Adjunct Professor
University of Victoria
Total years of experience :7 years, 3 Months
Co-supervising Masters and Ph.D. students
Defence chair and committee member on behalf of the faculty of graduate studies
Leading Solid Carbon CCS Research team
Writing grants and proposal to leverage funding
Finding additional partners and collaboration opportunities
Key responsibilities: Supervising Graduate Students, Leading CCS Research team, Writing grants and proposals
Research project: Solid Carbon project funding by Pacific Institute of Climate Solutions (PICS) focused on Offshore wind energy-driven direct air capture system and injecting the capture CO2 in deep-sea basalt rocks and also exploring alternative fuel options.
Significant area: Carbon Capture and Storage/Utilization & Sequestration (CCS/CCU/CCUS) and Integrated Energy Systems, Offshore wind energy, Direct Air Capture (DAC), Adsorbents for direct air capture, CO2 injecting, Alternative synfuels, Carbon-free hydrogen and ammonia fuels
Key responsibilities: Conducting research, leading research group, co-supervising graduate students, attending company meetings and writing proposals and grants
Research project: Solid Carbon project funding by Pacific Institute of Climate Solutions (PICS) focused on Offshore wind energy-driven direct air capture system and injecting the capture CO2 in deep-sea basalt rocks and also exploring alternative fuel options.
Significant area: Carbon Capture and Storage/Utilization & Sequestration (CCS/CCU/CCUS) and Integrated Energy Systems, Offshore wind energy, Direct Air Capture (DAC), Adsorbents for direct air capture, CO2 injecting, Alternative synfuels, Carbon-free hydrogen and ammonia fuels
Key responsibilities: Conducting research, leading research group, co-supervising graduate students, attending company meetings and writing proposals and grants
Courses:
1) ENGR 2640U Thermodynamics and Heat Transfer 2) PHY 1010U Physics I
3) PHY 1020U Physics II 4) ENGR 2320U Thermodynamics
5) ENGR 3930U Heat Transfer 6) MECE3260 Introduction to Energy Systems
7) ENGR 5100G Advanced Energy Systems
Research Areas: Energy, Renewable energy, Hydrogen, CuCl cycle, Sustainability, Thermodynamics, solar-assisted methane reforming, ammonia synthesis, sustainable energy systems
Training, line tracing, process, feasibility
Dissertation Title: Investigation of Integrated Systems for Clean Ammonia Synthesis (Outstanding Doctoral Thesis Award, 2021)
Dissertation Title: Thermal management of the thermochemical Cu-Cl cycle linked with industrial processes for hydrogen production (Nominated for Outstanding Thesis Award, 2018)
Major Courses: Chemical Reaction Engineering, Simultaneous Heat & Mass Transfer, Industrial Stoichiometry, Heat transfer, Environmental Engineering, Chemical Engineering Plant Design, Energy Engineering
