ANNEXURE I

DATA SHEET

DATA SHEET

MONITORING THE IMPLEMENTATION OF ENVIRONMENTAL SAFEGUARDS Ministry of Environmental and Forests Regional Office, West Central Zone, Nagpur.

Monitoring Report

PART – I DATA SHEET

1. Project type: river - valley/ mining/ Residential Project Industry / thermal / nuclear/ Other (specify)

2. Name of the project “VICINIA” File No. : SEAC-2212/CR-398/TC-1 3. Clearance letter (s) / OM/ no and date: Dtd. 18th July, 2016. 4. Location CTS No. 15A, 15C, 15D, 15E, 15F at village of Chandivali, Kurla, .

a. District (s) ---

b. State (s) .

c. Latitude / Longitude ---

5. Address for correspondence

a. Address of concerned project Chief Mr. Sreeram Kuppa. Engineer (with pin code & telephone / Address: Shapoorji Pallonji Real Estate, SP Center, telex / fax number) 41/44, Minoo Desai Marg, Colaba, Mumbai-400005. Tel. 022-67490283.

b. Address of Executive Project Engineer Mr. Yogesh Mulye (Project Head) /Manager (with pin code / fax number) Forbes Compound, Opp to BASF, Off Chandivali Farm Road, Chandivali, Mumbai-400072 Tel. 022-28578387.

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6. Salient features Total Plot Area = 27,263.50 sq.mtrs. a. of the project As per FSI: 50,895.40 sq.m. Non FSI: 44,473.09 sq.m. Total construction Area: 95,368.49 sq.m. Buildings and Configurations:

Wing Name Configuration

A,B,C,D 3B+Stilt+20 Flrs

E,F,G 3B+Stilt+21 Flrs

Club House G + 1

b. of the environmental management plans 1. Sewage Treatment Plant: Sewage Treatment Plant with total capacity 350 KLD will be provided for treating the wastewater. Recycled wastewater will be used for Flushing, gardening etc. 2. Water Management: Rain Water Harvesting shall be provided to recharge the ground water table. 3. Solid Waste Management: • Dry waste: Handed over to authorize recycler. • Wet waste: Shall be processed in the OWC. • STP sludge: Shall be used as manure.

7. Break Up Of the project Area

a. Submerge area: forest & :non-forest Non Forest Total Plot Area = 27,263.50 sq.mtrs. b. Others As per FSI: 50,895.40 sq.m. Non FSI: 44,473.09 sq.m. Total construction Area: 95,368.49 sq.m. Break up of the project affected: 8. Not Applicable. Population with enumeration of those losing houses / dwelling units, only agriculture land only, both dwelling units and agriculture land and landless labourers / artisan a. SC, ST / Adivasis: ----

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b. Others ----

(Please indicate whether these figures are based on any scientific and systematic survey carried out or only provisional figures, if a survey is carried out give details and years of survey)

9. Financial details

a. Project cost as originally planned and Total cost: 382 Cr. subsequent revised estimates and the year of price reference

b. Allocation made for environmental Capital EMP Cost: 344.95 Lakhs management plans with item wise and year Cost for EMP O & M: 46.27Lakhs wise break-up

c. Benefit cost ratio/ Internal rate of return ----- and the year of assessment

d. Whether ( c ) includes the cost of ----- environmental management as shown in the above

e. Actual expenditure incurred on the project Rs. 24 Cr. (approx.) so far

f. Actual expenditure incurred on the Rs. 4 Lakhs environmental management plans so far

10. Forest land required

a. The status of approval for diversion of The land is of non-forest type hence not applicable. forest land for non-forestry use

R.G. Area on the ground: 5589.13 Sq. mt. b. The status of clearing and felling A combination of native evergreen trees and ornamental flowering trees, shrubs and palms are planned in the complex. There will be tree plantation of about 291 Nos. Different species will be selected as per CPCB green belt guidelines and common species available in the proposed area. c. The status of compensatory afforestation, if ----- any.

d. Comments on the viability & sustainability N.A. of compensatory afforestation program in

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the light of actual field experience so far.

11. The status of clear felling in non-forest N.A. areas (such as submergence area of reservoir, approach roads), if any with quantitative information.

12. Status of construction

a. Date of commencement (Actual and/or 16.03.2016. planned)

b. Date of completion (Actual and/ of ---- planned)

13. Reasons for the delay if the project is yet to N.A. start

14. Dates of site visits

a. The date on which the project was ----- monitored by the regional office on previous occasions, if any.

b. Date of site visit for this monitoring report 20.08.2016, 01.10.2016. M/s. Forbes & Company Limited, 15. Details of correspondence with project Address: authorities for obtaining action plans/ Forbes Building, Charanjit Rai Marg, information on status on compliance to Fort, Mumbai-400001. safeguards other than the routine letters for

logistic support for site visits. File No.: SEAC-2212/CR-398/TC-1 Dtd. 18th July, 2016.

