Calgary, Alberta T2N 1N4
Canada
University of Calgary - Department of Chemical and Petroleum Engineering
Microwave-assisted hydrothermal, Dry reforming of methane, Cerium Oxide, Ruthenium, Coke resistance
Microwave-assisted hydrothermal, Dry reforming of methane, Cerium Oxide, Coke resistance, CO2 conversion, Syngas production
Direct Air Capture (DAC); CO2-Enhanced Oil Recovery; Energy Analysis; CO2 utilization factor; CO2 Footprint; Negative Emission Technology.
High temperature solids looping: chemical looping, GHGT-14
CO2 capture, kinetics analysis, CO2 isotherms, PE-SBA-15, Direct air capture, Langmuir dual site (LDS) model
Cerium oxide, Dry reforming of methane, Multi-layered catalyst, catalyst pretreatment, metal-support interaction
CO2 capture, kaolin clay, Faujasite, solid sorbent
syngas, biogas, methane reforming, Greenhouse Gas, GHG, gas-to-liquids, GTL
Calcium looping, solution combustion synthesis, fixed bed reactor, fluidized bed reactor, solid sorbent, pelletization
carburization reactions, tungsten trioxide, kinetic modelling, hydrogen production, nucleation mechanisms, chemical looping reforming
Carburization, Reforming, Hydrogen, Looping, Autothermal, syngas
