IIT Indore's Breakthrough: Cost-effective Catalyst for Pure Hydrogen Production from Methanol
Key Ideas
- IIT Indore developed a catalyst to produce pure hydrogen from methanol at a significantly lower temperature, 130 degrees Celsius, compared to traditional methods.
- The catalyst can produce one kilogram of hydrogen from 13 litres of methanol, offering an economical solution for industrial and commercial applications.
- Led by Professor Sanjay K Singh, this patented technology is considered environmentally friendly and has the potential to reduce dependence on fossil fuels like diesel and petrol.
- The catalyst has been granted a patent and discussions are ongoing with the industry to bring this technology to the market.
IIT Indore in India has made a significant breakthrough by developing a cost-effective catalyst to produce pure hydrogen from methanol at a lower temperature of 130 degrees Celsius, as opposed to the traditional methods which require over 200 degrees Celsius. This innovative catalyst, led by Professor Sanjay K Singh, can generate one kilogram of hydrogen from 13 litres of methanol, offering an economical and environmentally friendly solution for both industrial and commercial purposes. The technology has already been patented and is now in discussions with industry partners for commercialization. This development holds promise in reducing reliance on fossil fuels like diesel and petrol, pushing towards a more sustainable future.