The PhotoCatalytic Synthesis (PCS) group

Research activities are aimed at the development of innovative materials and concepts to run photocatalytic reactions with high efficiency. The focus of the research program is on the conversion of solar energy into chemical energy, i.e. to drive thermodynamically uphill reactions such as the synthesis of fuel by CO2 activation.

Furthermore, the high selectivities that can be obtained in alkane activation over photon excited catalysts, as well as photocatalytic purification of waste streams, are of interest. The PCS group is a member of the national research school on catalysis, NIOK.

Design of catalytic materials and devices, e.g. microreactors, is realized via cooperation with groups in the MESA+ institute.

The PCS group is one of the four research groups in the domain Catalytic Systems & Micro-devices, within the Faculty Science and Technology. This is highlighted in the collaborations with catalysis colleagues in the group Catalytic Processes and Materials (CPM) headed by Prof. Lefferts, as well as with our partners on micro-devices in the Mesoscale Chemical Systems (MCS) group headed by Prof. Gardeniers and the group Soft Matter, Fluidics and Interfaces (SFI) lead by Prof. Lammertink.

Latest news

Solar Magazine december 2011

Guido Mul blijft pionieren met solar fuels:

Het wachten is op industriële interesse. ... read more

Article UT news 2011

UT nieuws maart 2011

Van lichtenergie naar vloeibare brandstof.

Uit water en kooldioxide een vloeibare brandstof maken met behulp van licht, zoals fotosynthese in de natuur. Hoogleraar fotokatalytische synthese Guido Mul heeft hoge verwachtingen van het omzetten van lichtenergie in chemische energie. Als brandstof voor auto’s of om een dynamo aan te drijven voor de huishoudelijke stroomvoorziening als de zon onder is. ‘Over tien jaar moeten we het op pilotschaal kunnen toepassen.’ ... read more

fotosynthese op metaaloxiden

Article C2W february 2011

Fotosynthese op metaaloxiden.

Kun je koolstofdioxide (CO2) terugveranderen in brandstof zonder hulp van planten? ... read more