Prof. Xijun HU
Advanced Materials, Energy Technologies, Environmental Engineering - Heterogeneous catalysis; Adsorption equilibrium and kinetics; Nanostructured materials; Wastewater treatment.
Environmental catalysis and reaction; nanomaterials; adsorption.
Development of heterogeneous nano-porous catalyst by chemical vapour deposition (CVD) and its application in wastewater treatment by catalytic wet oxidation, photo-oxidation; Nanocomposite particles of Fe/clay as catalyst for photo-Fenton reaction; Continuous wastewater treatment by catalytic wet oxidation using a trickle bed reactor; Modified MCM-41 materials for efficient storage and rapid release of hydrogen; Multicomponent adsorption equilibrium and kinetics in heterogeneous porous media; Characterization of microporous solids; fabrication of Meso-Structured Crystals for Electrical and Optical Applications.
2019-20 Fall: UROP1100Y - Undergraduate Research Opportunities Series 1
2019-20 Fall: CENG4920 - Chemical Engineering Capstone Design
2019-20 Fall: CENG4710 - Environmental Control
2019-20 Spring: UROP1100Z - Undergraduate Research Opportunities Series 1
2019-20 Spring: CENG5210 - Advanced Separation Processes
2019-20 Spring: CENG4920 - Chemical Engineering Capstone Design
2018-19 Spring: CENG4911 - Chemical Engineering Project
2018-19 Spring: CENG4912 - Chemical and Environmental Engineering Project
2018-19 Spring: CENG4913 - Chemical and Biomolecular Engineering Project
2018-19 Spring: CENG5210 - Advanced Separation Processes
2018-19 Summer: UROP1000 - Undergraduate Research Opportunities