Description:
Abstract
This innovative low-temperature methanol reformer efficiently produces high-purity hydrogen gas, free of emissions, using methanol and alkali hydroxides catalyzed by a Ru-pincer molecule. It generates hydrogen up to pressures of 144 bar, with modifications allowing for up to 450 bar. Its integration with a proton exchange membrane fuel cell has been demonstrated, delivering stable electric current production over 27 hours. Additionally, the system offers potential as a reversible hydrogen battery by converting residues back to methanol.
Benefit
- Generates high purity, high pressure hydrogen efficiently at low temperatures
- Emission-free
- Pairs with PEM fuel cell
- Offers a reversible hydrogen storage solution
Market Application
The escalating demand for clean energy highlights a significant opportunity for green hydrogen production and storage technologies. Advancements in low-temperature methanol reforming illustrate this shift, promising high-purity hydrogen suitable for fuel cells in vehicles and power units. With the pressing need for carbon-neutral solutions, innovations that leverage existing infrastructure while enhancing safety and efficiency in hydrogen transport and storage position themselves as essential players in the transition towards a sustainable economy.
- Powering hydrogen-fueled vehicles
- Stationary and portable power generation
- Energy storage
Other
Stage of Development
- Experimentally validated
- Available for licensing