Montreal
Canada
Polytechnique Montreal - Process Engineering Advanced Research Lab (PEARL)
techno-economic analysis, microwave heating, process design, demetallization, desulfurization, crude oil
CO2 capture; rotating packed bed; process intensification; scale-up; compartmental modeling; computational fluid dynamics
CO2 capture, rotating packed bed, two-phase flow, hydrodynamics, Eulerian model, porous media
Hydrogen production, steam methane reforming, electrification, direct Joule heating, fluidized bed, CFD model
Reduced graphene, graphite, carbon, electromagnetic interference, Raman, shielding effectiveness, X-band.
Biostimulant, Microalgae, bioreactor, Life Cycle Assessment, Industrial Symbiosis, Decarbonization
Hydrogen Production, Steam Methane Reforming, Process Electrification, Joule Heating, Catalyst, Electrical Conductivity
Carbon dioxide, Passive Adsorptive Direct Air Capture (PADAC), Adsorption, Nature-assisted Temperature Swing Adsorption (Na-TSA), Solar Energy.
Microwave energy, Pyrolysis, SiC foam@HZSM-5, Designed catalyst, paraffin wax
Pickering emulsion, Surface properties, Contact angle, Rare earth elements, Physical beneficiation
CO2 capture, Rotating packed bed, compartmental modeling, commercialization, Process intensification
Hydrothermal Biomass Transformation, Sorbent Enhanced CO2 capture, 3E assessments, Sustainable Aviation Fuel, Policy Incentive Frameworks, Carbon-Negative production
Wettability, Contact angle, Hydrophobicity, Surface properties, Droplet-particle attachment, Selective separation
Kinetic modeling, reaction mechanism, ab initio molecular dynamics, pyrolysis, Polyethylene, Microwave-heating.
