that concrete waste and runoff can be contained;

Construction stage


3 Switching off engineers when not in use Construction stage


4 Traffic Management – vehicular movement to be regulated with proper parking facility and internal road system

Construction stage


5 The generators used on the site for energy backup will be CPCB norms complaint for air emissions with possibility of using low sulpher diesel;



6 Provision of site barricade & peripheral tree plantation



Sr. No

Air & Dust Monitoring Activity Schedule Responsibility

1 A regular monitoring system will be developed and implemented;

Construction & Operation Phase


2 The results of the monitoring program will be used to measure the effectiveness of the dust control



3 Measure against the targeted air pollution & dust generating activities



5.3 Solid & Liquid Waste Management

4 Air & Dust monitoring will be conducted at the site boundary during drilling, excavation, stockpiling and building activities and at post occupancy stage with the help of MoEF gazette laboratory



Sr. No


1 All concrete waste will be collected, recycled if possible, and removed from the site for disposal at a government approved disposal site.

Construction Phase


2 Various categories of waste likely to be generated on site. These will be identified and documented. Proof of the type and volume as waste disposed off at these sites will be maintained.

Construction Phase


3 Scrap metal (Components, sheet metal, nails, tins) will be collected stored in designated scrap metal container and where possible will be reused or waste will be sold to scrap dealers for recycling purposes;

Construction Phase


4 On completion of construction, all leftover construction materials are to be removed from the working area;

Construction Phase


5 The materials will be disposed off at an government approved site, sold / donated;

Construction Phase


6 The general cleanliness of the site will form part of the compliance report.

Construction Phase


7 Organic Waste during operational stages will be handled through the waste collection bins further will be managed through the municipal Waste Management System

Operation Phase Provision by – Developer; Operational Phase – Society Authority

8 The inert waste material generated during the operational stage will be segregated and will be recycled / disposed off as per the type of material.


Society Authority

9 The waste oil generated due to D.G. sets will be sent to authorized recyclers / disposal authority


Construction Phase – Site Engineer / Site Supervisor; Operational Phase- Society Authority

Liquid Waste 1 Ensure prompt cleaning up of accidental Construction & Construction Phase –

5.4 Traffic Management

spillages operational Phase

Site Engineer / Site Supervisor; Operational Phase- Society Authority

2 The machinery / equipment is maintained in a good operating condition;

Construction Phase

Site Engineer / Site supervisor

3 Specially designated areas for vehicle maintenance are created

Construction Phase

Site Engineer / Site supervisor

4 All liquid fuels (e.g. diesel and petrol) which are stored on the site will be provided with the bund wall around the tanks to prevent liquids from escaping in the event of a spill or leak



5 Any person delivering fuels or other chemicals to the site will be made aware of the appropriate storage / drop-off locations and the environmental controls that apply to the storage area;



6 All the waste water generated within the site during will be treated within the premises with the help of Sewage Treatment Plant (STP) and reused for various purposes including flushing & Landscaping;

Operational Phase

Society Authority

7 In case of STP troubleshooting, the sewage line will be connected to the sewer mains

Operational Phase

Society Authority

Sr. No


1 All the material delivery vehicles will reach the site during the day time (8:00 – 20:00)

Construction Phase


2 Temporary road network will be developed within the site during construction phases and will appropriately be managed

Construction Phase


3 For operation phase, an appropriate road designing has been done with major internal road having 6 m of width

Design & construction Phase

Design Stage – Developer, Execution – Site Engineer / Site Supervisor

4 In order to reduce the noise impacts plantation will be undertaken along the road sides (for internal roads) which will act as sound barriers;

Operational Phase

Operational Phase – Society Authority

5 Installation & maintenance of road Construction & Construction Phase – Site

5.5 Soil Environment

5.5.1 Soil pollution Control

5.5.2 Soil Monitoring

5.6 Hydrological & Hydro – Geological Environments (surface and groundwater)

5.6.1 Hydrological & Hydro – Geological pollution control

warning signs and lighting Operational Phase

Engineer / Site Supervisor; Operational Phase- Society Authority

6 Schedule road traffic movements to avoid periods of maximum pedestrian risk


Sr. No


1 In case of spillage (diesel & other chemicals) the area will immediately be cleaned and the contaminated soil will be stored in the containers thus avoiding further contamination. This contaminated soil will be transported to hazardous waste landfill site which is located at Taloja MIDC near Mumbai

Construction & operational Stages


Sr. No

Soil Monitoring Activity Schedule Responsibility

1 A regular soil monitoring will be undertaken for its physic-chemical properties with the help of MoEF gazette laboratory

