Headquarters
The Energy and Resources Institute (TERI)
Darbari Seth Block, Core 6C,
India Habitat Centre, Lodhi Road,
New Delhi - 110 003, India
TERI is committed to offering expert training across various research fields to enhance the skills of both professionals and students. These courses aim to provide individuals eager to expand their knowledge and competencies in the sector with access to cutting-edge information.
The project aims at remediation and reclamation of Hexachlorocyclohexane (HCH) dumpsite by the use of biostimulation (BS), bioaugmentation (BA), phytoremediation (Phyto) and combinations thereof. The HCH dumpsite located in the Umari village on the outskirts of Lucknow in Banrabanki district was acquired by the State Forest Department. The objective of this project is to large-scale production of HCH-degrading microbial consortia and reclamation of HCH contaminated sites by implementation of bioremediation (bio-augmentation and bio-stimulation).
Enhanced Coal Bed Methane (CBM) Recovery
Main objective(s): To revalidate the enhanced biological methane from coal seams
Key outcomes/outputsIndia’s energy transition places strong emphasis on increasing the share of natural gas while reducing dependence on imported LNG. Coal Bed Methane (CBM) represents a significant domestic resource; however, recovery remains sub-optimal across major basins such as Jharia, Bokaro, and Raniganj due to inherent reservoir constraints and declining well performance.
Bioconversion of Carbon Dioxide to Methane in CBM Wells
Main objective(s) : Feasibility and Demonstration of Biocatalytic and Bioaugmentation Processes for CO₂ Methanation in CBM Wells of Bokaro
Physical examination of the Dighalipukhuri pond revealed trophic stratification and aquatic life including fishes. Realising the historical importance of the pond and aesthetics facilitation it was decided that natural remedial process would be helpful.
In an earlier project rubber wastewater discharge has been remediated with biofilm developed by microalgal and bacteria consortia isolated from waste. Lead findings are microalgae/bacteria either in planktonic or biofilm environment the wastewater pH rose from 4 to 12 in a week with substantial reduction of N, PO4, COD and TDS. The alkaline water requires neutralization before recycling/disposal to environment with H ions create sludge. The raised pH in medium with microalga growth is due to sequestration of dissolved CO2 into biomass.
Taxol is one of the essential medicines listed by the World Health Organization as a cytotoxic drug that kills cancer cells. Due to the slow growing nature of the Taxus plant, the drug is very expensive to manufacturer and thus not sustainable. Polyisoprenylated benzophenones (PIB) are the class of secondary metabolites which exhibited taxol mimic properties in both in vitro and in vivo assays. The genus Garcinia has been reported to be the main source of PIB.
The research project would identify fatty acid dissolving fungal strain and their possible usages in biopesticide formulation with higher biocontrol potential, lesser variation yet safer for predators and pollinators.
The Department of Biotechnology, Govt of India established its fifth bioenergy centre of excellence ‘DBT-TERI Centre of Excellence in Advanced Biofuel and Bio-commodities' at TERI. This centre aims at development of technologies for production of advanced biofuels; Algal biodiesel, pyrolytic oil, Biohydrogen; and Bio-commodities; 2, 3 Butane Diol, acrolyn, high value pigments, bio plastic, aqua feed and animal feed, from third generation feed (algae and aquatic macrophytes) in a bio-refinery approach.
Enzymatic retting and processing of banana fibers with mycogenic pectinase supported by standardization of effective surface modification treatments parameter through mycogenic laccase enzymes will results in solution of simple processing and their utilization perspective as renewable fiber sources to open the ways for industrial areas of uses.