Commercial Energy Recovery Systems
Heating and cooling outside air is one of the largest energy expenses in many commercial buildings. Energy recovery systems capture heat that would otherwise be exhausted and use it to improve HVAC efficiency, reduce energy consumption, and support healthier indoor environments.
Whether you’re planning a new facility or upgrading an existing mechanical system, Denron Hall helps evaluate where energy recovery makes sense and develops solutions tailored to your building’s ventilation requirements and operational goals.
Where Energy Recovery Makes the Biggest Impact
Not every building has the same ventilation demands. Facilities that move large volumes of conditioned air often have the greatest opportunity to reduce energy consumption through heat recovery.
Energy recovery systems are commonly used in:
- Healthcare facilities
- Schools and universities
- Manufacturing plants
- Office buildings
- Hospitality properties
- Laboratories
- Commercial kitchens
- Buildings with high outside air requirements
By reclaiming energy that would otherwise be exhausted outdoors, these systems help reduce the workload on heating and cooling equipment while supporting indoor air quality.
Choosing the Right Energy Recovery Solution
The best energy recovery system depends on your building, HVAC design, and operational goals.
Denron Hall designs and installs a variety of commercial energy recovery technologies, including:
- Energy Recovery Ventilators (ERVs)
- Rotary heat wheels
- Fixed plate heat exchangers
- Heat pipe heat exchangers
- Coil run-around loops
- Thermosyphon systems
- Direct evaporative cooling systems
We also design systems that recover waste heat from refrigeration and process equipment for domestic hot water, space heating, and ventilation applications where appropriate.
Integrating Energy Recovery Into Your HVAC System
Energy recovery works best when it’s considered as part of the overall mechanical system—not as a standalone component.
Whether incorporated into a new construction project or added during a mechanical upgrade, Denron Hall evaluates airflow requirements, ventilation needs, equipment capacity, and building operation to develop a solution that works with the rest of the HVAC system.
Benefits Beyond Energy Savings
Reducing utility costs is one advantage of energy recovery, but it’s not the only one.
A properly designed system can also help:
- Reduce heating and cooling loads
- Improve indoor air quality
- Lower HVAC equipment runtime
- Support sustainability goals
- Improve occupant comfort
- Extend the effectiveness of mechanical systems
For facilities with significant ventilation demands, these benefits can contribute to lower operating costs and improved building performance over time.
Why Choose Denron Hall?
Successfully integrating an energy recovery system requires more than selecting equipment. It requires an understanding of how ventilation, heating, cooling, and building operation all work together.
Denron Hall brings decades of commercial mechanical experience to every project. Our engineering and application specialists work closely with owners, architects, engineers, and contractors to develop practical energy recovery solutions that align with the goals of each building.
Whether incorporated into a new facility or an existing HVAC system upgrade, our team focuses on delivering solutions that are both technically sound and operationally effective.
Make Better Use of the Energy Your Building Already Produces
Energy recovery systems can help commercial facilities improve efficiency, reduce utility costs, and support healthier indoor environments without compromising performance.
Contact Denron Hall to discuss whether an energy recovery system is the right fit for your next project.
FAQs
› What is an energy recovery system?
An energy recovery system captures heating or cooling energy from exhaust air and transfers it to incoming outdoor air, reducing the amount of energy needed to condition the building.
› What is an Energy Recovery Ventilator (ERV)?
An ERV transfers both heat and moisture between outgoing and incoming air streams, helping improve ventilation efficiency while maintaining indoor comfort.
› Which buildings benefit most from energy recovery?
Facilities with high ventilation requirements—such as hospitals, schools, laboratories, manufacturing facilities, and office buildings—often see the greatest benefit.
› Can energy recovery systems be added to an existing HVAC system?
Yes. Many energy recovery technologies can be incorporated into existing HVAC systems as part of a retrofit or mechanical upgrade, depending on the building and equipment.
› Does Denron Hall design as well as install energy recovery systems?
Yes. Denron Hall provides engineering, system design, equipment selection, and installation for commercial energy recovery systems throughout New England.