Revolutionizing Energy: Bengaluru IISc's Green Hydrogen Breakthrough
Key Ideas
- Indian Institute of Science in Bengaluru has successfully developed a method to produce green hydrogen from agricultural waste, praised by Union Minister Pralhad Joshi for its innovation.
- The breakthrough enables the production of clean, green hydrogen from bio-waste, with a capacity to generate 5 kilograms of hydrogen per hour with 99 per cent purity, contributing significantly to carbon reduction.
- The National Green Hydrogen Mission in India, with a substantial investment, aims to produce 5 lakh metric tonnes of green hydrogen annually, create over 6 lakh jobs, and reduce 50 lakh metric tonnes of CO2 emissions per year.
- Challenges outlined by Minister Joshi include safe hydrogen storage, cost reduction of electrolyser systems, affordability of hydrogen-powered devices, and bringing down the price of green hydrogen, emphasizing the importance of IISc's role in leading green hydrogen research.
The Indian Institute of Science (IISc) in Bengaluru has achieved a significant milestone by developing a method to produce green hydrogen from agricultural waste. Recognizing the institute's innovation, Union Minister Pralhad Joshi visited IISc and commended the breakthrough that allows for the production of clean, green hydrogen from bio-waste. This eco-friendly approach has the potential to generate 5 kilograms of hydrogen per hour with an impressive 99 per cent purity, aiding in carbon reduction efforts. Minister Joshi highlighted the importance of this achievement in contributing towards a sustainable future and reducing carbon emissions.
The National Green Hydrogen Mission in India, with a substantial investment of Rs 19,744 crore, aims to boost green hydrogen production to 5 lakh metric tonnes annually, create numerous jobs, and significantly reduce CO2 emissions. Minister Joshi emphasized that the success of such missions relies not just on funding but also on determination and dedication. Challenges such as safe hydrogen storage, reducing system costs, enhancing device affordability, and lowering green hydrogen prices were outlined, with a call for IISc to lead in green hydrogen research.
Furthermore, the Minister emphasized the need for developing hydrogen fuel station infrastructure to make hydrogen-powered vehicles more accessible and affordable. IISc's crucial role in advancing fuel cell technologies and its contributions to pilot projects and hydrogen refuelling stations under the National Green Hydrogen Mission were acknowledged. The ultimate goal of reducing green hydrogen costs to Rs 100 per kilogram and eventually to $1 per kg by 2030 as set by NITI Aayog is a significant focus for India's sustainable energy future.
Topics
Rail
Renewable Energy
Innovation
Sustainability
Job Creation
Research
Carbon Reduction
Government Support
National Mission
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