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COMPLIANCE REPORT

Compliance Report

COMPLIANCE REPORT

TERMS & CONDITIONS 1. This environmental clearance is issued subject to 1. Land use is for the residential purpose as land use verification. Local authority / planning per the DP. authority should ensure this with respect to Rules, 2. Planning authority has approved the Regulations, Notifications, Government same as per the prevailing DCR. Resolutions, Circulars, etc. issued if any. Judgments/orders issued by Hon’ble High Court, 3. Notifications and GR orders regarding Hon’ble NGT, Hon’ble supreme court regarding RG, wildlife act etc. will be followed from DCR provision, environmental issues applicable in time to time. this matter should be verified. PP should submit exactly the same plans appraised by concern SEAC and SEIAA. If any discrepancy found in the plans submitted or details provided in the above para may be reported to environment department. This environmental clearance issued with respect to the environmental consideration and it does not mean that State Level Impact Assessment Authority (SEIAA) approved the proposed land use.

2. No services in the basement to be provided. No services like STP, OWC is proposed in 3. One parking at the corner to be removed where the vehicles are turning in all basements (where the basement ramp is turning) to improve the movement of Parking at turning in all basements has been vehicles. removed in the revised layout.

4. PP to avoid 2-wheeler parking in basement. 2-wheeler parking (78 nos.) is proposed in 5. Electrical panel to be outside and pump room at stilt level should be provided to avoid electrical proposed on ground accident in the basement. Electrical panels and pump room is proposed on ground. 6. E-waste shall be disposed through Authorized Yes, we noted the condition & agreeable to vendor as per E-waste (Management and the same. Handling) Rules, 2011.

7. This environmental clearance is issued subject to obtaining NOC from Forestry & Wild life angle including clearance from the standing committee As the site does not fall within the radius of of the National Board for Wild life as if applicable & Forestry & Wild life area and hence NOC is this environmental clearance does not necessarily notapplicable. implies that forestry & wild life clearance granted to the project which will be considered separately on merit.

8. PP has to abide by the conditions stipulated by All the conditions mentioned in the EC shall

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SEAC & SEIAA. be followed rigorously.

9. The height, Construction built up area of proposed The heights of buildings are accordance with construction shall be in accordance with the DCR and FSI. Approval is already obtained. existing FSI/FAR norms of the urban local body & it should ensure the same before approving layout plan & before according commencement certificate to proposed work. ULB should also ensure the zoning permissibility for the proposed project as per the approved development plan of the area.

10. “Consent for Establishment” shall be obtained from Applied for the Consent to Establish from Maharashtra pollution Control Board under Air MPCB. and Water Act and a copy shall be submitted to the Environment department before start of any construction work at the site.

11. All required sanitary and hygienic measures should Mobile STP is provided in construction phase be in place before starting construction activities and proper care regarding sanitary and and to be maintained throughout the construction hygienic condition will be maintained phase. throughout the construction phase.

General Conditions for Construction phase-

1 Provision shall be made for the housing of The provision for the construction labour construction labour within the site with all within the site with all necessary necessary infrastructure and facilities such as fuel infrastructure and facilities such as fuel for for cooking, mobile toilets, mobile STP, safe cooking, mobile toilets, mobile STP, Safe drinking water, medical health care, crèche and drinking water, medical health care, etc. is First Aid room etc. made.

2 Adequate drinking water and sanitary facilities Adequate portable water facility for drinking should be provided for construction workers at the purpose is provided for the workers at the site. Provision should be made for mobile toilets. site during construction phase. The safe disposal of wastewater and solid wastes generated during the construction phase should be ensured.

3 The solid waste generated should be properly The solid waste generated shall be properly collected and segregated. Dry/insert solid waste collected and segregated. Dry/insert solid waste should be disposed off to the approved sites for shall be disposed off to the approved sites for land filling after recovering recyclable material. land filling after recovering recyclable material. In order to avoid problems associated with solid waste disposal problems, an effective solid waste management system is followed by segregating the wet and dry garbage and handover it to the local authority for disposal.

4 Disposal of muck during construction phase should All construction waste is collected and not create any adverse effect on the neighboring segregated properly. Most of that is reused

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communities and be disposed taking the necessary for the construction activity. precautions for general safety and health aspects of people, only in approved sites with the approval of competent authority.

5 Arrangement shall be made that waste water and Covered sewage system has been proposed storm water do not get mixed. which is connected to STP for the treatment and reuse of the treated water. Excess treated water shall be disposed off into the sewer drain. Separate tanks for waste water and storm water are being constructed.

6 All the topsoil excavated during construction Excavated soil is expected from the project activities should be stored for use in horticulture / site is used for landscaping. landscape development within the project site.

7 Additional soil for leveling of the proposed site There is no need of importing any soil from shall be generated within the sites (to the extent outside. possible) so that natural drainage system of the area is protected and improved.

8 Green Belt Development shall be carried out • The green area will be approx. considering CPCB guidelines including selection of 5589.13sq.m. plant species and in consultation with the local • A combination of native evergreen trees DFO/Agriculture Dept. and ornamental flowering trees, shrubs and palms are planned in the complex. • There will be tree plantation of about 291 nos. • Plantation Details: Species will be selected as per CPCB greenbelt guidelines and common species available in the proposed area.

9 Soil and ground water samples will be tested to Soil testing is done, according to the reports ascertain that there is no threat to ground water all the parameters are within limit and so quality by leaching of heavy metals and other toxic there is no threat to groundwater quality by contaminants. leaching of heavy metals and other toxic contaminants.

