• UOIT

Find a person | Advanced search
Sustainable Hydrogen Production Research at UOIT and Partner Institutions
  • Home
  • » Cu-Cl Cycle R&D
  • » Copper-Chlorine Cycle
  • » (4) Materials, Corrosion, and Optimization

(1) Thermodynamic Efficiency & Life Cycle Analysis

(2) Chemistry & Reaction Kinetics

(3) Heat Transfer & Fluids Engineering Equipment

(4) Materials, Corrosion, and Optimization

(5) Controls & Safety

(6) Electrochemistry & Electrolyzer Development

Materials, Corrosion, and Optimization

The compounds of copper and chlorine used in the thermochemical cycle present challenges in terms of corrosion resistant materials of construction. Spray coatings, nickel-based alloys, glass-lined steel, refractory and other advanced materials are the subjects of research to meet these material challenges.

The efficiency of all processes that make up the copper-chlorine cycle and their integration will benefit from advanced algorithms of process optimization. New optimization techniques are also being developed.

The following researchers are associated with this project.

UOIT researchers
Dr. Scott Nokleby
Assistant Professor, Faculty of Engineering and Applied Science
UOIT
Location: ENG 2025
scott.nokleby@uoit.ca
905.721.8668 ext. 2664
 
Dr. Ghaus Rizvi
Assistant Professor, Faculty of Engineering and Applied Science
UOIT
Location: ENG 1021
ghaus.rizvi@uoit.ca
905.721.8668 ext. 2964
 
Dr. Brian Ikeda
Associate Professor, Faculty of Energy Systems and Nuclear Science
UOIT
Location: UA 3031
brian.ikeda@uoit.ca
905.721.8668 ext. 2749
 
University of Toronto researcher
Dr. Javad Mostaghimi
Canada Research Chair Professor
Director, Centre for Advanced Coating Technologies
Department of Mechanical and Industrial Engineering
University of Toronto
mostag@mie.utoronto.ca
416.978.5604
 
To view results and other documents associated with this research area, please visit the Publications section of our website.
  • Site map
  • Contacts

© 2013 UOIT