2. PREPARE BY : ENROLLMENT NO. 1. MODI YATISH V. 130640106060 2. PADHIYAR VAIBHAV R. 130640106065 3. MISHTRY PINKAL 130640106059 4. MUNSHI NEEL 130640106063 5. THAKKAR MOHIT 130640106061 REFER BY:- 1. RUCHEE SHARMA MAM 2. VYAS SIR

3. SUBJECT BUILDING CONSTRUCTIONTOPIC GREEN BUILDING

4. Agenda  Overview of Green Building  Green Building Standards  Green Building Incentives  Green Building Issues – Leasing  Green Building Issues – Design and Construction

5. What is Green Building?  EPA definition: “Green or sustainable building is the practice of creating healthier and more resource-efficient models of construction, renovation, operation, maintenance, and demolition.”  More than just installing solar panels on your roof

6. Why is Green Building Important?  8000lbs of waste are typically thrown into a landfill during the construction of a 2000sqft home  The buildings in the US consume more than twice as much energy as all the cars in the US  Buildings account for 68% of total electricity consumption in the US  Buildings use 80% of total drinking water consumption in the US  Indoor levels of pollution are commonly 2 to 5 times higher than outdoor pollution levels

7. Overview of Green Building  Green Building Standards  Green Building Incentives  Green Building Leasing  Green Building Design and Construction

8. Is “Green” real or just a marketing fad?  Does certification under LEED or any of the other “Green” rating systems bring meaningful environmental or economic benefit?

9. Green Building Standards  LEED – Leadership in Energy and Environmental Design  Administered by the U. S. Green Building Council  Voluntary, consensus-based system

10. Construction  Construction waste accounts for 10 to as much as 30% of municipal waste stream  Goal: Reduce / Reuse / Recycle  Building design based on standard sizes of materials  Buy higher quality to reduce rejects  Recycle (use scraps)  Train crew  Renovate an existing building

11. Building Design Goal: To design the building so that it requires less energy/water and is healthier for inhabitants when it is complete and in use  Air ducts for an efficient and healthy air flow  Insulation  Windows designed for maximum daylight  Passive Solar Control  Solar Cells  Heat Exchanger for climate control system  Location

12. Materials Goal: Choose materials that have low environmental costs and do not contribute to indoor air pollution  Engineered Lumber (recycled and reclaimed material)  Doors and Windows (energy and placement)  Floor Coverings (recycled with no off-gassing)  Roof Materials (Reflective and light)  Energy Efficient Appliances

13. Obstacles  93% of consumers worry about their home’s environmental performance. However, only 18% are willing to pay more to reduce the impact.  There are higher initial costs for Green Building  Customers are concerned they would be sacrificing comfort

14. Support for Green Building  LEED (Leadership in Energy and Environmental Design)  Green Building Rating System  Voluntary  City Programs  Create funds and incentives to encourage green building  Austin, Seattle, Berkeley, Portland, San Jose, Arlington  Internet Sites offer tons of guidance

15. Conclusions  Green Building Certifications present a moving target  Critical to work with clients early and continuously to determine goals and objectives  Focus on objective performance measures and clear allocation of risks and responsibilities  Green building issues are presented in nearly every phase of development – look for opportunities to improve old practices and “boiler plate”  Don’t get bogged down, but don’t be afraid to innovate