10 Construction Spoils, including bituminous material • There will be no generation of hazardous and other hazardous materials must not be waste at site but proper care would be allowed to contaminate watercourses and the taken following the norms to disposal of dumpsites for such material must be secured so the bituminous and other hazardous that they should not leach into the ground water. material at site. • Also silt traps and other measures such as additional on-site are constructed to control surface Run-off. 11 Any hazardous waste generator during Paint & used oil would be generated from the

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construction phase should be disposed off as per site, will be disposed through authorized applicable rules and norms with necessary vendor. approvals of the Maharashtra pollution Control Board.

12 The diesel generator sets to be used during About 100 KVA capacity DG set is used for construction phase should be low sulphur diesel backup during construction phase. These are type and should conform to Environments environment friendly make and provided (Protection) Rules prescribed for air and noise with acoustic enclosure to avoid noise emission standards. emission.

13 The diesel required for operating DG sets shall be The quantity is less than 2500 lits. stored in underground tanks and if required, Permission of competent authority is not clearance from concern authority shall be taken. applicable.

14 Vehicles hired for bringing construction material to The PUC checked/authorized vehicles are the site should be in good condition and should allowed on the site for transfer of material. have a pollution check certificate and should conform to applicable air and noise emission standards and should be operated only during non- peak hours.

15 Ambient noise levels should conform to residential Following care is taken regarding noise levels standards both during day and night. Incremental with conformation to the residential area. pollution loads on the ambient air and noise 1.Use of well maintained equipment fitted quality should be closely monitored during with silencers. construction phase. Adequate measures should be made to reduce ambient air and noise level during 2. Noise shields near the heavy construction construction phase, so as to conform to the operations are provided. stipulated standards by CPCB/MPCB. 3. Construction activities are limited to daytime hours only. Also use of Personal Protective Equipment (PPE) like ear muffs and ear plug during construction activities.

16 Fly ash should be used as building material in the Yes, Ready mixed concrete (RMC) with fly construction as per the provisions of Fly Ash ash gets used in the construction. Notification of September 1999 and amended as on 27th August, 2003 (The above condition is applicable only if the project site is located within the 100Km of Thermal Power Stations).

17 Ready mixed concrete must be used in building Yes, RMC with fly ash gets used in the construction. construction.

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18 The approval of competent authority shall be • Fire Fighting Designed: As per National obtained for structural safety of the building due to Building Code 2005. any possible earthquake, adequacy of fire fighting • Wet riser system to be provided in equipment’s etc. as per National Building Code complex including measures from lighting. • Adequate no. of hose cabinets shall be provided at each level • An external ring main with suitably placed Yard hydrants will be laid around the entire complex. • The certificate of the structural engineer is enclosed. 19 Storm water control and its re-use as per CGWB Rainwater from terraces and other open area and BIS standards for various applications. will be diverted to recharge pits for ground water recharge.

20 Water demand during construction should be RMC is being used regularly. reduced by use of pre-mixed concrete, curing agents and other best practices referred.

21 The ground water level and its quality should be The ground water levels and its quality are monitored regularly in consultation with Ground monitored regularly. water Authority.

22 The installation of the Sewage Treatment Plant STP will be provided to treat the waste (STP) should be certified by an independent expert water. STP will be provided by established and a report in this regard should be submitted to consultant and operation and maintenance the Ministry before the project is commissioned for shall be done by the technical persons of operation. Treated effluent emanating from STP consultant. MOU has done for the shall be recycled / refused to the maximum extent maintenance. possible. Treatment of 100% gray water by 01 No. of STP 350 KLD capacity will be decentralized treatment should be done. Discharge provided. of unused treated affluent shall conform to the norms and standards of the Maharashtra Pollution Control Board. Necessary measures should be made to mitigate the odour problem from STP.

23 Permission to draw ground water and construction The ground water is not used for of basement if any shall be obtained from the construction purpose; we use only tanker competent Authority prior to water for construction. construction/operation of the project.

24 Separation of gray and black water should be done Yes, Grey and black water are separated by by the use of dual plumbing line for separation of the use of dual plumbing line. gray and black water.

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25 Fixtures for showers, toilet flushing and drinking Adequate measures are taken into should be of low flow either by use of aerators or consideration to minimize the wastage of pressure reducing devices or sensor based control. water.

26 Use of glass may be reduced up to 40% to reduce Glazing area is maintained around 25% of the electricity consumption and load on air- the façade area for the residential buildings. conditioning. If necessary, use high quality double glass with special reflective coating in windows.

27 Roof should meet prescriptive requirement as per • Roof insulation 50 mm expanded Energy Conservation Building Code by using polystyrene or equivalent insulation. appropriate thermal insulation material to fulfill • Heat reflective double glazed glass requirement. provided on external façade for the residential buildings.

27 Energy conservation measures like installation of • Reduction in basement lighting by 35% as CFLs / TFLs for the lighting the areas outside the against IGBC Green home baseline of 0.23 building should be integral part of the project W/Sq.ft. Target LPD is 0.15 W/Sq.ft which design and should be in place before project can be achieved through LEDs/CFL. commissioning. Use CFLs and TFLs should be • Reduction in Common is lighting by 40% properly collected and disposed off/sent for as against IGBC Green home baseline of recycling as per the prevailing guidelines/rules of 0.37 W/Sq.ft. Target LPD is 0.22 W/Sq.ft the regulatory authority to avoid mercury which can be achieved through LEDs/CFL. contamination. Use of solar panels may be done to the extent possible like installing solar street lights, • Due to variable speed drive, proposed common solar water heaters system. Project elevator can save approx. 30% of energy proponent should install, after checking feasibility, as against sta solar plus hybrid non-con ndard elevators . ventional energy source as source of energy. • Due to better envelope parameters (AAC blocks, efficient glazing, and roof insulation) as against IGBC Green home parameters of concrete block wall and non-insulated roof. • Proposed Basement ventilation system will have CO sensors. Speed of jet fans will be controlled on basis of CO levels. Thus we can save the energy for Jet fan. • As all proposed external lighting fixtures will be operated on solar there won’t be any energy consumption. • Hot water through solar will be provided for 580 Nos. of occupants which can save us given amount of energy.

