Discover how electrification impacts sustainability goals and costs in industrial facilities. Learn about a Carbon Reduction Savings Tool that helps assess equipment choices, with a case study comparing electric heating to Cambridge's HTHV Blow-Thru Heating system. Uncover surprising findings revealing potential increases in CO2 emissions and operating costs with electric heating. Make informed decisions about sustainability investments with guidance from our Applications Engineering team. Start your sustainability journey today by contacting your local representative.

Discover the essential Cambridge S-Series Preventative Maintenance Schedule for peak performance and longevity. Learn about inspection frequencies and key tasks to keep your unit running efficiently and reduce downtime. Optimize your heating unit with our comprehensive maintenance guide.

In our white paper, “Electric vs Gas Heat”, we delve into the practical implications of using electric heat in place of highly efficient natural gas-fired heating equipment, with a specific focus on warehouses. As everyone embarks on a journey towards reducing their carbon footprint and embracing electrification, it is crucial to consider the practicality and limitations of electrical infrastructure capacity when implementing these changes.

In Fairmont, WV, a manufacturer with a 160,000 ft2 building faced a challenge. They were using direct-fired-recirculation units to heat their facility, but this resulted in uneven temperatures, high operating costs, cold dock areas, and maintenance headaches. They knew they needed a solution that would not only reduce their energy consumption and carbon emissions but also save on annual operational costs. That's when they decided to turn to the Cambridge S-Series.

Camp Casey and Camp K16 are two U.S. military bases in South Korea that have invested in innovative HVAC solutions to maintain a healthy and comfortable working environment for their troops during harsh winters. Discover how the S-Series HTHV heating system and M-Series ventilation systems are helping these bases maintain even indoor air quality and warmth, and the training provided by Cambridge Air Solutions to ensure the equipment is being used to its full potential.

There are two main non-recirculating direct gas-fired heater designs for commercial and industrial applications and those are blow-through and draw-through. The main difference in these two systems is the location of the blower relative to the burner. While a simple difference, blow-through units provide multiple benefits for large industrial space heating driven applications.