HVAC Energy Efficiency & Indoor Air Quality Solutions for...
Consulting Engineers
- Reduce HVAC equipment size & cost
- Lower building operating costs & emissions
- Achieve decarbonization & electrification goals
- Simple to use with ASHRAE’s IAQP Calculator
HVAC Contractors
- Simple to install and maintain
- Reduce HVAC equipment project costs
- Save clients money
- Improve indoor air quality
LEED & WELL Professionals
- LEED®: Earn up to 9 points with pilot credit EQpc165
- WELL: earn up to 2 preconditions and 5 optimization points
- Save money by reducing HVAC load
Save money and achieve decarbonization goals: reduce HVAC loads by up to 40% and achieve HVAC energy savings of up to 30%
By filtering harmful contaminants from indoor air, HVAC Load Reduction® (HLR®) modules maintain indoor air quality with less outside air ventilation, which is energy intensive and expensive to condition and may be polluted.
Our mission is to reduce the cost and carbon emissions of HVAC systems while ensuring healthy indoor environments.
Reduce HVAC equipment costs
Sorbent Ventilation Technology® (SVT®), the technology that powers HLR modules, filters harmful gaseous contaminants from indoor air so that indoor air quality can be maintained with less outside air ventilation. This allows outside air requirements to be reduced by up to 80% using ASHRAE’s Indoor Air Quality Procedure (IAQP). Reducing outside air requirements enables building owners to install smaller, less expensive HVAC systems, which decreases project first costs.
Reduce building operating costs
Lowering outside air requirements using Sorbent Ventilation Technology and ASHRAE’s Indoor Air Quality Procedure (IAQP) reduces the load on HVAC systems, which in turn saves energy, reduces carbon emissions, and extends equipment life. This is because less outside air needs to be conditioned before it is circulated throughout a building. Lower outside air requirements also make it easier and less expensive to control humidity.
Achieve decarbonization & electrification goals
Buildings account for 40% of global carbon emissions, and HVAC is the single largest energy consumer and contributor to these emissions. By reducing the load on HVAC systems, less energy is used to move and condition outside air to maintain indoor air quality. This makes the HVAC system more efficient and reduces the energy used by HVAC systems, which in turn reduces scope 2 carbon emissions. Reducing HVAC loads also makes it easier and less expensive to electrify buildings.
Improve occupant health & productivity
Sorbent Ventilation Technology improve indoor air quality by filtering contaminants generated by building materials, furniture, and cleaning agents and by reducing the intake of outside air that is often polluted with exhaust from highways and airports, smoke from industrial parks and wildfires, pollen, and ozone, which is a known carcinogen.
Recommended by Healthy Buildings and IAQ Experts
Healthy Buildings by Joseph G. Allen, Director of the Healthy Buildings program at Harvard’s T.H. Chan School of Public Health and John D. Macomber of Harvard Business School has this to say about enVerid’s technology (pg. 227-228):
Then there are companies working on better ways to clean the air. …like enVerid, which can install a system within your existing ductwork to capture and purge VOCs, CO2, and other chemicals.”
“We chose to single out these particular companies because we’ve gotten to know them well. We’ve met with dozens of executives from different organizations, and there is a reason these companies show up in our book: we think they are doing it right, or are on the path to doing it right.”