This document provides an overview of green building techniques for sustainable development. It discusses rating systems for green buildings like LEED and BREEAM. It also outlines various green building techniques used, including site planning, landscaping, orientation, lighting and ventilation, energy efficiency, indoor air quality, rainwater harvesting, and solid waste management. Specific techniques are described, such as using solar panels, windmills, and green materials like fly ash bricks. The document concludes with case studies and references.

1. GREEN BUILDING
FOR SUSTAINABLE DEVELOPMENT
A
PRESENTATION
ON

2. CONTENT
1. Introduction
2. Rating Systems of Green building
3. Techniques Used In The Green Building
4. Green Materials
5. Design Of Residential Green Building
6. Case studies
7. Conclusion
8. References

3. 1 INTRODUCTION

4. 2 RATING SYSTEMS
• BREEAM
• LEED
• HK–Beam
• GRIHA - The national rating system

5. 3 TECHNIQUES USED IN GREEN
BUILDING
i. Site planning
ii. Landscaping
iii. Orientation
iv. Lighting and ventilation
v. Energy efficiency
A. Solar power system
B. Solar water heating systems
C. Windmill
vi. Indoor air quality
vii. Rain water harvesting
viii. Solid waste management

6. i. SITE PLANNING
TREE PLANTATION AIR POLLUTION CONTROL

7. ii. LANDSCAPING
iii.ORIENTATION
THE SUN’S PATH IN THE SKY

8. iv. VENTILATION AND LIGHTING
• NATURAL VENTILATION

9. • CROSS VENTILATION

10. LIGHTING
LIGHTING THROUGH DOOR AND WINDOW

11. Light pipes

12. Light through light mirrors

13. vi.ENERGY EFFIENCY
A. Solar photovoltaic systems
B. Solar water heating systems
C. Windmill

14. A. SOLAR PHOTOVOLTAIC SYSTEMS

15. B. SOLAR WATER HEATING SYSTEMS

16. C. WINDMILL

17. vii. INDOOR AIR QUALITY

18. Vii. RAIN WATER HARVESTING

19. Viii. SOLID WASTE MANAGEMENT
Steps in Waste Management

20. 4. GREEN MATERIALS
• Fly ash
• Cement from rice husk
• Fly-ash bricks
• Foam
• Cellular light weight concrete
• Autoclaved aerated concrete
• Green paint
• Fine aggregate from ground waste tire
rubber

21. 5. DESIGN OF GREEN BUILDING
• Site planning
• Orientation
• Landscaping
• Design for light
• Design for ventilation
• Design of solar panel
• Design of rainwater harvesting system
• Design of Septic Tank
• Materials for constructions

22. 6 CONCLUSION

23. REFERENCES
• Anil Sain Mathur, “Building Fixtures”, Civil Engg. And Construction Review, Volume: 21,
September-2012, Page no. 88 to 90.
• “Construction Materials for Green Building” Civil Engineering and Construction Review, Vol.22-
January 2009.
• Dr. R. Kuberan, “Codes and standards needed to make existing building green”, Civil Engg. And
Construction Review, Volume: 25, November-2012, Page no. 8 to 11.
• IAQ 1996 CONFERENCE, Baltimore, Maryland, October 6-8 1996 Teichman, Kivin Y. (editor),
“Path to better Building Environment” Ashrae 1996 Page no. 139 to 150
• Krishnendu Mukhergi, “Building Fixtures”, Civil Engg. And Construction Review, Volume: 21,
September-2012, Page no.108 to 114.
• Noyes Robert, Handbook of Pollution Control processes.
• Pdf on Rain Water Harvesting Aug 2008 of Indian Railways Institute of Civil Engineering, Pune
411001
• Rao C.S., Environmental Pollution Control Engg.
• “Sustainable building construction and infrastructure magazine”, Omnimedia
• Publications India Pvt. Ltd., Volume: 01, Winter-2013.
• S. K. Garg “Water Supply Engineering” vol. 2.
• Shetty M.S., Concrete Technology, Theory and Practice, S. Chand &Company LTD., Ram
Nagar, New Delhi – 110055.

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