Headquarters
The Energy and Resources Institute (TERI)
Darbari Seth Block, Core 6C,
India Habitat Centre, Lodhi Road,
New Delhi - 110 003, India
The project focuses on carrying out research on the cutting-edge topics in energy and environment fields in India like hydrogen, biomass energy, electric vehicle, carbon capture, utilisation and storage (CCUS), etc. through secondary research and interactions with key stakeholders.
The main objective of this project is to support IGES in conducting the Survey and Workshops on Green Innovation related to the Green Finance for Sustainable Lifestyles in India, as a fulfilment of the requirement under the FY2021 MOEJ (Ministry of Environment, Japan) commissioned work on Green Innovation related to the Green Finance for Sustainable Lifestyles.
The project aims to:
i) develop baseline energy/resource consumption figures for Non- PAT industries from six sub sectors in secondary steel sector, to have a basis for energy efficiency improvement.
ii) establish process benchmarks to capacitate stakeholders with necessary information for energy efficiency related decision making.
iii) projecting various scenarios of the sector for decision/ policy makers.
TERI proposes to undertake the following activities in collaboration with SIMA (Sponge Iron Manufacturers Association ) in the coal-based DRI production process: - Detailed mapping of DRI production units and shortlisting 2-3 prominent coal-based DRI manufacturing clusters representing domestic production ranges, existing and proposed capacity, operating practices etc. - Explore possibilities of using NG as transitional fuel in the identified clusters vis-à-vis planned upgradation of NG infrastructure in the region.
The project will undertake the following activities:
The main objectives of this project are to: • Follow up previous FS sites on 5 Japanese low carbon technologies (LCTs) to develop an FS case study booklet introducing adoption of, best-operating practices, energy-saving, and economic impacts, etc. and to conduct follow-up interviews from energy auditors and/or managers who participated in ToTs. • Organize one webinar (on-line WS, seminar, training, etc.) on Japanese LCTs to promote the exchange between Hyogo prefecture and Gujarat state based on their MoU.
It consists of the following activities. 1) Sharing with IGES reference documents available about technologies, policies and measures to promote energy efficiency in two sectors of textile and foundry of the target states in India. 2) Conducting interviews with related stakeholders. 3) Updating information on financial schemes for Indian small and medium-sized enterprises (SMEs) in the JITMAP website.
This programme aims to build an evidence base and agree on a roadmap for industrial decarbonisation in key sectors by 2024. The sectors include Iron & steel, cement and related micro, small and medium enterprises. The programme envisions to achieve it through relevant frameworks including policies, low carbon technologies, finance and adequate corporate commitment. Major activities to be undertaken are: Developing targets and sectoral roadmaps for low carbon transition in key industries;
The objective of the study is to examine the present level of energy consumption of various facilities/ equipment and assess their operational performance to identify implementable energy conservation measures (ECMs). The specific objectives of the proposed study are as follows: I) To identify thrust areas for energy conservation. ii) To recommend new energy-efficient technologies and best operating practices. iii) To quantify the extent of energy savings/reduction in energy bills achievable.
A data analysis of secondary steel sub-sectors at cluster level will be carried out to assess the energy consumption of the sector. The secondary steel sub-sectors covered under the study include foundry, forging, steel re-rolling, sponge iron, electric arc furnace and electric induction furnace. The project will identify potential clusters in each sub sector for deep diving activities by developing a selection matrix.