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.

Find the ideal cooling solution for your specific climate – whether it's dry or humid. Dive into our in-depth comparison of Swamp Coolers and Cambridge Air Solutions ESC Units to make an informed decision for cost-effective and efficient cooling solutions.

Discover Cambridge's innovative SPEC Air Technology, a 100% outside air ventilation unit that provides freeze protection and meets building codes. In case you missed the presentation at AHR 2023, learn more about the unit's applications, features, and benefits. Ideal for unoccupied warehouse spaces and climate zones, the Spec Air Series is a cost-effective and reliable solution that addresses basic ventilation needs without compromising the project budget. Find out more today and stay tuned for AHR 2024!

While electrified systems that produce zero carbon are a long-term goal for some, the reality is that leaders will need make decisions for their facilities long before that goal will be achievable. Finding partners and technology that require less carbon, especially for large, high-bay facilities is instrumental to helping these leaders along that path.

The Cambridge M-Series make-up air unit is a 100% outside air direct-fired, tempered ventilation system that provides the most energy efficient solution to offset building exhaust. It is designed to be durable and reliable, with lower maintenance costs. It works by tempering 100% outside air, creating a consistently comfortable and well-ventilated facility, resolving the uneven temperatures caused by the exhaust process.

In this video produced for ASHRAE Journal, our Director of Engineering Dave Binz showcases the ESC-Series two-stage evaporative cooling unit installed in our facility in Chesterfield, MO.