Prof. Maisonneuve received his B.Sc. degree from McGill University and his M.S. and Ph.D. degrees from Concordia University. He began his faculty career in the Department of Mechanical Engineering at Oakland University, where he remains an Adjunct Professor. In 2025, he returned to his alma mater McGill University as an Associate Professor in the Department of Bioresource Engineering.
Prof. Maisonneuve directs the Nature, Energy, and Water (NEW) Lab, where his goal is to improve access to essential resources (food, energy, water) while also protecting the environment. To do this, much of his research focuses on membrane process development.Â
Dissertation: Water reuse, emerging contaminants, and the circular economy (co-advised with Prof. G. Clark)
Project: Ocean thermal desalination for remote islands
Project: Ocean thermal desalination for remote islands
Project: Ocean thermal desalination for remote islands
Project: Ocean thermal desalination for remote islands
Project: Energy efficient dehumidification for closed plant environments
Project: Ocean thermal desalination for remote islands
Dissertation: Using fertilizer-based desiccants for energy efficient greenhouse dehumidification
After graduation: Assistant Professor, University of Maryland Eastern Shore
Dissertation: Using solar thermal energy and waste heat for seawater desalination
After graduation: Postdoctoral Fellow, University of California at Merced
Dissertation: Using salt gradients and heat to enhance reverse osmosis desalination
After graduation: Program Manager, Water Research Foundation
Dissertation: Novel membrane systems for energy harvesting and water recovery
Dissertation: Harvesting energy and water from fertilizer via osmosis
After graduation: Engineer, Samsung
"Using ocean thermal gradients to desalinate water for remote islands"
"Novel use of fertilizer as a liquid desiccant for energy-efficient greenhouse dehumidification and water recovery"
"Energy conservation for the Oakland University campus" (co-advised with Prof. K. Kobus)
"Effectively using heat to thermally enhance osmosis"
"A novel membrane process for producing power from water vapor"
"Recovering energy from building ventilation with membrane-based ERV"
"Recovering energy from building ventilation with membrane-based ERV"
"Development of a silica-based desiccant dehumidification prototype"
"Using ocean thermal gradients to desalinate water for remote islands"
"Design of a microalgae photobioreactor for biofuel production and carbon capture"
"Using ocean thermal gradients to desalinate water for remote islands"
"Using ocean thermal gradients to desalinate water for remote islands"
"Using ocean thermal gradients to desalinate water for remote islands"
"Design of a microalgae photobioreactor for biofuel production and carbon capture"
"Harnessing energy from salt gradients to improve the efficiency of desalination"
"Harnessing energy from salt gradients to improve the efficiency of desalination"
"Harnessing energy from salt gradients to improve the efficiency of desalination"
"Recovering energy from building ventilation with membrane-based ERV"
"Recovering energy from building ventilation with membrane-based ERV"
"Green Cube: A system for growing sprouts in space"
"Green Cube: A system for growing sprouts in space"
"Energy conservation for the Oakland University campus" (co-advised with Prof. K. Kobus)
"Recovering energy from building ventilation with membrane-based ERV"
"Using reverse electrodialysis to generate electricity from fertilizer"
"Development of a silica-based desiccant dehumidification prototype"
2025 Dinner at Oakland Tea House
2024 BBQ at Bald Mountain Park
2022 Dinner at OU Golf Club
2021 Picnic at Rochester Park
2020 Picnic at Bloomer Park
2019 Picnic at River Woods Park
2018 Meeting with DTE Energy
jonathan.maisonneuve@mcgill.ca