The utilization of CO2 as C1 source is a promising strategy to produce fuel and chemical given the limited CO2 budget and the increasing role of renewable energy in the future. Among all the possible products from CO2 reduction, methanol is of especial interest since it is one of the most important platform chemicals in current chemical industry and it is also a liquid fuel with high volumetric and gravimetric energy density. Nowadays, methanol is commercially produced from syngas (CO and H2) using Cu-ZnO composite catalyst. However, such methanol catalyst does not exhibit sufficient activity and stability if switching feedstock from CO to CO2.
The main objective of the project is to develop novel heterogeneous catalysts for reduction of CO2 with H2 at low temperature (< 200 ⁰C) in order to increase the equilibrium reaction conversion. Specifically, two promising catalyst systems are chosen for further investigation at early stage of the project based on recent experimental and theoretical study in literature: (1) CeO2 supported catalyst and (2) metal carbide based catalyst. For catalyst testing, two different test modes will be employed: one is gas phase reaction using fixed-bed reactor and another one is liquid phase reaction using batch reactor. Being part of the project, you are able to learn how to conduct heterogeneous catalyst research systematically starting from catalyst preparation to final catalyst test; meanwhile you will also be familiar with number of modern characterization techniques including, but not limited to, XRD, XPS, N2 physisorption, TEM and Raman.
- Tune oxygen vacancy property of CeO2 by doping transitional metal and investigate the effect of doping on catalytic CO2 hydrogenation.
- Synthesize highly dispersed Mo2C catalyst via solid-solid carburization approach using carbon support and study its CO2 catalytic hydrogenation performance.
- Your initiative is highly appreciated and ask for up-to-date information
For further information:
Emiel Hensen (Helix, STW 3.35), Tel 5178, firstname.lastname@example.org
Jiadong Zhu (Helix, STW 3.29), Tel 4217, email@example.com