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28 Diesel power generating sets proposed as sources D.G. sets will be provided as back up for of backup power for elevators and common area Residential buildings. illumination during operation phase should be of About 320 KVA (1No.), 250 KVA (1No.), and enclosed type and conform to rules made under 750KVA (2 Nos.) capacities of DG Set shall be the Environment (Protection) Act, 1986. The provided with silencer & acoustic enclosures. height of stack of DG sets should be equal to the The stacks shall be provided as per MPCB height needed for the combined capacity of all norms. proposed GD sets. Use low sulphur diesel. The location of the DG sets may be decided with in consultation with Maharashtra Pollution Control Board.

29 Noise should be controlled to ensure that it does • Construction equipment’s producing the not exceed the prescribed standards. During most amount of noise are fitted with noise nighttime the noise levels measured at the shields. This shield is a physical barrier boundary of the building shall be restricted to the (Composed of brick and mud, with a non- permissible levels to comply with the prevalent reflective internal plastering) approx. 3 regulations. mtrs. In height which is provide adequate noise attenuation. • Trees /species for noise abatement shall be planted along the project boundary. • Noisy construction equipment’s are not permitted during night hours. • Works employed in high noise areas are rotated. Earplugs / muffs or other hearing protective wear are provided to those working very close to the noise generating machinery. • Anti-honking sign boards shall be placed in the parking areas and on entry and exit points. • The site is barricaded by 6 meter height. GI sheets all along the periphery for noise mitigation purpose. • This effect would be prominent during 30 Traffic congestion near the entry and exit points construction as well as operation phase. The from the roads adjoining the proposed project site probability of inconvenience faced due to the must be avoided. Parking should be fully frequency of truck movement during internalized and no public space should be utilized. construction phase would be minimized by better control of traffic movement in the area. Noise levels expected from the planned operating conditions have been assessed and are likely to be within acceptable levels. The impacts have been mitigated by the suggested measures in the “air control and management section”.

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• Anti-honking sign boards are placed in the parking areas and on entry and exit point. The project will be provided with sufficient road facilities within the project premises and there will be a large area provided for the parking of vehicles. • Traffic signage boards are displayed at every chronic point. 31 Opaque wall should meet prescriptive requirement The building construction has been proposed as per Energy Conservation Building Code, which is as per the NBC norms. proposed to be mandatory for all air-conditioned As per Energy Conservation Building Code spaces while it is aspirational for non air- Opaque wall to meet prescriptive conditioned spaces by use of appropriate thermal requirement by use of appropriate thermal insulation material to fulfill requirement. insulation material to fulfill requirement is being done.

32 The building should have adequate distance The building has adequate distance between between them to allow movement of fresh air and them to allow movement of fresh air and passage of natural light, air and ventilation. natural light, Ventilation.

33 Regular supervision of the above and other Regular supervision done by our site measures for monitoring should be in place all engineer to take care of the construction through the construction phase, so as to avoid activity and of the surroundings. disturbance to the surroundings.

34 Under the provisions of Environment (Protection) Environmental Clearance is already obtained. Act, 1986, legal action shall be initiated against the Applied for the Consent to Establish. project proponent if it was found that construction of the project has been started without obtaining environmental clearance.

35 Six monthly monitoring reports should be Six monthly reports are submitted and submitted to the department and MPCB. attached.

General Conditions for Post-construction/operation phase-

1 Project proponent shall ensure completion of STP, Condition noted. MSW disposal facility, green belt developed prior to occupation of the buildings. As agreed during the SEIAA meeting, PP to explore possibility of utilizing excess treated water in the adjacent area for gardening before discharging it into sewer line No physical occupation or allotment will be given unless all above said environmental infrastructure is installed and made functional including water requirement in Para 2. Prior certification from appropriate authority shall be obtained.

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2 Wet garbage should be treated by Organic Waste OWC will be installed/Shall be installed after Converter and treated waste (manure) should be occupation as per the requirement. utilized in the existing premises for gardening. And, no wet garbage will be disposed outside the premises. Local Authority should ensure this.

3 Local body should ensure that no occupation Condition noted. certification is issued prior to operation of STP/MSW site etc. with due permission of MPCB.

4 A complete set of all the documents submitted to A complete set of all the documents Department should be forwarded to the MPCB. submitted to MPCB at the time of obtaining consent to establish.

5 In the case of any change(s) in the scope of the Condition noted. project, the project would require a fresh appraisal by this Department.

6 A separate environment management cell with Separate environment management cell with qualified staff shall be set up for implantation of qualified staff is formed and implementing the stipulated environmental safeguards. the same.

7 Separate funds shall be allocated for EMP cost has been worked out and allocated implementation of environmental protection for all air pollution devices and other measures/ EMP along with item-wise breaks- up. facilities. These cost shall be included as part of the project cost. The funds earmarked for the environment protection measures shall not be diverted for other purposes and year-wise expenditure should reported to the MPCB and this department.

