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Theme manager:
Dr.ir. Paul M. Ayoub
(Shell International Chemicals B.V.)
Company members
Magneto Special Anodes
Paques
Shell Global Solutions
Knowledge institute members
Environmental Technology, Wageningen University
prof.dr.ir. Cees J.N. Buisman, dr.ir. Bert Hamelers
Microbial Physiology Wageningen University
prof.dr.ir. Fons J.M. Stams, dr.ir. Jeanine S. Geelhoed
Dr.ir. Paul M. Ayoub
(Shell International Chemicals B.V.)
Company members
Magneto Special Anodes
Paques
Shell Global Solutions
Knowledge institute members
Environmental Technology, Wageningen University
prof.dr.ir. Cees J.N. Buisman, dr.ir. Bert Hamelers
Microbial Physiology Wageningen University
prof.dr.ir. Fons J.M. Stams, dr.ir. Jeanine S. Geelhoed
Resource recovery
| Research projects
Hydrogen production with microbial electrolysis |
Within Wetsus a new technology related to the biofuel cell has been developed, which is called biocatalyzed electrolysis. This process is based on the same bio-electrochemical principles as the biofuel cell with the difference that it produces pure hydrogen gas instead of electricity. Its innovative design makes a much wider variety of wastewaters than before suitable for hydrogen production. This makes biocatalyzed electrolysis a revolutionary breakthrough technology in the field of biological hydrogen production from waste waters.
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