Headquarters
The Energy and Resources Institute (TERI)
Darbari Seth Block, Core 6C,
India Habitat Centre, Lodhi Road,
New Delhi - 110 003, India
Projects
Toyota Asian Ozone project
October 1, 2008 to April 6, 2011
| Completed Project
The international collaborative project, supported by Toyota Motor corporation, focuses on the need to achieve economic growth by meeting the energy needs while ensuring at the same time that environmental issues such as ozone pollution are adequately addressed.
Setting up of Biomethanation plant at CIDCO Bhavan for management of canteen waste
October 1, 2008 to February 25, 2011
| Completed Project
1/ Designing, providing, construction, Erection & Commissioning of Biomethanation Plant for the treatment of canteen waste including operation and maintenance for six months after the ocnstruction at CIDCO Bhavan, CBD Belapur based on TERI's design - TEAM Technology2/ Supervision during the construction of the plant
I-O modeling economy-energy-environment
October 1, 2008 to June 30, 2010
| Completed Project
This study is being undertaken jointly with Keio University to formulate an environmental I-O for India that can link with a global model. In the first phase the Indian I-O matrix was transformed into an energy I-O.
Study on Improved Rural Electricity Services through Renewable Energy Based Distributed Power Generation
October 1, 2008 to January 10, 2010
| Completed Project
To develop a sustainable service delivery model for improvements in rural electricity supply through DG and supply of power using renewables sources of energy
Energy Audit of Piramal Glass Limited, Kosamba, Surat
September 21, 2008 to June 14, 2009
| Completed Project
In the proposed Energy Audit study the plant equipment / system such as Electrical system, Electric drives, Glass melting furnaces, Annealing Lehrs, Compressed air systems, fans and blowers, pumping system and cooling towers, Lighting (Plant and Residential area) has to be covered.
Comparative Evaluation of Various Advance Chemical Treatment Technologies for the Degradation of Chlorinated Pesticides
September 8, 2008 to September 21, 2010
| Completed Project
The project involves laboratory scale experiments for the degradation of chlorinated pesticides namely, Endosulfan and Lindane. Various chemical technologies like Fenton, Photocatalysis, Ozonation, Bimetallic reduction would be tried. The Degradation pathways and intermediates and end products would also be expolred and identified.
Heavy metal assessment of Yamuna River Water
September 1, 2008 to June 22, 2012
| Completed Project
Heavy metals reach our air, water, and soil predominantly as a result of industrial activities. Rising levels in soil over a long period are a major concern because of health risks caused even by low degree of exposure. Cadmium, Lead and Mercury has been particularly implicated for adverse effects on health.
Sustainable Energy Technology at Work: Thematic promotion of energy efficiency and energy saving technologies in the Carbon markets
September 1, 2008 to June 30, 2011
| Completed Project
The overall objective of the SETatWork proposal is to undertake thematic promotion of energy efficiency and saving technologies in industry sectors connected with the carbon markets Core actions are: (1) Identification of concrete projects in `ETS Companies' (WP3). (2) Matchmaking events bringing market actors together for project realization (WP4).
Catalytic control of NOx emissions using waste derived oxide supported transition metals catalyst
September 1, 2008 to November 21, 2010
| Completed Project
Certain oxide and oxide supported transition metals are used as catalysts for NOx reduction. An economically attractive option for obtaining such catalysts is from wastes. For instance, red mud which is a waste obtained during processing of aluminium ore bauxite is rich in Fe2O3 and is a potential catalyst.
Possible Impacts of relatively severe climate change
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September 1, 2008 to March 16, 2010
| Completed Project
A1Fi storylines looks into the higher range of emissions and therefore relates to severe impacts. This study seeks to carry out an assessment of these impacts over North India and seeks to suggest measures that help close the feedback loops.