8 The project management shall advertise at least in The advertisement is published in Marathi two local newspapers widely circulated in the and English language local newspaper. In region around the project, one of which shall be in Marathi newspaper ‘Navshakti’ dtd. 28th July the of the local concerned within 2016 & in English newspaper ‘Free Press seven days of issue of this letter, informing that the Journal’ dtd. 28th July 2016 respectively project has been accorded environmental Xerox copies of same are enclosed for your clearance and copies of clearance letter are ready reference. available with the Maharashtra Pollution Control Also, the advertisement is displayed on Board and may also be seen at Website at website of company. http:ec.maharashtra.gov.in.

9 Project management should submit half yearly We are submitting herewith six monthly compliance reports in respect of the stipulated reports to Environment Department, prior environmental clearance terms and Mantralaya & MPCB. conditions in hard and soft copies to the MPCB and this department, on 1st June and 1st December of each calendar year.

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10 A copy of the clearance letter shall be sent by The PP comply the condition. proponent to the concerned Municipal Corporation and the local NGO, if any, from whom suggestions/representations, if any, were received while processing the proposal. The clearance letter shall also be put on the website of the Company by the proponent.

11 The proponent shall upload the status of Yes, we noted the condition & agreeable to compliance of the stipulated EC conditions, the same. including results of monitored data on their website and shall update the same periodically. It shall simultaneously be sent to the Regional Office of MoEF, the respective Zonal Office of CPCB and the SPCB. The criteria pollutant levels mainly; SPM, RSPM, SO2, NOx (ambient levels as well as stack emissions) or critical sector parameters, indicated for the project shall be monitored and displayed at a convenient location near the main gate of the company in the public domain.

12 The project proponent shall also submit six Condition is noted and six monthly reports monthly reports on the status of compliance of the are submitted to regional office of MoEF. We stipulated EC conditions including results of are submitting herewith six monthly reports monitored data (both in hard copies as well as by to environment department, Mantralaya & email) to the respective Regional Office of MoEF, MPCB. the respective Zonal Office of CPCB and the SPCB.

13 The environmental statement for each financial The PP shall comply the condition. Shall be year ending 31st March in Form – V as is mandated followed as per the form-V. to be submitted by the project proponent to the concerned State Pollution Control Board as prescribed under the Environment (Protection) Rules, 1986, as amended subsequently, shall also be put on the website of the company along with the status of compliance of EC conditions and shall also be sent to the respective Regional Offices of MoEF by e-mail.

14 The environmental Clearance is being issued Yes, we noted the condition & agreeable to without prejudice to the court case pending in the the same. court of law and it does not mean that project proponent has not violated any environmental laws in the past and whatever decision of the Hon`ble court will be binding on the project proponent. Hence this clearance doesn’t not give immunity to the project proponent in the case filed against him, if any or action initiated under EP Act.

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15 In case of submission of false document and non Yes, we noted the condition & agreeable to compliance of stipulated conditions, Authority/ the same. Environment Department will revoke or suspend the Environmental Clearance without any intimation and initiate appropriate legal action under Environmental Protection Act, 1986.

16 The Environment department reserves the right to Yes, we noted the condition & agreeable to add any stringent condition or to revoke the the same. clearance of conditions stipulated are not implemented to the satisfaction of the department or for that matter, for any other administrative reason.

17 Validity of Environmental Clearance: The Condition is noted and the PP will validate it environmental clearance accorded shall be valid once it expires. for the period of 7 years.

18 In case of any deviation or alteration in the project Yes, we noted the condition & agreeable to proposed from those submitted to this department the same. for clearance, a fresh reference should be made to the department to assess the adequacy of the condition(s) imposed and to incorporate additional environmental protection measures required, if any.

19 The above stipulations would be enforced among Yes, we noted the condition & agreeable to others under the Water (Prevention and Control of the same. Pollution) Act, 1981, the Environment (Protection) Act, 1986 and rules there under, Hazardous Wastes (Management and Handling) Rules, 1989 and its amendments, the public Liability Insurance Act, 1991 and its amendments.

20 Any appeal against this environmental clearance Yes, we noted the condition & agreeable to shall lie with the National Green Tribunal, the same. (Western Zone Bench, Pune) New administrative Building, 1st Floor, D-wing, opposite council Hall, Pune, if preferred, within 30 days as prescribed under Section 16 of the National Green Tribunal Act, 2010.

Half Yearly Post Monitoring Report (July, 2016 – December, 2016) Page 11 M/s. Forbes & Company, “VICINIA” ENERGY CONSERVATION MEASURES Energy Conservation Measures

ENERGY CONSERVATION MEASURES

Energy conservation program will be implemented through measures taken both on energy demand and supply. It will be one of the focuses during the complex planning and operation stages.

SUPPLY ENERGY DEMAND CONSERVATION

- Reduce consumption. - Use energy– efficient appliances - Create awareness.

