The project focuses on conversion of waste tyres into high end commercial products using advanced thermo-Chemical technology integrated with downstream upgradation techniques. The overall aim is to utilize this solid waste for production of high valu
Section: Chemical Sciences (Research Project)
Related:
Catalytic/Non-catalytic Co-Hydrothermal
Catalytic/Non-catalytic Co-Hydrothermal Liquefaction of Integrated Plastic Wastes with Food Waste/Agricultural Residue to Produce Renewable Transportation Fuel
Research Project › Engineering Sciences
CSIR Aroma
CSIR Aroma Mission: Catalysing Rural Empowerment through Cultivation, Processing, Value Addition and Marketing of Aromatic Plants
Technologies › Rural Technologies
Pilot scale
Pilot scale demonstration of coal mine water usage for commercial algal production for food-fertilizer in hybrid photo-bioreactor for combating malnutrition
Research Project › Life Sciences & Biotechnology
Development of
Development of indigenous high performance membrane separator for redox flow batteries
Research Project › Energy Sciences
Design and
Design and development of Smart, Hybrid Polymer Composites and Structures For Advanced Engineering Applications
Research Project › Engineering Sciences