Mitigative measures for control of air pollution from proposed project in view of
existing AAQ
Impacts Mitigation Measures
(During Construction)
Mitigation Measures
(During Operation)
Major impact is due to
transportation of men and
material and exhaust
emission from construction
equipments.
-These activity will result
in emission of SO2, NO2 and
particulate matter.
Impact is due to air
emissions both gaseous and
fugitive from stacks of DG
(vehicle movement.)
Diesel Generator sets will
be the major source of air
pollution as the emission of
SO2, NOx and Hydrocarbons.
DG sets will be used in
emergency case.
Provision of water sprinkling system will
be made along the haul and kuccha road to
let the dust settle and to prevent the spread
of particulate matter in the air.
The construction material cement,
concrete and other required material will be
brought by road in properly covered trucks.
Building material stored and would
covered with tarpine cover
It will be ensured that vehicles are not
overloaded during transportation of
material.
All the vehicles will have proper PUC
certificate entering into the premises.
Preventive maintenance will be done so as
to prevent any leakage and spillage and
thereby reducing the fugitive emission
sources.
The Pollution under Control (PUC)
certification will be ensured for the vehicles
coming in the project premises at regular
basis
The stack will be designed with adequate
height as per the CPCB guideline to aid
dispersion to the point where emissions will
not impact on any receptors or surrounding
around the area.
Energy conservation measures are being
implemented to minimize the load on DG set
during the power failure.
1
Affordable group housing colony At Village-Naurangpur, Sector-78, Gurugram, Haryana
M/s Revital Reality Pvt Ltd Conceptual Plan
Prepared By: Vardan Environet, Gurugram
WATER REQUIREMENT
The water will be sourced from Municipal supply. Total water requirement for the project will be
approximately 641 KLD, out of which 452 KLD is fresh water requirement and 189 KLD is treated
water requirement which will be used for flushing and horticulture. The daily water requirement
calculation of Existing phase is given below in Table- 3(a), 3 (b) and 3(c)
Table 3(a): Daily water requirement (Summer Season)
S.N
o Floors Population
Unit water
Consumption
Water
required
for
domestic
use
Flushing
water
Total
Water
Required
Total
waste
water
1 Total units 6820 86 443.3 143.22 586.52 497.86
2 Commercial
Population
a commercial staff 152 45 2.28 4.56 6.84 6.384
b Vistors 305 15 1.525 3.05 4.575 4.27
3
Maintenance &
Security staff
50
45 0.75 1.5 2.25 2.1
4 Visitors 733 15 3.665 7.33 10.995 10.262
5 Landscape
Area(7334.928 Sq.mt)
4Lt per Sq.mt
.
29.3
6 Total 8058 451.52 159.66 640.5 520.876
452 KLD 160 KLD 641 KLD 521 KLD
Affordable group housing colony At Village-Naurangpur, Sector-78, Gurugram, Haryana
M/s Revital Reality Pvt Ltd Conceptual Plan
Prepared By: Vardan Environet, Gurugram
Figure 2(a) : Water Balance Diagram during Summer Season
Fresh Water
Requirement
452 KLD
Recycled/Treated
Water
(189 KLD)
Domestic Water
Requirement
(452 KLD) Flushing
(160 KLD)
Horticulture
(29 KLD)
Wastewater
generated
(362 KLD)
Wastewater
generated
(160 KLD)
Total Wastewater Generated
(522 KLD)
STP
(620 KLD)
@90%
Recycled/Treated
water
(470 KLD)
Discharged to
Sewer / given to
construction site
(281 KLD)
Total Water
Requirement
(641 KLD)
STORM WATER MANAGEMENT PLAN DURING CONSTRUCTION PHASE
The proposed project is “Affordable group housing colony at sector-78, Village- Naurangpur,
Gurgaon, Haryana by M/s Revital Reality Pvt ltd” on a land measuring 9.0625 Acres / 36,674.58
m2. The storm water will be managed both during construction & operation phase. Management
plan for construction phase is given below:
The Storm Water Pollution Prevention Plan includes a description of the measures to be used
for erosion and sediment controls throughout the construction project. These controls include
stabilization measures for disturbed areas and structural controls to divert runoff and remove
sediment. Erosion and sediment controls are implemented during the construction period to
prevent and/or control the loss of soil from the construction site into the receiving waters.
