Knowledge

The project activity uses renewable wind energy to generate power. The capacity of the project is 6.25 MW (5 X 1.25 MW) in the State of Madhya Pradesh.

Registration date: 9/02/2006

CER Potential 11200 per annum

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This is a wind energy project of capacity 8.75 MW comprising 7 Wind Turbine Generators (WTG’s) of 1.25MW each. The WTG’s are located at sites Bhogat, Lamba and Mandvi in the state of Gujarat

The project activity is executed in a phased manner during March 2003 to March 2005. The project wheels electricity, produced at wind energy farms, using state grid to the investing company for its own use.

Registration date: 1/02/2007

CER Potential 15342 per annum

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BF Utilities Limited (BFUL) generates electrical power using wind energy at their wind farm at Satara district, Maharashtra. Power is wheeled to a group company Bharat Forge Limited (BFL) which is one of the largest Forged component manufacturers in the world. MSEB grid network is used for transmission of power to BFL plant. The capacity of the project is 14.65 MW.

Registration date:9/03/2007

Average CER Potential 22577 per annum

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To meet electricity demand in its plant at Pune, Bharat Forge had decided to implement 4.2 MW wind energy power project in district Satara, Maharastra. There are 7 wind mills of 600 KW capacity each in this wind farm. Entire electricity generate is used in BFL plant, via MSEB grid network.

Registration date: 4/01/2007

CER Potential 8234 per annum

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The project activity is a Wind energy based power generation project of capacity 15 MW, 12 Wind Turbine Generators (WTGs) of 1.25MW each. The WTGs are located in Districts Chitradurga in Karnataka, Tirunelveli in Tamilnadu, Sangli and Dhule in Maharashtra.

Registration date: 8/04/2007

CER Potential 33019 per annum

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In the normal course distilleries in India adopt open lagoon treatment systems for meeting the pollution control standards of BOD/COD of the Spent-Wash before its discharge. But in open lagoon system Methane, a potent GHG, is generated due to the anaerobic conditions which escape into atmosphere and there is no control or capturing involved. This project activity entails treatment of this high BOD/COD Spent-Wash anaerobically in a closed digester and capturing the Methane generated in a controlled manner. The Methane captured is combusted in a boiler for steam generation and further to generate power through a turbo-generator. The capacity of the power generation plant is ~1.0 MW.

Registration date: 9/09/2006

CER Potential 44729 per annum

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In the project activity, PP is setting up one Municipal Solid Waste (MSW) processing plant. The facility entails MSW processing to derive Refuse Derived Fuel (RDF), which shall be used in a thermal power plant of PP. MSW for processing would be received from various collection centres in the city.

The estimated quantity of MSW currently available for processing in the RDF plant is 350 TPD and is expected to reach up to 500 TPD in coming years. The proposed processing plant has the capacity to treat 500 TPD of MSW.

Registration date: 4/09/2006

CER Potential 40308 per annum

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The company is planning to setup a new power plant using biomass (mainly rice-husk) available in the region. The power generated in the plant will be used by own steel plant (expected to start operations in 2007) using direct transmission line.

Registration date: 5/06/2006

CER Potential 46098 per annum

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For meeting the plant’s Thermal energy requirement, an 8TPH LSHS based boiler has been installed as a primary source. However in order to eliminate the use of the LSHS boiler, a 4.6 TPH waste heat recovery boiler (WHRB) has been installed, which utilizes the waste gases from IC engines. The project activity helps in improving energy efficiency in the plant by cutting losses through utilization of waste gases. In the absence of the project activity, steam would have been generated using the 8 TPH LSHS boiler, which has been installed as a primary option (it is used as fallback option after commissioning of WHRB). This has resulted in GHG emissions reduction associated with the burning of LSHS.

Registration date: 7/11/2006

CER Potential 8791 per annum

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This is a biomass based power project. The power generated would be supplied to the state grid. This power would displace power from grid connected power stations and thus help in cutting GHG emissions in the grid.

Registration date: 8/04/2007

CER Potential 66785 per annum

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The company has set up an integrated sponge iron plant of 2,10,000 MT capacity at Village Siltara, district Raipur, Chattisgarh. There are 2 X 350 TPD Kiln and 2 X 100 TPD Kiln for sponge iron production. Total Heat Energy as available from the Direct Reduced Iron (DRI) Gas of 2 X 350 TPD Kiln and 2 X 100 TPD Kiln, on conversion to Electrical Energy, produces about 25 MW of Electrical Power respectively. Harnessing this Power by establishing a suitably designed Captive Power Plant at the tail end of the 4 numbers of DRI Kilns enables the company to be self reliant in the arena of Power requirement for production of Steel and to reduce emissions of green house gases into the atmosphere by displacing grid power use as the case was prior project activity which is primarily fossil fuel based.

Registration date: 7/12/2006

CER Potential 116773 per annum

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HFC-23 is an inevitable by-product generated during production of HCFC-22. HFC-23 has a high Global Warming Potential (GWP) (11700 – reference: The IPCC 2nd Assessment Report).

As there is no active market for sale of HFC-23 and as there are also no regulatory mandates by the Government of India to destroy it, HFC-23 is normally released into the atmosphere. It is technically possible to eliminate HFC-23 but abatement procedure requires intervention and carries capital and operating cost. Being environmentally & socially conscious, company has decided to undertake the project activity of capturing and decomposing HFC 23 that would otherwise be released in to the atmosphere and back it up with the revenues generated from CER sale accruing from it.

Registration date: 6/02/2007

CER Potential 539163 per annum

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Allain Duhangan Hydroelectric Project (ADHP) is a run-of the-river 192 MW hydro power project at the confluence of Allain & Duhangan rivulets at Pirni village in Manali town of Kullu district in Himachal Pradesh state of India. This is a new hydroelectric project, currently with a reservoir having a power density of 6508.4746 W/ m2. The proposed project consists of high head underground power plant that would utilize flows from a combination of glacial snow melt and monsoon rains in these two rivulets for the purpose of harnessing hydro power.

The power generated at the project would be fed into Northern Regional Grid (NR Grid) of India. A 220 kV power transmission line (of approximately 185km length) is proposed to be constructed to evacuate power from the project, to an existing substation at Nalagarh, from where it will be fed to the NR Grid.

Registration date: 7/05/2007

CER Potential 494668 per annum

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Kemphole Mini Hydel Scheme (KMHS) is an 18 MW (3 X 6 MW) Run-of-the-River hydro power project located at Kemphole stream in Hassan district of Karnataka in India. The main activity of the project is generation of electricity using hydro potential available in Kemphole stream and exporting the generated power to Karnataka Power Transmission Corporation Ltd. (KPTCL) as per power purchase agreement between two of them.

KMHS project was completed in two stages; in first stage 2X6 MW units were installed (20th Oct 2003, 20th Nov 2003), in second stage 6 MW was installed (10th Jan 2005). The project activity tilizes the water flow and fall available in the Kemphole stream. The project location is situated in dense forests of the Kemphole reserve forest and there is no habitation in the near by area. The project does not involve any displacement of local population and associated rehabilitations. The project uses horizontal Francis turbines for power generation.

Registration date: 5/05/2006

CER Potential 35775 per annum

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