Commercial
/Industrial

Seaman’s Mechanical can help provide a comfortable environment with good air quality for your employees and can also we can also design and maintain the right balance of temperature and air changes in industrial applications. By reviewing your building, we can help locate added costs from everyday activities, such as adjusting air volume/burner tune-up, and provide solutions to help reduce your energy bill. With planned maintenance service for your HVAC system, our experienced technicians can keep your system running efficiently and extend its lifespan.

Systems Serviced

Air Conditioning
Air Dryers
Chillers
Controls
Cooling Towers
Electrical & Plumbing
Energy Recovery Ventilation (ERV) Units
Environmental Test Chambers
Exhaust Fans
Furnaces
Geothermal Systems
Hot Water & Steam Boilers
Industrial Space Heaters
Infrared Heaters
Liebert Units
Make-up Air Units
Panel/Cabinet Coolers
PTAC Units
Radiant Floor Systems
Rooftop Packaged Units
Snow Melt Systems
Unit Heaters
Warehouse Heating Systems
Water Source Heat Pumps

Partial Client List

Steelcase
Amway
Lacks Industries
WOOD TV8
Alliance Beverage
Advanced Packaging
L3 Communications
Byrne Electrical Specialists
Mister Carwash (Bought all the Southland locations)
Royal Technologies
Francis Realty
AV Flight
Q2 Facility
Folk America
FLEXCO

Seaman's can perform equipment inspections, air balance reports, CSD-1 boiler inspections, and Backflow Prevention Device testing.

Commercial/Industrial Case Study

The situation: A Grand Rapids based manufacturer was experiencing significant environmental issues in their building. Temperatures were very uneven, there was a constant negative air pressure in the building, and the maintenance costs were very high. The building was a 231,000 sq. ft. structure, and energy costs were spiraling out of control!

Seaman's is contacted: A comprehensive study was conducted and specialty heaters were recommended to replace an inefficient steam boiler.

Results: The client saved $109,000 in energy costs annually with natural gas usage down 36%. The negative air pressure situation was eliminated and temperatures throughout the building were even and comfortable.