It was great to work with Jason, Ethan, and Rob on the job for Wayne State University. They corrected the airflow in places that nobody could correct before. Jason went above and beyond what I expected a Balancer to do. He really knows what he is doing and he loves his job. I hope I get to work with them again for our next accreditation visit in three years.
Patrick was an absolute pleasure to work with and did a great job. Top-notch! The entire team is happy. His accessibility, attitude, and response were 2nd to none. Your team stood out to me and others in a very positive way. I hope I have the opportunity to work with you again in the future.
Thank you for all the hard work and many hours you and Mike put in this weekend balancing the temp AHU's and verifying all the procedure rooms. The weekend tasks wouldn't have been successful without your going the extra mile.
Thank you for the dedicated effort, late hours, commitment to commissioning all the work in the last three years. My sincere appreciation to your staff for their professional attitude and dedication to getting all the work done.
Certified NEBB technicians trained to utilize the most advanced procedures to ensure superior (TAB) services in the following areas.
At Enviro-Aire, we are experts in the routine testing, adjusting, and balancing of air systems. Our testing contracts can include, but are not limited to) the testing and balancing of HVAC constant and variable volume systems, multi-zone systems, induction unit systems, dual-duct systems, energy recovery systems, laboratory and bio-safety systems, industrial systems, and commercial kitchen ventilation systems.
We provide annual testing of airflow and air quality of critical areas for hospitals and healthcare. Our certified staff also performs annual fire and smoke damper inspections to ensure safety and integrity of air systems.
Our Hydronic TAB Technicians ensure that each tested system is achieving the required water flow at each element of the system, and that system pressures required to maintain adequate water flow are at the optimum setting for the overall energy efficiency of the system.