Professor

Prof. Sasha Omanovic Department of Chemical Engineering McGill University https://www.mcgill.ca/chemeng/sasha-omanovic Expertise:  Electrochemistry; Corrosion; Bio-electrochemistry Research interests:    Low-temperature water electrolysers (PEM, AEM, alkaline); Electrochemical wastewater treatment; Supercapacitors; Corrosion and corrosion prevention; Functionalization of metallic implant devices. Research description: (i) Development of new electrocatalyst compositions and architectures for water electrolysis; (ii) Development of electrochemistry-based reactors/electrodes for […]

Prof. ChungHyuk Lee Dept. of Chemical Engineering Toronto Metropolitan University chunghyuk.lee@Ryerson.ca https://www.chunghyuklee.com/ Expertise:  Fuel Cells; Water Electrolyzers; Membrane-Electrode Assembly (MEA) Fabrication; X-ray/Neutron Spectroscopy, Microfluidics Research interests:   Proton exchange membrane (PEM) fuel cells, PEM water electrolyzers, electrode engineering (via techniques including microfabrication, pore-formers, metal deposition), durability testing, two-phase flow in porous media, electrochemical analysis techniques, CO2

Prof. Aimy Bazylak Department of Mechanical & Industrial Engineering University of Toronto aimy.bazylak@utoronto.ca https://bazylak.mie.utoronto.ca/ Expertise: Fuel Cells; Electrolyzers; Porous Materials; Mulitphase flows; X-ray and Neutron imaging Research interests:   Polymer electrolyte membrane (PEM) fuel cells, water electrolyzers, CO2RR, electrospinning, gas diffusion layer, porous transport layer, material synthesis, design, fabrication, and testing of new materials, machine intelligence

Prof. Bruno G Pollet Chemistry, Biochemistry & Physics Department Université du Québec à Trois-Rivières bruno.pollet@uqtr.ca www.irh.ca/member/bruno-g-pollet/ Expertise: Fuel Cells; Electrolysers; Electrochemistry; Sono(electro)chemistry; Energy materials  Research interests:   Low-temperature fuel cells (PEMFC & AEMFC) & electrolysers (PEMWE, AEMWE, AWE & DSWE); Electrocatalysis; OER; HER; ORR; HOR; N2RR; CO2RR; Power ultrasound; Sonochemistry; Sonoelectrochemistry; System integration; Prototyping Research description:

Prof. Elena Baranova Department of Chemical and Materials Engineering Concordia University https://www.concordia.ca/faculty/elena-baranova.html   Expertise: Electrochemistry, Electrocatalysis, Heterogeneous Catalysis, Electrolysis, Li-ion batteries Research interests:   Electrocatalysis: AEM water electrolysis, CO2RR, oxidation of NH3, Ethanol, Glycerol. In-situ PM-IRRAS Heterogeneous catalysis: NEMCA/EPOC of CO2 hydrogenation Research description: The research in Laboratory of Electrochemical Engineering (LEE) focuses on the rational

Prof. Viola Birss FRS(UK), FRSC, FECS, FCIC University of Calgary birss@ucalgary.ca https://vbirss.wixsite.com/birssgroup/viola-birss Expertise: Electrochemistry, fuel cells, electrolysis, nanomaterials, thin films, electrocatalysis, surfaces  Research interests:  PEM fuel cells, SOFCs and CO2 conversion in SOECs & at doped carbons, H2 production in SOECs and in salt water, methane oxidation in high temperature cells, CO2 conversion to carbon

Prof. Xiaolei Wang Assistant Professor, Faculty of Engineering – Chemical and Materials Engineering Dept. University of Alberta xiaolei.wang@ualberta.ca https://sites.google.com/view/nanofacelab/home?authuser=0 Expertise: Electrochemistry & Electrocatalysis, Energy Materials, Water Splitting, Fuel Cell, CO2 Reduction, H2O2 Production, Lithium-Ion Batteries, Lithium-Sulfur Batteries, Aqueous Batteries, Carbon & Porous Materials, Battery Recycling/Reusing/Upcycling  Research interests and description: – Design and Development of New

Prof. Steven Holdcroft FRSC Department of Chemistry holdcrof@sfu.ca https://holdcroftlab.com/ Expertise: Polymer Science, Electrochemistry, Energy Conversion Devices Research interests: Ion Exchange Polymers and Membranes, AEM and PEM Fuel Cells; AEM and PEM Electrolysers;  CO2R Electrolysis Research description: We develop synthetic strategies for designing next-generation hydroxide-conducting polymers, and fluorine-free, proton-conducting polymer electrolytes; and conduct detailed in situ