Selection of the most appropriate erosion and sediment controls depends on a number of factors,
but is most dependent on site conditions. The information collected in the site evaluation, design
and assessment phases is used to select controls.
Some controls which could be used at site are:
Temporary Seeding-Temporary seeding is the planting of fast-growing grasses to hold down
the soils in disturbed areas so that they are less apt to be carried offsite by storm water runoff or
wind.
Permanent seeding-Permanent seeding is the use of permanent vegetation (grass, trees, or
shrubs) to stabilize the soil by holding soil particles in place
Drains: A trench or garland drain is a shallow ditch containing a dominant trough or channel
shaped body. It is used for evacuation of surface water collected during precipitation. Water will
be channelize to the reservoir from where it will be further used for construction activities.
Commercial area details
S.No Description Area (Sq.m.)
1 Total Plot area 36,674.58
2 Permissible commercial @ 4 % of site area 1466.98
3 Permissible FAR for commercial component @ 175 % 2567.22
4 Additional 12 % FAR for Green Building 176.04
5
Total Permissible FAR for commercial area @175 % & 12 % for green building
2743.26
6 Proposed Commercial Area 2743.05
ENERGY ANALYSIS& SIMULATION REPORT
Project : Supertech Affordable Housing
Location : Haryana, INDIA
Certification: IGBC Affordable Housing
Date : 20.09.2018
1Energy Analysis & Simulation Report Supertech
1. EXECUTIVE SUMMARY:
Project Name Suppertech Affordable Housing
Project Location Haryana, India
Green Certification IGBC GH Green Affordable Housing
Software Used TRACE 700
Savings in Percentage 14%
Energy simulation is done to show compliance for the following two points
EE Prerequisite 2 (Minimum Energy Performance)
Compliant
EA Credit 1 (Optimize Energy Performance)7 points for achieving overall 14% saving
Modeling Methodology:A baseline building as per the requirement of IGBC Green Homes Annexure 1 wasmodeled. The building is simulated with its actual orientation and again after rotating theentire building at 90°, 180°, 270° degrees, then averaging the results to get the IGBC Basecase Building Energy consumption. This building is modeled and simulated in Trace 700,which is capable of processing hourly weather data for whole year.A proposed building with energy efficiency measures for orientation is modeled andcompared with the IGBC Base case Building.
Energy Analysis & Simulation Report Supertech 2
2. PROJECT INFORMATION
2.1. General Brief : Sky Bungalows is a multistoried multi‐towered residential apartmentscheme Located in Haryana. Project premise contains apartments and parking spaces.Developer is providing lighting in all common areas like building exterior, passages andstaircase. Area considered as air conditioned in proposed and base case is as per IGBCgreen homes annexure I.
2.2 HVAC System:Developer is not providing any air conditioning system, but any client wishes to install airconditioning system then it will be BEE rated minimum three star system. A clause for thesame will be added to agreement. In simulation 46% area is considered as air conditionedarea. For apartments base case & proposed case systems are same & modeled same as perIGBC Annexure I.
2.3 Lighting:Developer is providing lighting in all common areas like open spaces, roads & landscapeareas as well as in external spaces, Lighting for common areas like stair case and corridor isreduced as compared to Base case by 30% as per IGBC Green Homes V2.
