How structures trained on photosynthesis
Philip Stanley’s research focussed on new porous solids, so-called metal-organic frameworks (MOFs for short), combined with molecular catalysts. Because natural enzymes inspire the structures, the term nanozymes is often used. This novel hybrid material can produce a synthesis gas, i.e., a carbon monoxide and hydrogen mixture. This gas mix is an important industrial raw material for producing essential chemicals such as ammonia, methanol, and hydrocarbon fuels. The highlight: the nanozyme requires only water, carbon dioxide and sunlight for synthesis gas production. What is outstanding is that the artificial photosynthesis of the MOF is even more efficient than its natural counterpart. Philip Stanley’s work can contribute to developing relevant technical solutions for sustainable CO2 recycling. With over 150 citations, the dissertation has now been intensively received in the scientific community. This innovative contribution to energy research is internationally visible and raises the profile of Bavarian sustainability research.
We congratulate Philip Stanley on this exciting award and wish him continued success in his scientific future!
Further information on the topic:
https://www.e-conversion.de/smart-light-traps-synthesis-gas-and-battery-power-from-sunlight-energy/
https://www.carsoncenter.uni-muenchen.de/index.html
CONTACT MEDIA RELATIONS
Cluster e-conversion (Public Outreach)
Dr. Caroline Zörlein
Technische Universität München
Phone: +49 (0)89 289 52779
Original Article: https://www.e-conversion.de/on-the-sunny-side/