ID: 2020-039 Production of hydrogen from Carbohydrates using viologen catalysts
Principal Investigator: Gerald Watt
Researchers at BYU have developed a new process that uses carbohydrates to produce hydrogen. The procedure consists of two separate chemical processes occurring in a single processing unit, consisting of reaction chambers A and B (as represented in the image below). Through this process, the isolated hydrogen is collected, compressed, and stored for later use.
Hydrogen is a valuable, high-volume industrial gas used in a number of important processes. It is also being explored as fuel for domestic and transportation use because of its high-energy content and non-polluting characteristics. However, hydrogen is expensive to produce and its current production from natural gas produces CO2, which is an undesirable green-house gas. The invention overcomes these challenges by using carbohydrates to produce hydrogen under mild condition without production of environmentally detrimental green-house gas byproducts.
- Cost effective
- Fast production
- Environmentally friendly
Hydrogen can be used in a wide range of applications including: electronics industry, transportation, petroleum refining, semiconductor manufacturing, pharmaceuticals, glass production and the production of carbon steels.
For more information, contact Mike Alder (801-422-3049)
Links and Resources