Toledo

HVAC, Cooling Tower and Boiler Services in Toledo, Ohio

For over 50 years, Campbell has been the leading provider of commercial mechanical services in Toledo, Ohio. We design, implement, and service the best technologies for heating, ventilation, and air conditioning systems. We are experts in cooling tower mechanical services and boiler service. We pride ourselves in reducing energy costs for our commercial, industrial, institutional, and large retail facilities with little or no capital investment.

Contact us and we can start producing significant savings for you today with our preventative maintenance and Guaranteed Lifetime Protection.

Toledo Location

2875 Crane Way
Northwood, OH 43619

(419) 476-4444

We service Toledo-area communities including:

  • Archbold
  • Berkey
  • Bowling Green
  • Defiance
  • Delta
  • Fremont
  • Genoa
  • Haskins
  • Holland
  • Liberty Center
  • Maumee
  • Millbury
  • Monclova
  • Napoleon
  • Northwood
  • Norwalk
  • Oregon
  • Ottawa Hills
  • Perrysburg
  • Rossford
  • Sylvania
  • Swanton
  • Walbridge
  • Waterville
  • Wauseon
  • Whitehouse

Energy Management Delivers Results

We specialize in helping Toledo, Ohio commercial, industrial, institutional, and large retail facilities save energy by performing a thorough energy audit. Determining your level of energy consumption allows us to identify opportunities to reduce energy waste. We recommend low and no cost operational changes to how your building operates, allowing you to reduce your energy costs with little or no capital investment.

Preventative Maintenance Saves Money

Our preventive maintenance program can reduce utility costs up to 30% for our Toledo, Ohio customers with little to no additional capital expenses. We are able to do this because we have over 50 years of research to predict problem areas. Our multi-disciplined team of commercial HVAC engineers, technicians, and project managers partner with our customers to be proactive in preventing equipment failure. We save our customers money by optimizing their system’s performance and minimizing their wear.