3Energy Analysis & Simulation Report Supertech
WEATHER:
4Energy Analysis & Simulation Report Supertech
Input Parameter Baseline Design Input Proposed Design Input
Exterior Wall
Construction
[IGBC GH V 2.0, Annexure 1]
U ‐ factor: 2.5 W/m²∙°C
OPTION ‐1:200 mm Fly ash(U‐1.8 W/m²∙°C)
OPTION ‐2:230 mm AAC Block(U‐0.68 W/m²∙°C)
Roof
Construction
[IGBC GH V 2.0, Annexure 1]
U ‐ factor: 1.20 W/m²∙°C
Z ‐ 50 mm XPS + 150 mm RCCU‐factor: 0.477 W/m²∙°C)
Fenestration
Type
[IGBC GH V 2.0, Annexure 1]
U ‐ factor: 5.70 W/m²∙°C
SHGC: 0.42
Glazing properties:
Option‐1:
Light Gold:‐U‐5.7 W/m²∙°C
SHGC‐0.5
Option‐2:
ST 150:‐U‐5.6 W/m²∙°C
SHGC‐0.53
Shading Devices NA [IGBC GH V 2.0, Annexure 3] Shading Devices ‐ As per design
Light
Power Density.
[IGBC GH V 2.0, Annexure 1]Interior spaces: 5 w/sq.m.
Common Spaces: 1.5 W/sq.m.Staircase :1.5 W/sq.m.Parking : 0.5 W/sq.m..
Receptacle Equip
Power Density
Kitchen : 3 w/sq.ft.Living: 2 w/sq.ft.
Bedroom: 1 w/sq.ft.
Kitchen :3 w/sq.ft.Living: 2 w/sq.ft.
Bedroom: 1 w/sq.ft.
Day lighting Controls
NO NO
Other Lighting Controls
NO NO
Air flow 5 cfm/person 5 cfm/person
Energy Analysis & Simulation Report 5
ENERGY MODEL INPUTS : ASSUMPTIONS
Supertech
[IGBC GH V 2.0, Annexure 1]
Interior spaces : 5 W/sq.m.Common spaces : 4 W/sq.m.
Staircase : 4 W/sq.m.Parking : 2.5 W/sq.m
Input Parameter Baseline Design Input Proposed Design Input
Cooling Coil Capacity 115 100
Heating Coil Capacity 125 100
HVAC
System Type
Air Cooled Unitary
Packaged Terminal Air Conditioner
Air Cooled Unitary
Packaged Terminal Air Conditioner
Cooling
Equipment
Category: Air Cooled UNITARY
COP : 2.8[As per IGBC GH V 2.0 Annexure I]
Residential: Air Cooled UNITARY
COP : 2.8
Heating Equipment Electric Resistance Electric Resistance
Utility Rates 5.25 Rs/ kWH 5.25 Rs/ kWH
6Energy Analysis & Simulation Report Supertech
SIMULATION RESULTS :
7Energy Analysis & Simulation Report
ENERGY CONSUMPTIONS
Supertech
TowersTOWER A,B,CBASE CASE
TOWER A,B,CFLYASH + LIGHT
GOLD GLASS
TOWER A,B,CAAC + LIGHT GOLD
GLASS
TOWER A,B,CAAC + ST 150 GLASS
Equipment types Energy Type Energy Type Energy Type Energy Type Energy TypeLighting -
ConditionedElectricity 23.8 23.8 23.8 23.8
Lighting -Unconditioned
Electricity 8.2 6 6 6
Space Heating Electricity 0 0 0 0
Space Cooling Electricity 181.4 171.5 155.8 158.1
Heat Rejection Electricity 11.80 10.4 9.5 9.6
Fan Conditioned Electricity 39 22.4 18.5 19.1
Receptacles -Conditioned
Electricity 93.4 93.4 93.4 93.4
Receptacles -Unconditioned
Electricity 25 25 25 25
Stand-alone Base Utilities
Electricity 21.9 21.9 21.9 21.9
Total Building Consumption 404.5 374.4 353.9 356.9
Saving over base case 7.44% 12.51% 11.77%
TowersTOWER DBASE CASE
TOWER DFLYASH + LIGHT
GOLD GLASS
TOWER DAAC + LIGHT GOLD
GLASS
TOWER DAAC + ST 150 GLASS
Equipment types Energy Type Energy Type Energy Type Energy Type Energy TypeLighting -
ConditionedElectricity 35.4 35.4 35.4 35.4
Lighting -Unconditioned
Electricity 12.3 9 9 9
Space Heating Electricity 0 0 0 0