The energy conservation efforts would consist of the following:

 Reduction in basement lighting by 35% as against IGBC Green home baseline of 0.23 W/Sq.ft. Target LPD is 0.15 W/Sq.ft which can be achieved through LEDs/CFL  Reduction in Common area lighting by 40% as against IGBC Green home baseline of 0.37 W/Sq.ft. Target LPD is 0.22 W/Sq.ft which can be achieved through LEDs/CFL  Due to variable speed drive, proposed elevator can save approx. 30% of energy as against standard elevators  Due to better envelope parameters (AAC blocks, efficient glazing, and roof insulation) as against IGBC Green home parameters of Concrete block wall and non-insulated roof.  Proposed Basement ventilation system will have CO sensors. Speed of jet fans will be controlled on basis of CO levels. Thus we can save the energy for Jet fan.  As all proposed external lighting fixtures will be operated on solar there won’t be any energy consumption  Hot water through solar will be provided for 580 Nos. of occupants which can save us given amount of energy.

Half Yearly Post Monitoring Report (July, 2016 – December, 2016) Page 1 M/s. Forbes & Company, “VICINIA” HALF YEARLY POST MONITORING ENVIRONMENTAL REPORT

OF

“Residential Projects”

For JULY, 2016 – DECEMBER, 2016.

Developer M/S. FORBES & COMPANY LIMITED. Forbes Building, Charanjit Rai Marg Fort, Mumbai-400001.,

Prepared by

ENVIRO ANALYSTS & ENGINEERS P. LTD.,

ANNEXURE II 22nd Jan 15 ENERGY SIMULATION REPORT FOR MOEF CLEARANCE

SPRE RESIDENTIAL TOWERS AT CHANDIVILI , MUMBAI Prepared for SPRE RESIDENTIAL TOWERS CHANDIVALI,MUMBAI

Prepared by AECOM Pvt Ltd (Formerly Spectral) Building Engineering - Sustainability Solutions Group A-197, Sector 63, Noida 201 301, Uttar Pradesh India

In association with

22nd Jan 2015

© AECOM

The information contained in this document produced by AECOM India Pvt Ltd is solely for the use of the Client identified on the cover sheet for the purpose for which it has been prepared and AECOM India Pvt Ltd undertakes no duty to or accepts any responsibility to any third party who may rely upon this document.

All rights reserved. No section or element of this document may be removed from this document, reproduced, electronically stored or transmitted in any form without the written permission of AECOM Middle East Limited.

Quality Information

Document

10th Ref Date Feb

Prepared by Anubahv Saxena Reviewed by Arpan Saha

Revision History

Authorised

Revision Revision Date Details Name/Position Signature

ENERGY SIMULATION REPORT DATE: 22nd Jan 2015 AECOM

Contents

Executive Summary ...... i 1.0 INTRODUCTION ...... 1 2.0 SIMULATION RESULTS ...... 4 3.0 DETAILED ENERGY MODEL INPUT PARAMETERS ...... 7 4.0 APPENDICES ...... 9

ENERGY SIMULATION REPORT DATE: 22nd Jan 2015 AECOM

Executive Summary

This Energy simulation report is prepared by AECOM for SPRE Residential towers at Chandivali,Mumbai This report is part of a process towards obtaining MOEF Clearance for multidwelling units. The specific objective of this report is to evaluate annual energy usage for energy credits under the Energy Efficiency (EE) category.

It is determined via simulation that the project saves 12 % in Energy costs over the ECBC Basecase

ENERGY SIMULATION REPORT DATE: 22nd Jan 2015

1.0 INTRODUCTION

The ECBC Basecase building is simulated with actual orientation and again after rotating the entire building by 90,180 & 270 degrees and then averaging the results to get the Baseline Energy consumption. Following is the point structure for Energy Performance.

The projects have been modeled using the e-QUEST energy analysis software. e-QUEST uses the DOE 2.2 Building energy simulation engine. It has the ability to explicitly model all of the following:  8,760 hours per year  Hourly variations in occupancy, lighting power, miscellaneous equipment power, thermostat set points and HVAC system operation defined separately for each day of the week and holidays  Thermal mass effects  Part-load performance curves for mechanical equipment  Capacity and efficiency correction curves for mechanical heating and cooling equipment.

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Residential Towers at Chandivali is a multidwelling residential building located in Mumbai. The project has been designed by architect M/S Kapadia Associates Pvt Ltd and built by M/s. Forbest & Company Ltd. It has a total built up area of 12,67,677 ft2 approximately distributed in 8 towers of 21 Storeys plus 3 basements and the overall window to wall ratio is approximately 45%.

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Project View

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Representative plan showing typical detailed model zoning

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2.0 SIMULATION RESULTS

Basecase Energy Consumption: The Basecase model is based upon the proposed design, but the performance parameters listed are defined to reflect the minimum efficiency levels that Annexure - I of ECBC system defines for various building components. Based on the energy simulation results, it is observed that the averaged basecase building consumes a total of 9319 MWh/yr.

ENERGY-USE COMPARISON FOR ALL END-USES BASECASE (MWh) 10,000 9,000 8,000 7,000 6,000 5,000 4,000 3,000 2,000 1,000 0 BASE 0° 90° 180° 270° CASE COOLING 3410 3430 3393 3428 3415 HEATING 0 0 0 0 0 HOT WATER 250 250 250 250 250 FANS 1065 1075 1053 1073 1066 PUMPS 0 0 0 0 0 EXT. USAGE 21 21 21 21 21 EQUIPMENT 2865 2865 2865 2865 2865 LIGHTING 1702 1702 1702 1702 1702 TOTAL 9312 9342 9283 9338 9319

The primary energy end-uses are Cooling (38%) followed by equipment (32%), lighting (19%) and fans (12%), as illustrated by the following charts. The results are as-expected for the warm & humid climate and building type (Residential).

