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Award Category:
Innovation for Climate Protection.
The patent office of the Government of India (A – KOL/180) dated 21.10.2005 grants patent to the innovation. With reference to the IS 4246 burner of the 64 per cent known thermal efficiency, the present system by its form and function is designed to imply a reduction of LPG consumption to 131 gm/hr from 189 gm/hr.
This is expected to extend the use of LPG and reduce emission intensities caused by burning of fuel; optimum resource utilization through efficient use. It becomes important to understand and promote the application and the innovation especially when the potential to reach out to a large section of the society is additionally implied and at the same time help address market related barriers.
Taraknath has developed an Electronic LPG optimum burning system. It is meant to regulate the flow of gas in the and therefore making efficient use of fuel in the burners used predominantly in domestic gas – cooking system. His innovation has been assessed and granted patent by the patent office of the Government of India (A – KOL/180) on 21.10.2005. The innovation by its form and function is designed to imply a reduction of LPG consumption to 131 gm/hr from 189 gm/hr in these systems. This is expected to extend the use of LPG and reduce emission intensities caused by burning of fuel; optimum resource utilization through efficient use.
It is therefore important to understand and promote the application and the innovation especially when the potential to reach out to a large section of the society is additionally implied and at the same time help address market related barriers.

ONGC
ONGC’ s has introduced a waste heat recovery project, a flare gas recovery project, a gas flaring reduction project and many other initiatives which have resulted in reduction of CO2 emission by approximately 1 million tons of CO2 per annum.
The technology adopted by ONGC for its Gas Flaring Project at its Uran project is the first of its kind and for this ONGC. In addition, ONGC has also taken up a number of community development projects for community awareness with respect to climate change.
Welspun
Welspun’s energy efficiency and fuel switchover project involves installation of an energy efficient 5.9 MW gas turbine with a Waste heat recovery system and vapor absorption chillers that has helped reduced GHG emissions significantly. In addition, Welspun has taken numerous initiatives towards overall development of the society and the environment.
Tata Sponge Iron Limited
Tata Sponge uses the content of kiln gas to generate power in waste heat recovery power plants. The project activity has resulted in the generation of 26MW of electicity from waste gasses for in-house consumption. The company also exports its excess capacity to the local grid resulting in the reduction of GHGs. Tata sponge contributes extensively to local employment and social needs through several other initiatives.

Award Category:
Community Led Actions on Mitigation and Adaptation to climate change.
A Charitable Trust started in 1953. Salient features:
- Work carried out in Dharampur and Kaprada talukas of Valsad district, Gujarat since 1988.
- Covered 231 villages extending over 1650 sq.km including areas in forests.
- Though the region receives about 100 – 150 inches of rainfall, water would run off due to
the hilly terrain. This caused severe water shortage and related stresses of lack of access.

Salient features:
- Work carried out in five mandals of Rangareddy district, Andra Pradesh
- Fodder and livestock development over 528 acres
- Represents initiatives by community organization with support from diverse sources.
- 20, 250 acres of fallow land have been brought under cultivation; including 772 acres
of horticulture development

- 4.29 lakh hectares of drought – prone land treated
- 140 different types of land treatments are implemented
- Gross irrigated area increased by 23% through ground water recharge
- Reduced run off at an average of 18 cu.m per hectare using various soil and water
conservation measures; reduced soil erosion and enhanced water availability in surface
water bodies by over two months