Space Cooling Electricity 266.6 254.1 230.7 234.2
Heat Rejection Electricity 17.40 15.5 14 14.2
Fan Conditioned Electricity 57.8 33.3 27.6 28.5
Receptacles -Conditioned
Electricity 139.2 139.2 139.2 139.2
Receptacles -Unconditioned
Electricity 37.3 37.3 37.3 37.3
Stand-alone Base Utilities
Electricity 21.9 21.9 21.9 21.9
Total Building Consumption 587.9 545.7 515.1 519.7
Saving over base case 7.18% 12.38% 11.60%
SIMULATION RESULTS :
8Energy Analysis & Simulation Report
ENERGY CONSUMPTIONS
Supertech
TowersTOWER EBASE CASE
TOWER EFLYASH + LIGHT
GOLD GLASS
TOWER EAAC + LIGHT GOLD
GLASS
TOWER EAAC + ST 150 GLASS
Equipment types Energy Type Energy Type Energy Type Energy Type Energy TypeLighting -
ConditionedElectricity 21.7 21.7 21.7 21.7
Lighting -Unconditioned
Electricity 57.7 17.7 17.7 17.7
Space Heating Electricity 0 0 0 0
Space Cooling Electricity 206.6 191.3 178.2 183.3
Heat Rejection Electricity 13.60 11.9 11.1 11.4
Fan Conditioned Electricity 48.8 33.2 30.8 32.2
Receptacles -Conditioned
Electricity 94.9 94.9 94.9 94.9
Receptacles -Unconditioned
Electricity 34.2 34.2 34.2 34.2
Stand-alone Base Utilities
Electricity 21.9 21.9 21.9 21.9
Total Building Consumption 499.4 426.8 410.5 417.3
Saving over base case 14.54% 17.80% 16.44%
TowersTOWER F,G,L,OBASE CASE
TOWER F,G,L,OFLYASH + LIGHT
GOLD GLASS
TOWER F,G,L,OAAC + LIGHT GOLD
GLASS
TOWER F,G,L,OAAC + ST 150 GLASS
Equipment types Energy Type Energy Type Energy Type Energy Type Energy TypeLighting -
ConditionedElectricity 28.5 28.5 28.5 28.5
Lighting -Unconditioned
Electricity 59.3 18.3 18.3 18.3
Space Heating Electricity 0 0 0 0
Space Cooling Electricity 270.6 251.2 227.7 233.5
Heat Rejection Electricity 17.90 15.2 13.8 14.1
Fan Conditioned Electricity 68.3 42 38.2 39.9
Receptacles -Conditioned
Electricity 115.7 115.7 115.7 115.7
Receptacles -Unconditioned
Electricity 33.7 33.7 33.7 33.7
Stand-alone Base Utilities
Electricity 21.9 21.9 21.9 21.9
Total Building Consumption 615.9 526.5 497.8 505.6
Saving over base case 14.52% 19.18% 17.91%
SIMULATION RESULTS :
9Energy Analysis & Simulation Report
ENERGY CONSUMPTIONS
Supertech
TowersTOWER H,I,J,M,N
BASE CASE
TOWER H,I,J,M,NFLYASH + LIGHT
GOLD GLASS
TOWER H,I,J,M,NAAC + LIGHT GOLD
GLASS
TOWER H,I,J,M,NAAC + ST 150 GLASS
Equipment types Energy Type Energy Type Energy Type Energy Type Energy TypeLighting -
ConditionedElectricity 76.9 76.9 76.9 76.9
Lighting -Unconditioned
Electricity 15 10.3 10.3 10.3
Space Heating Electricity 0 0 0 0
Space Cooling Electricity 385.3 366.3 341.4 347.6
Heat Rejection Electricity 24.60 21.9 20.4 20.8
Fan Conditioned Electricity 68.3 41.9 38.1 39.9
Receptacles -Conditioned
Electricity 386 386 386 386
Receptacles -Unconditioned
Electricity 35.8 35.8 35.8 35.8
Stand-alone Base Utilities
Electricity 21.9 21.9 21.9 21.9
Total Building Consumption 1013.8 961 930.8 939.2
Saving over base case 5.21% 8.19% 7.36%
TowersTOWER KBASE CASE
TOWER KFLYASH + LIGHT
GOLD GLASS
TOWER KAAC + LIGHT GOLD
GLASS
TOWER KAAC + ST 150 GLASS
