Vision

 Sustainable Sites:

1. Erosion and Sedimentation Control
2. Alternative Fuel Vehicles
3. Vegetated Open Space
4. Storm Water (Quantity & Quality Control)
5. Heat Island Effect (Building & Parking Roof)
6. Light Pollution Reduction
7. Bicycle Storage & Changing Rooms

   Water Efficiency:

1. Water Use Reduction
2. Water Reuse (Landscaping & Flushing)

 

Energy & Atmosphere:

1. On Site Renewable Energy
2. Enhanced Refrigerant Management
3. Purchase of Green Power

 Materials & Resources:

1. Building Reuse (Existing Walls, Floors, Roof & 50% of Interior Non Structural Elements)
2. Construction Waste Management
3. Recycled Content
4. Regional Materials
5. Certified Wood

  Indoor Environmental Quality:

1. Increased Ventilation
2. Low-Emitting Materials (Adhesives, Sealants, Paints, Coating, Flooring, Composite Wood & Agri Fiber Products)
3. Controllability Systems (Lighting & Thermal Control)
4. Daylight & Views

Innovation & Design:

The flowing ideas are expected to achieve exemplary performance in Innovation & Design:

1.Innovative Waste Management System

a) Water Use Reduction

b) Water Technologies-Water Treatment System

c) Constructive Waste Management

d) Waste to Fabric

e) Sludge to Fertilizer

2. Heat Island Effect-Parking Roof

3. Green Education Program

4. Renewable Energy – Solar Panel Implementation

5. Drip Irrigation Systems to Landscape Area

6. Individual Task Light to Office Area & Production Machines

7. Plastic Waste to Polyester

Community Connectivity:

Proximity of residential zone and basic amenities is determined by us:

1. Bank
2. Place of Worship
3. Convenience Grocery
4. Beauty Salon
5. Hardware
6. Laundry
7. Library
8. Restaurant
9. School
10. Supermarket
11. Fitness Center
12. Senior Care Facility

Roof Garden:

We have provided 60% of roof garden for the factory building with potted plants, which in turn decreases the heat island effect and also increases the cooling effect the building. The potted plants bed in with native species.

 Landscaping with Native Species:

In addition to roof garden, we have provided landscape area equal building footprint with native species such as Jackfruit, Mango, Sapota, Ficus, Neem Moringa, Jasmine, Kamini, Hibiscus etc. More than two types of turf have been installed & embedded with Bermuda Grass & Lemon Grass.

Green Posters:

For effective use of electricity, water and waste management within the project building, we have installed “Green Posters” to educate and bring awareness among the staffs working in the building and all the occupants can easily view and read.

Water Use Reduction:

Water efficient fixtures (flow and flush fixtures) will be used to reduce the water consumption. Moreover,45% of the water consumption  will be reduced and daily water use by the employees in the wash basin will be re-used for gardening and that initiatives will save about 250 liters of water/day.

Filtration Unit:

Strom water from rooftop shall be collected and diverted to rain water harvesting sump through storm water pipes and manhole system. Filtration unit will be provided before rain water harvesting sump. The suspended matter will be collected in filtration unit, which will be cleaned periodically as needed. The 350,000 Sq. Ft roof top rain water harvesting system will be used for fabric dyeing, washing and other purposes, approximately 35 million liters  of underground water will save every year.

On Site Renewable Energy:

We have planned to install “Solar Photovoltaic Panels” of capacity 10KW.

Fresh Air Supply System:

In line Ventilation Fans/Wall Mounted Propeller Fans has been provided in non-air conditioned spaces. In addition, intended to provide minimum of 40% additional fresh air over ASHRAE 62.1. standard by Energy Recovery Ventilator unit (ERV), fresh air fan for all “Occupied Air Conditioned Spaces”, exhaust rates over 40% from ASHRAE exhaust standard for non-occupied spaces.