Headquarters
The Energy and Resources Institute (TERI)
Darbari Seth Block, Core 6C,
India Habitat Centre, Lodhi Road,
New Delhi - 110 003, India
The project objective is to study the Economic Rate of Return (ERR) for various Renewable Energy Technologies (RETs) in India. The study comprises determination of Financial Rate of Return (FRR) for various RETs (solar/wind/biomass/ small hydro etc.) based on primary research and estimation of ERR based on secondary research of socio-economic costs and benefits from each RET, e.g. savings in carbon emissions, local air pollution, avoided health impacts, employment generation etc.
Fine particulate matter is the pollutant of most concern in developing countries today on the basis of exposure, toxicity, and ambient concentrations. Two major contributors in transport to fine particulate air pollution are diesel vehicles and two-stroke engine gasoline vehicles. Due to strong motorization, India has become one of the biggest emitters of atmospheric pollutants. The country's fuel consumption in the transport sector has approximately doubled in every ten years since 1980.
The main objectives of the proposed study are to: a. measure air pollutants concentrations (criteria pollutants) at different area categories of Ludhiana city b. prepare grid-wise emission inventory accounting for various pollution sources in Ludhiana city c. project emission inventories for future under different control options d. conduct source apportionment study of particulate matter (PM10 and PM2.5) e. preparation of an air quality action plan after prioritising of control options
India is blessed with 14 major, 55 minor and numerous small rivers. However, many of these rivers are polluted due to disposal of sewage into these water bodies. There is no sign of river pollution being stopped. It is increasing day by day. There are several sources of water pollution, which deteriorate the river water quality. Industries discharge their liquid waste products into rivers. Our agriculture practice that uses chemical fertilizers and pesticides also contribute to river pollution as rainwater drains these chemicals into the rivers.
The objective of the proposed project is to design and engineer cold storage container using bio-waste as energy source. Using bio-waste as energy source reduces high losses in food production and storage that is caused due to missing cold storage and cooling chains in developing and emerging countries. Such countries are also affected by a lack of bio-waste treatment and uncontrolled dumping, which highly compromises on the hygiene of the public. As bio-waste and cooling demand often occur at the same time in the food industry (e.g.
The objectives of the Study are to: Understand the factors that are impeding adoption of four-wheeled passenger vehicles in Indian cities; Suggest policy interventions required to increase their adoption. The focus of the study will be on four-wheeled passenger cars, which include both individually owned and fleet.
The objective of this study is to ascertain the incremental cost as an outcome of building green (considered as certified third party rating system) in housing projects in India (for various segments) and identify and prioritize technologies with the goal achieving at least 20% reduction in this incremental cost. Through this study TERI proposes to offer its service to: evaluate various building material and technologies to ascertain the incremental cost towards greener construction of housing projects in India;
Creating a Comprehensive Village Development Plan (CVDP) for Matmora Gaon Panchayat, Lakhimpur district, Assam concentrating on investment in community resources, common natural resources, water management activities, and small village infrastructure that would directly enhance local livelihood activities undertaken by SHGs or other village level institutions, household level vital amenities that help improve social status, energy, sanitation, drinking water etc.
The project aims to organise the environmental quiz competition - Green Olympiad - in schools all over India for senior and junior students.
The objectives of the projects are to: strengthen the data inventory of energy intensive MSME clusters and support data driven policy making in this sector; build the knowledge capacity of the shop floor technicians pertaining to energy efficiency practices in the MSME units. This will help improve the energy efficiency performance of the overall MSME sector of India.