LED-driven photocatalysis
The research investigates photocatalytic treatment systems powered by LEDs as an alternative to conventional mercury-lamp approaches.
Project Case Study
LED Photocatalytic Treatment Systems
Energy-efficient LED and visible-light treatment systems for contaminant removal and sustainable water applications.
Developing lower-energy treatment options
Visible-light and solar activation
Studies of visible-light-responsive and solar-assisted catalysts broaden the potential for treatment under lower-energy operating conditions.
Performance validation
Bench and pilot-scale testing helps determine how treatment chemistry, light source, and operating conditions influence contaminant removal.
From research to application
Technology development
The supplied materials describe an Innovate Calgary disclosure associated with the LED photocatalytic-treatment work.
Practical value
Energy-efficient treatment concepts can support scalable environmental applications where energy use, maintenance, and treatment effectiveness all matter.
Related research
Explore the broader low-energy water-treatment program, including pilot validation and environmental applications.
Explore a low-energy treatment concept
Talk with the group about research partnerships, feasibility studies, and pilot-scale validation.
Propose a Challenge