Equipment types Energy Type Energy Type Energy Type Energy Type Energy TypeLighting -
ConditionedElectricity 37.9 37.9 37.9 37.9
Lighting -Unconditioned
Electricity 60.1 19 19 19
Space Heating Electricity 0 0 0 0
Space Cooling Electricity 278.3 271.5 246.5 250.2
Heat Rejection Electricity 18.50 16.5 15 15.2
Fan Conditioned Electricity 60.4 35.6 29.5 30.4
Receptacles -Conditioned
Electricity 148.7 148.7 148.7 148.7
Receptacles -Unconditioned
Electricity 39.9 39.9 39.9 39.9
Stand-alone Base Utilities
Electricity 21.9 21.9 21.9 21.9
Total Building Consumption 665.7 591 558.4 563.2
Saving over base case 11.22% 16.12% 15.40%
SIMULATION RESULTS :
10Energy Analysis & Simulation Report
ENERGY CONSUMPTIONS
Supertech
FLYASH + LIGHT GOLD GLASS
AAC + LIGHT GOLD GLASS
AAC + ST 150 GLASS
TOTAL SAVINGS
10% 14% 13%
It is recommended to go with option 2 as it leads to maximum savings.
SIMULATION RESULTS :
11Energy Analysis & Simulation Report
ENERGY CONSUMPTIONS
Supertech
Proposed case of the project meeting the criteria of optimum energy performance and showing 14%more saving over base case, hence the project able to claim for 07 points.
• Achieved Points‐ 07 Points are being achieved from above table due to Energy Cost Saving Above Base Case.
Percentage Energy Cost Savings above Base casePoints
Individual Residential Unit Multi‐dwelling Residential Units
3% 2% 1
6% 4% 2
9% 6% 3
12% 8% 4
15% 10% 5
18% 12% 6
21% 14% 7
24% 16% 8
27% 18% 9
30% 20% 10
12Energy Analysis & Simulation Report
1) ECM’S
2) Schedules
ANNEXURE:
Supertech
ENERGY CONSERVATIVE METHODS (ECM’S):
13Energy Analysis & Simulation Report
The proposed building achieves energy reduction by following ECM’s
1. Good envelope properties for wall, Roof and Glazing
2. Shading devices – As per Design.
.
Supertech
PROPOSED CASE BASE CASE
As per design NA
ENVELOPE OPTION 1 OPTION 2 OPTION 3 BASE CASE
WALL200mm Fly ash(U‐1.8 W/m²∙°C)
230mm AAC Block(U‐0.68 W/m²∙°C)
230mm AAC Block(U‐0.68 W/m²∙°C)
Composite Climate ‐U‐value 2.50 W/m² °C
ROOF
Z ‐ 50 mm XPS + 150 mm RCCU‐factor: 0.477
W/m²∙°C)
Z ‐ 50 mm XPS + 150 mm RCC
U‐factor: 0.477 W/m²∙°C)
Z ‐ 50 mm XPS + 150 mm RCC
U‐factor: 0.477 W/m²∙°C)
Composite Climate ‐U‐value 1.20 W/m² °C
GLASSLIGHT GOLD
(U‐5.7 W/m²∙°C)SHGC:0.5
LIGHT GOLD(U‐5.7 W/m²∙°C)
SHGC:0.5
ST 150(U‐5.6 W/m²∙°C)
SHGC:0.53
Composite Climate ‐U‐value 5.7 W/m² °C,
SC – 042
SCHEDULES: People
14Energy Analysis & Simulation Report
BEDROOM Timing percentage(%)
People
Midnight 07:00 AM 80
07:00 AM 10:00 PM 20
10:00 PM Midnight 70
LIVING ROOM Timing percentage(%)
People
Midnight 07:00 AM 0
07:00 AM 10:00 AM 30
10:00 AM 06:00 PM 50
06:00 PM 10:00 PM 30
10:00 PM Midnight 0
KITCHEN Timing percentage(%)
People
Midnight 07:00 AM 0
07:00 AM 09:00 AM 80
09:00 AM 01:00 PM 0
01:00 PM 02:00 PM 80
02:00 PM 07:00 PM 0
07:00 PM 09:00 PM 80
09:00 PM Midnight 0
Supertech
SCHEDULES: Lighting
15Energy Analysis & Simulation Report
BEDROOM Timing percentage(%)
LIGHTINGMidnight 06:00 PM 1006:00 PM Midnight 60
LIVING ROOM Timing percentage(%)