ENERGY-USE CHARACTERIZATION BASECASE (%) 18% 38%

32%

0.6% 12%

COOLING FANS HEATING HOT WATER PUMPS EXT. LIGHTING EQUIPMENT LIGHTING

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Design Case Energy Consumption: In accordance with the above breakdown, the proposed design incorporates a AAC block wall and an Solar PV cells catering two tubelights and 1 Ceiling Fan per dwelling unit and 20% Solar hot water. These strategies offer the biggest potential for energy savings.Detailed performance parameters for the design case are listed at the end of this report. Overall, the design case consumes a total of 8,217 MWh/yr.

ENERGY-USE COMPARISON FOR ALL END-USES BASECASE vs DESIGN CASE (MWh)

10,000 9,000 8,000 7,000 6,000 5,000 4,000 3,000 2,000 1,000 0 BASECASE DESIGN CASE COOLING 3,415 2,988 HEATING 0 0 FANS 1,066 1,101 HOT WATER 250 200 PUMPS 0 0 EXT. LIGHTING 21 10 EQUIPMENT 2,865 2,733 LIGHTING 1,702 1,185 TOTAL 9,319 8,217

ENERGY-USE CHARACTERIZATION DESIGNCASE (%)

18% 38%

33%

0.6% 11%

COOLING FANS HEATING HOT WATER PUMPS EXT. LIGHTING EQUIPMENT LIGHTING

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Energy Cost Comparison: The design case shows annual utility cost savings of 12 % over the ECBC basecase. The table below lists the costs related parameters

ENERGY SIMULATION REPORT DATE: 22nd January 2015

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3.0 DETAILED ENERGY MODEL INPUT PARAMETERS

DESIGN CASE ECBC BASECASE

EXTERIOR LOADS

Exterior U-Value: Btu/hrft²⁰F U- 0.11 U- 0.07 (Appendix II) Walls

Roof U-Value: Btu/hrft²⁰F U-0.20 U- 0.046

WINDOWS

Window Wall Ratio 45% 45% (Same as Design Case)

Frame Width N/A 1.3"

Frame U-Value : N/A 2.38 Btu/hrft²⁰F Glazing U-Value : 1.00 0.58 Btu/hrft²⁰F

SC 0.62 0.3

VLT : % N/A Same as Design Case

SKY LIGHT

Shades Self-Shading N/A Yes

OTHER LOADS

Exterior kW 9 6 Lighting

Elevator (kW) 140 kW (20 kW/lift) 109 kW (20 kW/lift) Process 210 kW (Efficent water fixtures Loads STP/ Jockey reduces the power consumtion Pumps 270 kW of pumps)

INTERNAL LOADS

Parking Area 0.3 0.15 (W/sqft) Interior Lighting for LPD, Residential Units 0.7 0.7 Building Area (W/sqft) Method Lighting for Common Areas 0.22 0.37 (W/sqft)

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DESIGN CASE ECBC BASECASE

Daylight Perimeter areas N/A N/A Sensors only Occupancy Sensors N/A N/A sensors

EPD (W/sqft) 1.0 Same as Design Case

Occupancy Sqft/Person 2 Person/Bedroom Same as Design Case

Fresh Air cfm/Person Same as Design Case 6.5 cfm/person

AIR SIDE HVAC SYSTEM

HVAC System Type Split Units Split Units System For Cooling - 78.8 0F Setpoint Temp °F 0 Same as Basecase For Heating – 68 F For Cooling – 3.4 (5 Star ACs) For Cooling – 2.8 COP For Heating – 2.5 For Heating – 2.5 Basement CO Sensor Yes N/A Parking

ACPH 10 10 Renewable 80 kW (Considering 2 tube None Solar PV Energy lights + 1 Fans) Hot Water None reruirement 50 MWh Through Solar

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APPENDIX- II ENVELOPE DETAILS Type-1: Exterior Wall Assembly: 200mm AAC block wall +15mm plaster (Assembly U-value 0.11 Btu-Hr/Sqft-°F)

External Wall Construction S.No. Material Thickness Resultant R (inch) (F-sqft - hr / Btu) 1 Outside Air Film NA 0.17 2 Plaster 0.5 0.05 3 AAC Wall 8 8.16 5 Plaster 0.5 0.05 6 Inside Air Film NA 0.66 11 9.09 Assembly U value (btu/hr sqft deg F) 0.11

Roof Assembly: 20mm plaster+200 mm R.C.C Slab+ 50 mm Screed+ 50mm extruded polystyrene Insulation+ 20mm Plaster. (Assembly U-value 0.09 Btu-Hr/Sqft-°F)

Fenestration Details:

Light S. NO Shading U-Value Glass Type 2 Transmittance Coefficient (SC) (W/m -K) (VLT, %)

1. ST 150 (Saint Gobain) 0.62 5.6 51%

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Window Frame conductance for Design Case: The frames are unlabeled and an area weighted frame width of 1.3 inches for each window is calculated for the Design model. The frame conductance considered for evaluation is 1.8 Btu/h-sqft-F based on Aluminum Frame without thermal break, fixed double glazed windows.The table below is taken from the ASHRAE Handbook of Fundamental.

