IIT Bombay, ORSL Join Hands to Advance Bioenergy Research in India
Bridging Academia and Industry: The collaboration between IIT Bombay and Organic Recycling Systems Limited (ORSL) aims to transform bioenergy research into scalable solutions.

Mumbai headquartered bioenergy & waste management leader Organic Recycling Systems Limited (ORSL) has taken a significant step forward in strengthening its research and innovation capabilities by entering into an MoU with the Indian Institute of Technology, Bombay. This partnership seeks to bridge the gap between academic research and industrial applications in the field of bioenergy, ensuring that innovations developed in laboratories translate into real-world solutions for sustainable energy production.
By combining IIT Bombay’s academic excellence with industrial expertise of ORSL, the partnership is expected to drive new innovations in waste valorisation, biomethanation and biofuels.
The objective of this collaboration is to promote interaction between academia and industry in mutually beneficial areas and to provide a structured framework for joint research initiatives. IIT Bombay and ORSL will work together to develop technologies that enhance the efficiency and scalability of bioenergy production, addressing critical challenges in the Bioenergy sector. The research initiatives under this MoU will not only focus on technology development but also explore policy recommendations and implementation strategies for large-scale bioenergy adoption.
A key component of the partnership is knowledge-sharing and skills development. ORSL officials will undergo continuing education programs at IIT Bombay, ensuring that industry professionals stay updated with the latest advancements in bioenergy technologies. At the same time, IIT Bombay students will gain hands-on experience through industry internships at ORSL, allowing them to apply their academic learning to real-world projects. This initiative fosters a two-way exchange of expertise, with IITB’s faculty contributing to industrial problem-solving and ORSL’s engineers sharing practical insights into the challenges of large-scale bioenergy production.
The IITB-ORSL partnership will drive joint research projects addressing both immediate industry challenges and long-term advancements in bioenergy. ORSL will benefit from access to IIT’s intellectual property and cutting-edge research, enabling the licensing of new technologies for rapid commercialization in waste-to-energy projects. This collaboration ensures that research moves beyond academia into real-world applications within India’s bioenergy sector. Additionally, the partnership will foster a thriving research ecosystem, with IIT Bomay faculty contributing as visiting scientists at ORSL and ORSL engineers enriching IITB’s academic programs.
There will also be the formation of precompetitive consortia, where IIT Bombay, ORSL, and other stakeholders will pool resources to advance emerging bioenergy technologies, reinforcing India’s leadership in sustainable energy innovation. This structured approach ensures that research does not remain confined to academic journals but finds practical applications in India’s bioenergy sector.
Acknowledging the need to foster expertise in the bioenergy sector, ORSL plans to support various academic and research initiatives at IIT Bombay. This includes sponsoring research fellowships, student projects, and potential infrastructure enhancements to facilitate advanced studies.
Additionally, both IITB and ORSL aim to explore the development of dedicated research facilities that could serve as hubs for innovation, focusing on enhancing biomethanation processes, carbon utilization strategies, and emerging biofuel technologies.
As India pushes toward its renewable energy targets, such synergies will be instrumental in steering the sector in the right direction, ensuring both technical excellence and long-term sustainability.
In June, 2024, the Council of Scientific & Industrial Research-Indian Institute of Petroleum (CSIR-IIP) signed agreement with ORSL to license and implement the cutting-edge Vacuum Swing Adsorption (VSA) Technology for upgrading raw biogas to compressed biogas (CBG).