RIC

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RIC

Research & Innovation Centre

The primary focus of our Research & Innovation Centre (RIC) is to develop sustainable technologies / solutions for managing environmental problems through scientific processes. Development of clean technologies for tackling pollution, recovery / recycling / upgradation of materials, and generation of renewable energy and clean / green fuels through catalysis and adsorption processes.

New research initiatives are being undertaken by the RIC at our lab scale for Hydrogen production from solid biomass residues, Bioethanol / Bio Methanol from biomass, yield improvisation in Biomethane production, CO2 to methanation & Biochar production, Microbial bio cultures production for enhancing anaerobic biomethane production.

New research initiatives are being undertaken by the RIC at our lab scale for Hydrogen production from solid biomass residues, Bioethanol/ Bio Methanol from biomass, yield improvisation in Biomethane production, CO2 to methanation & Biochar production, Microbial bio cultures production for enhancing anaerobic biomethane production.

In addition, the RIC plans to support / conduct academic and frontier research in the energy, environment and waste management through the training and workshop in collaboration with various National and International Universities. The RIC is in the process of setting up international collaborations with research organizations in different countries, including the United Kingdom, Italy, and Sweden.

SUSTAINABLE TECHNOLOGIES

Development of sustainable technologies for mitigation of environmental problems

PILOT SCALE DEMONSTRATION

Development and demonstration of these technologies on a pilot-scale.

CATALYST BASED TECHNOLOGIES

Development of sustainable catalyst-based technology for various energy and environmental applications.

ADSORPTIVE SEPARATION SYSTEMS

Developing adsorptive separation systems products for gases such as CO2/CH4/H2S or CO2/N2 separation

WASTEWATER TREATMENT

Technologies for treatment of wastewater/sewage water treatment.

TECHNO ECONOMIC FEASIBILITY

Evaluation of the techno-economic
feasibility.