Transform your Building's Performance with Thermenex's Thermal Gradient Header (TGH) Technology
Unlock the hidden potential of your building’s thermal energy to save costs and reduce carbon emissions.
Are you looking to reduce your building's carbon emissions but are concerned that electrification could drive up the energy costs?Â
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Do more with less.
The Thermal Gradient Header (TGH) reuses the thermal energy already in your building to deliver heating and cooling with fewer components, smaller systems, and lower costs - a smarter path to high performance and low carbon.
Unlock the Full Potential of Your Building's Thermal Energy
Thermenex’s patented Thermal Gradient Header (TGH) technology redefines how buildings manage energy. By integrating and optimizing existing HVAC systems, it helps you lower costs, reduce carbon emissions, and achieve your sustainability goals.
Significant reduction in energy costs
Lower greenhouse gas emissions
Enhanced building performance
Integration using existing infrastructure
Guiding You to Low-Carbon, High-Performance, Climate Resilient, Thermal Energy Effective, Smart Building.
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We've helped
With over a decade of proven results, Thermenex has become a trusted leader in innovative HVAC design. Our patented Thermal Gradient Header (TGH) technology has helped building owners and design teams lower costs, cut carbon emissions, and achieve exceptional system performance.
"When we were approached to install the first ever Thermenex system, it was an unproven, yet intriguing concept that had some risk, but great potential. Langara got such great results, we installed a second system in our new Science Building. We continue to receive excellent performance and amazing service.”
Wendy Lannard
Director, Facilities, Langara
“Island Health Authority works closely with our team of consultants and internal experts to investigate, design, and implement solutions that optimize thermal energy use in our buildings. Thermenex has played an integral role in this consultant team. They have helped us zoom out and look at our facilities at the system level to unlock elegant new opportunities.
In a recent example, Thermenex helped us avoid purchasing a $1M cooling tower. The cooling plant was having significant difficulties keeping our hospital cool during hot weather events. Rather than installing the originally proposed cooling tower, which we didn’t have enough money or space for, Thermenex helped us discover and design a new solution. We redesigned the building’s existing hydronics system and added coils to our air handling units and exhaust fans. These coils gave us the heat rejection capacity that we needed while providing a valuable new heat source during cool weather. The system was recently commissioned and is operating very well.“
Justin Blanchfield
Manager, Energy Management, Department of Energy, Environment, and Climate Change, Island Health
“Based on the validated performance at St. Paul’s Hospital, I decided to implement a TGH in 4 other facilities that required mechanical infrastructure upgrades. PHC’s government mandated target is a 50% reduction in GHG emissions by 2030, but due to the promise shown by the Thermenex system, we decided to set ourselves a stretch goal of reaching 80% by 2023 for the majority of our buildings. Three of these facilities are successfully achieving over 80% reduction in annual GHG emissions, with two over 90%, which is very impressive performance indeed. The remaining TGH system will come online later in 2024, and I expect to see similar results in energy efficiency and emissions reduction."
Tony Munster
Executive Director of Projects, Planning & Facilities Management for Providence Health Care
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Discover proven strategies to reduce costs, cut carbon, and unlock your building's full energy potential. Get expert insights and practical steps to make your HVAC systems work smarter - not harder.
