The project demonstrates that CO2 can be captured reliably at industrial scale and prepared for conversion into high-quality methanol. The project, executed by NTPC Energy Technology Research Alliance (NETRA), uses the licensed technology provided by Carbon Clean through its wholly owned Indian subsidiary, Carboncapture Technologies Pvt. Ltd.
The achievement advances India’s ambition to become a global hub for CCUS, marks another milestone in Carbon Clean’s portfolio by validating the robustness of its technology, and underscores NTPC’s commitment to CCU and the viability of large-scale methanol production in India.
Designed to capture 20 tonnes of CO2 per day (TPD) directly from the power station’s flue gas, the captured carbon dioxide will be catalytically hydrogenated using green hydrogen to produce methanol. This will open new pathways for converting waste CO2 into a valuable chemical feedstock and sustainable fuel, further aligning with NTPC’s decarbonisation strategy and long-term vision to create new business opportunities in the green economy.
This milestone comes as Carbon Clean participates in the UK Prime Minister’s first major trade mission to India. The visit seeks to build on the momentum from the UK-India trade deal, signed in July. It underscores the growing collaboration between the UK and India in accelerating clean energy innovation, industrial decarbonisation and sustainable investment.
Aniruddha Sharma, Chair and CEO of Carbon Clean, said, “It’s a privilege to be part of the Prime Minister’s business delegation to India and to represent the UK’s world-leading clean tech sector at such a pivotal moment for industrial decarbonisation. The partnership between the UK and India is crucial to scaling industrial decarbonisation, and the Vindhyachal project demonstrates how collaboration can turn ambition into action."
“Following the success of our initial 20 TPD CO2? capture project at NTPC Vindhyachal, our technology has been chosen for the subsequent 25 TPD CO2 capture project which will be used to produce ethanol at NTPC Simhadri. This selection strongly validates our system's robust performance under real industrial conditions and demonstrates customer confidence. These projects are key steps in showing how waste CO2? can be transformed into a valuable low-carbon product.”
This progress follows the launch of Carbon Clean’s Global Innovation Centre (GIC) in India three months ago, which will serve as one of their major international hubs to advance the next generation of carbon capture technologies.
Carbon Clean said its modular carbon capture technology reduces site infrastructure needs, and its proprietary solvent, process equipment and heat integration systems deliver lower costs. Designed for flue gases with CO2 concentrations from 3% to 25% by volume, the system produces CO2 at over 99% purity.