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Godavari Biorefineries and ICT Mumbai Launch CO₂-to-DME Pilot Project to Advance India’s Clean Energy Transition

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Mumbai, November 12, 2025: Godavari Biorefineries Limited (GBL), in collaboration with the Institute of Chemical Technology (ICT), Mumbai, has launched a pilot project to convert industrial carbon dioxide (CO₂) emissions into Dimethyl Ether (DME) — a clean, sustainable, and low-emission fuel alternative. The initiative marks a significant step in India’s journey toward decarbonisation and renewable energy innovation.

The technology, developed jointly by GBL and ICT Mumbai, transforms captured greenhouse gases into DME, a versatile fuel and chemical feedstock that can replace conventional energy sources like liquefied petroleum gas (LPG) and diesel. Beyond its use as a fuel, DME can also serve as a key input for various industrial applications, offering a scalable solution to reduce emissions and promote circular economy practices.

Samir Somaiya, Chairman and Managing Director, GBL, said, “Living sustainably and being one with nature is the only way forward. There is no alternative if we are to preserve our planet for future generations.”

He further highlighted India’s unique opportunity to address energy security, climate change, and rural livelihoods together.

“India’s strength lies in its soil, its sun, and its small farmers. Our nation’s energy transition must use these inherent assets to secure and improve farmer incomes, boost energy security, and combat climate change together,” said Somaiya.

Reflecting on India’s rapid progress in the ethanol blending programme, Somaiya added,“Recent offers in response to the tenders floated by the OMCs can further increase the ethanol blend to 30%. This surplus availability has to be seen as a tremendous asset—it is an opportunity to incentivise all forms of clean-energy vehicles—EVs, flex fuels, CBG, and, in the future, Dimethyl Ether.”

The scientific foundation for the project was developed under the leadership of Prof. G. D. Yadav and his research team at ICT Mumbai, known for their advancements in catalyst development and sustainable chemical processes. The joint effort recently received the K. V. Mariwala Award for Effective Chemical Industry–Academia Partnership (2024), recognising its excellence in innovation, environmental impact, and commercial potential.

Dr. Sangeeta Srivastava, Executive Director, GBL, said, “We already have a presence in global supply chains, and with increasing investments in technology and innovation, we can take the lead in offering sustainable solutions. The focus on clean energy, environmental responsibility, and circularity in India is driving the industry forward, making India an attractive player in the global biochemicals market.”

The pilot project will process 450 metric tons per day of biogenic CO₂ into DME, contributing to India’s emission reduction targets while supporting renewable energy integration. The initiative reflects GBL’s broader commitment to sustainability, regenerative agriculture, and clean technology innovation.

Through this collaboration, GBL and ICT Mumbai aim to set a global benchmark for industrial-scale CO₂ utilisation, showcasing India’s leadership in sustainable fuel innovation and its potential to balance economic growth with environmental responsibility.

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