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CO2 reduction. Control and modify specific gas athmospheres.

CO2 reduction. Control and modify specific gas athmospheres.
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CO2 reduction. Control and modify specific gas athmospheres. - 1

CONTROLLED ATHMOSPHERES SOLAR TECHNOLOGY CO2 CONVERSION A SOLID BUSINESS CASE IN COLLABORATION WITH ETH ZURICH GENERAL INFORMATION ABOUT THE PROJECT TARGET OF THE PROJECT: CO2 reduction Materials department HEAD OF PROJECT MANAGEMENT: Markus Niederbeuge To control and modify speciﬁc athmospheres. MORE INFORMATION ABOUT THE HEAD OF THE PROJECT Markus Niederberger was Assistant Professor (tenure-track) from 2007-2011, Associate Professor from 2012-2016 and Full Professor for Multifunctional Materials since 2017 in the Department of Materials. He is Chair of the Laboratory for Multifunctional Materials.

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CO2 reduction. Control and modify specific gas athmospheres. - 2

DESCRIPTION OF THE APPLICATION AND THE TARGET Conversion of CO2 into solar fuels is a key technology for developing a sustainable energy economy while global warning issues are simultaneously addressed. So far, CO2 can be reduced either with solar-derived H2 or directly with water, in the near- or long-term respectively. In both cases, a gas-phase reaction is desirable for scaling the process since it is more practical and economically feasible. Our project aims to use nano materials as photocatalyst for achieve a high CO2 conversion. Currently, we are exploring the hydrogenation -CO2...

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