LIGHTINGMidnight 06:00 PM 1006:00 PM Midnight 60
KITCHEN Timing percentage(%)
LIGHTING
Midnight 07:00 AM 507:00 AM 09:00 AM 6009:00 AM 06:00 PM 006:00 PM 10:00 PM 8010:00 PM Midnight 5
PASSAGE/LOBBY Timing percentage(%)
LIGHTINGMidnight 06:00 AM 2006:00 AM 07:00 PM 006:00 PM Midnight 70
BASEMENT PARKING Timing percentage(%)
LIGHTINGMidnight 07:00 AM 6007:00 AM 06:00 PM 2006:00 PM Midnight 80
Supertech
SCHEDULES: Miscellaneous / Equipments
16Energy Analysis & Simulation Report
BEDROOM Timing percentage(%)
Misc. / Equipments
Midnight 07:00 AM 10
07:00 AM 10:00 AM 20
10:00 AM 06:00 PM 50
06:00 PM 10:00 PM 80
10:00 PM Midnight 20
LIVING ROOM Timing percentage(%)
Misc. / Equipments
Midnight 07:00 AM 0
07:00 AM 10:00 AM 20
10:00 AM 06:00 PM 50
06:00 PM 10:00 PM 70
10:00 PM Midnight 20
KITCHEN Timing percentage(%)
Misc. / Equipments
Midnight 07:00 AM 10
07:00 AM 09:00 AM 70
09:00 AM 01:00 PM 20
01:00 PM 02:00 PM 40
02:00 PM 07:00 PM 20
07:00 PM 09:00 PM 70
09:00 PM Midnight 10
Supertech
UNDERTAKING FOR CER ACTIVITIES
The project proponent will undertake the socioeconomic development activities under Corporate Environmental responsibilities (CER).M/s Revital Reality Pvt Ltd will make contributions to the environmental cause through investments. The thrusts areas will be health, education, infrastructure and livelihood. The company will undertake the following activities in a phased manner during the post construction period. These activities have been identified based on a need based survey conducted by the company. It is ensured that the activities selected for development and based on community need. The activities proposed to be undertaken by us along with expenditure are indicated in the below
Order of
Preference
Activities suggested by the communities during need assessment survey,
for implementation
Estimated
expenditure
(Rs Lacs)
1 Promoting Education
Govt. Sr. Sec. School at Village Nurangpur
Constructing school roads, boundary, setting up computer lab. Providing chairs and fans at schools.
80
2. Women entrepreneurship in and around Village-Naurangpur
The entrepreneurship development of rural women will focus on art and craft based training imparted to these target communities not just to make them employable but also to develop market linkage to that they can sell their finished product to end consumers. The training program will be of 5 month followed by product manufacturing and its marketing.
40
3. Skill development (Electrician, Beautician, retail, digital awareness, evening class for local labour children) for livelihood generation
Setting up Vocational Training Institutes in nearby villages 55
4. Providing safe drinking water in schools at village-Naurangpur, Sehrawan 45
5. Construction/Renovation of toilets and building infrastructure in the existing schools near Village-Naurangpur thus contributing to Swach Bharat Abhiyan of Central Govt.
72
Total 292
For Revital Reality Pvt Ltd
Authorized Signatory
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