The efficient conversion of renewable electrical energy into (gaseous) chemical fuels via synergy effects in plasma and catalytic technology.
Study the calcination of limestone with consequent transformation of gaseous products into fuels.
Study of methyl radicals interaction with the catalyst surface in a plasma-assisted reactor.
Selective oxidation of e.g. alkanes is an old challenge in catalysis because of fast consecutive conversion of the targeted product. Work in our group is exploring new and original approaches to solve this old problem:
Selective oxicracking – Selective oxicracking over non-redox oxides, in particular LiMgO, is attempted by plasma-activation.
Water activation – The use of water as a soft oxidant via hydroxyl groups on the surface of ceria is investigated with in situ IR and Raman spectroscopy.
Electrostatic activation – A microreactor is designed to study the electrostatic activation of adsorbed molecules.
Oxidative Cracking of n-Hexane – a catalytic pathway to olefins
Reactivity of oxygen ions in mixed oxides in dehydrogenation of propane
Combining oxidative coupling and reforming of methane – vision or utopia?
A further step toward H2 in automobile: development of an efficient bi-functional catalyst for single stage water gas shift
Khalid Ghazi Azzam
New insights in the oxidative conversion of alkanes: Exploring Li-promoted MgO catalysts and plasma micro-reactors
Selective oxidation of propane over cation exchanged zeolites
Catalytic partial oxidation of methane to synthesis gas over ZrO2 –based defective oxides