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APPENDIX- III Details of Internal Loads:

Lighting power density Equipment Fresh Air CFM (W/sqft) Occupancy power Spaces (person) density CFM Base Proposed (W/sqft) ACH per case Case person

Bedroom 2 0.46 0.46 1 - 6.5

Living Room 2bhk 4 0.46 0.46 1 - 6.5 Living Room 3bhk 5 0.46 0.46 1 - 6.5

Toilet 0 0.46 0.46 0 - -

Kitchen 1 0.46 0.46 1 - -

Lobby 0 0.37 0.22 0 - -

Parking 0 0.23 0.15 0 10 -

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Hot water Calculation for basecase

Domestic Hot Water Consumption Hot water requirment 25 liters/persons/day Number of Hours 2 Hrs/day Months of Uses 4 Months Total Number of Hrs uses 240 Hrs/Year Total number of Persons 2870 Persons Per day requirment 71750 liters/day Hot water through Solar (20%) 14350 Litres/day from Solar Flow rate 597.9166667 liter/min (Assming uniform flow) Flow rate 157.9700572 gal/min Tank Storage requirment 18956 gal

Temperature water input 25 °C Temperature outlet 50 °C Specific heat of water 4.18 kJ/ kgK Approximate Electric Heating 7497875000 Joules/day 2082.743056 kWh/day Balance energy consumption for Solar 249929.1667 kWh/Year 200 MWh/Year

Seconds in day 7200 Hours in a day 2 Flow rate (L/min) 597.9166667 Litres/min Flow rate 9.965277778 L/sec Q 1041 Kw No of days in year 120 Total hours in a year 240 Total energy consumption 249929 Kwh Balance energy consumption for Solar 200 Mwh

PERCENTAGE BY SOLAR 20% Saving of Energy Through Solar Hot water 50 MWh/Year Total No of Solar hot water Panels 115 Panels Total Area required for Solar hot water Panels 253 m2

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SOLAR PANELS SUMMARY No of Flats Solar Panels Per Tower (kW) Space Req per Tower m2 No of Solar Panels Tower A 40 5.6 67.2 22 Tower B 40 5.6 67.2 22 Tower C 84 11.76 141.12 47 Tower D 84 11.76 141.12 47 Tower E 82 11.48 137.76 46 Tower F 82 11.48 137.76 46 Tower G 82 11.48 137.76 46 Tower H 80 11.2 134.4 45 Total 574 80.36 964.32 321

TOWER A+ B (FLAT POINT-2 TUBE +1 FAN) Solar Power Generation

Total Demand Load Requirement for Proposed development is 11.20 KW

Total Working Days in year Considered is 365 Days

Total Working Hrs Per Day 12.0 Hrs

Annual Energy Consumption is 49056 KWhr/year

As per information received from vendor • Each 1KWp capacity of solar panels can generate avearge 1400KWh units annually. 35.04 KWp

Hence 35.04 kW is the estimated Solar Power requirement.

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TOWER C+D+E+F+G+H (FLAT POINT-2 TUBE +1 FAN) Solar Power Generation

Total Demand Load Requirement for Proposed development is 69.16 KW

Total Working Days in year Considered is 365 Days

Total Working Hrs Per Day 12.0 Hrs

Annual Energy Consumption is 302921 KWhr/year

As per information received from vendor • Each 1KWp capacity of solar panels can generate avearge 1400KWh units annually. 216.372 KWp

Hence 216.37 kW is the estimated Solar Power requirement.

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ENERGY SIMULATION REPORT DATE 8th August 2013 14

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Hot water Calculation for Designcase Domestic Hot Water Consumption Hot water requirment 25 liters/persons/day Number of Hours 2 Hrs/day Months of Uses 4 Months Total Number of Hrs uses 240 Hrs/Year Total number of Persons 574 Persons Per day requirment 14350 liters/day Flow rate 119.5833333 liter/min (Assming uniform flow) Flow rate 31.59401145 gal/min Tank Storage requirment 3791 gal

Temperature water input 25 °C Temperature outlet 50 °C Specific heat of water 4.18 kJ/ kgK Approximate Electric Heating 1499575000 Joules/day 416.5486111 kWh/day Annual Electric consumption 49985.83333 kWh/Year 50 MWh/Year

Seconds in day 7200 Hours in a day 2 Flow rate (L/min) 119.5833333 Litres/min Flow rate 1.993055556 L/sec Q 208 Kw No of days in year 120 Total hours in a year 240 Total energy consumption 49986 Kwh Total energy consumption 50 Mwh

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AECOM A-197, Sector – 63, NOIDA, UP - 201301 T +120 4049000 F +120 4049001 www.aecom.com Effective 29 August, 2012, Spectral Services Consultants Private Limited has merged with AECOM India Private Limited (AECOM). AECOM is a global provider of professional technical and management support services to a broad range of markets, including transportation, facilities, environmental, energy, water and government. More information on AECOM, visit http://www.aecom.com

To enhance and sustain the world’s built, natural and social environments

AECOM A-197, Sector – 63, NOIDA, UP - 201301 T +120 4049000 F +120 4049001 www.aecom.com Effective 29 August, 2012, Spectral Services Consultants Private Limited has merged with AECOM India Private Limited (AECOM). AECOM is a global provider of professional technical and management support services to a broad range of markets, including transportation, facilities, environmental, energy, water and government. More information on AECOM, visit http://www.aecom.com

To enhance and sustain the world’s built, natural and social environments