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The proposed 2D photocatalysts are expect to change the traditional way of design artificial photocatalysts. Expected outcomes of this project include fabrication of soft 2D plasmonic photocatalyst
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sustainable fuel) from water and sunlight if appropriate photocatalysts are developed. Mixed anion photocatalysts have attracted attention first with oxynitrides because they are active in the solar spectrum
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energy vectors, through photoreforming of biomass in the presence of seawater. Photoreforming processes typically utilize photocatalysts capable of absorbing light and driving chemical conversions through
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, ultraviolet/visible radiation (UV/VIS-light) and a photocatalyst. The reactor will be driven by an electronic system with making-decision capabilities in order to control both operations and the whole process
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structures based on CuO and ZnO NPs composites for the photocatalytic treatment of wastewaters facilitating the recovery of photocatalyst materials. Robocasted 3D structures will be elaborated using bio
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Chemistry (PhD) Deep blue thermally activated delayed fluorescence: Unlocking their potential as energy transfer visible light photocatalysts Mauricio Carvallo Aceves Doctor of Philosophy in Resources