Construction & operational Stages


Sr. No

Soil Monitoring Activity Schedule Responsibility

1 Existing bore-wells will be protected. Construction stage


2 Avoid excavation during rainy season Construction stage

Developer / Site Engineer/ Site Supervisor

5.6.1 Hydrological & Hydro – Geological Monitoring

Sr. No

Hydrological & Hydro-geological Monitoring Activity

Schedule Responsibility

1 A system will be developed in order to monitor Hydrological & Hydro-geological Environments;

Construction & operational Phase

Construction Phase – Developer, Operational Phase- Society Authority

2 Surface & ground water quality monitoring to be conducted at regular intervals for physic chemical properties including texture, pH, salinity, suspended solids (SS), turbidity, nutrients and heavy metals. The sampling and analysis with the help of MoEF gazetted laboratory



3 These monitoring results would provide data sets for compliance reports in future.



5.7 Protection & Enhancement of Biodiversity

3 Prevent spillage of fuels / chemical by appropriate transportation, storage, disposal methods.



4 The project will incorporate the design to harvest and recharge the ground water with the rainwater collected on the roof tops and from hard-scaped areas of the project site



Sr. No


1 Minimum Disturbance to the local ecological features

Design Stage & Construction stage

Design Stage – Architect; Construction Phase – Developer

2 Where tree need to be removed; replace/ compensate trees (1:5 ratio) within the landscaped area with the native trees. As per suggestion of the ecologist.


Construction Phase – Developer; Operational Phase – Society Authority.

3 A plantation Plan prepared for the whole site to be maintained. This will enhance the

Operational Phase Operational Phase – Society Authority

5.7.1 Monitoring of Ecology

7. Conclusion

Upon adoption of mitigation of all the measures; the predicted minor impacts will be minimized / at times eliminated. A monitoring scheme should be implemented in-order to check efficacy of the EMP. Furthermore, their regular monitoring of activities will provide information regarding any substantial change that this development may cause and its positive as well as negative impact on the environment could be monitored. Additionally, the results of the monitoring activities will provide data sets for the compliance reports. Please refer Appendix No 15 _ Environment Monitoring Plan

existing landscape 4 All the landscaped area to be watered with

recycled water from the Sewage Treatment Plant;

Operational Phase Operational Phase – Society Authority

5 Bird baths and bird nesting boxes to be located at places which are easily accessible by birds; such as landscape area, near artificial water bodies etc. Nesting boxes and bird baths need to be maintained properly

Construction Stage & Operational Phase


Sr. No

Ecology & Biodiversity Monitoring Activity Schedule Responsibility

1 A system will be developed for regular monitoring of biodiversity.

Construction stage & Operational Phase


2 Monitoring of flora & fauna including management actions and weed control will be undertaken with the help of qualified & experienced ecologist

Construction stage & Operational Phase


Sr.No Monitoring Parameters of monitoring Frequency Duration Locations

1Ecological Monitoring

Assessment in any change from identified baseline Six Monthly

On site&within peripheri of 1 km from site location

Sr.No Monitoring Parameters of monitoring Frequency Duration Locations

1Ecological Monitoring

Assessment in any change from identified baseline Annually

On site&within peripheri of 1 km from site location

Monitoring During Operational Phase

Appendix No_15 Environmental Monitoring Plan

Proposed Residential & Commercial Scheme for Rohan Realtors, at Pirangut, Pune

Monitoring During Construction Phase

Sr.No Topic Description Benefits

1 Land use Non productive land into aesthetic Residential Zone Positive

2 Vegetation Dry rain fed into better landscape with high nos. of tree Positive

3 Air quality No industry, No slum, No querry, Large No of trees Positive

4 WaterGround water recharging by Rain water harvesting system,Sewage Treatment Unit Positive

5 TrafficLiberal Parking for cars & two wheelers. Wider internal road and existing out side road Positive

6 Job Opportunities

Construction Phase: 250 - 300 Nos Operation Phase: 30 Nos. Indirect employment also Positive

7 Socio Economy

Asthetic value of area will be increase due better landscape and well built structure. Standard Housing for people of lower income group Positive

Appendix 16_Project Benefits for for Rohan Realtors, Pirangut, Pune

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Appendix 17_Fire Tender Movement Plan

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Appendix 18_Location of STP

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Location of STP

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Project Site - environmentclearance.nic.inenvironmentclearance.nic.in/writereaddata/FormB/EC/... · Project Site Pune- Nashik Highway. Appendix 2_Master Layout. ... 11 Psidium guayava