Ceramic and tile manufacturing is extremely energy-intensive, with kilns, dryers, and glaze lines driving high fuel and electricity costs—often up to 30% of total production expenses. At the same time, large amounts of heat are wasted through exhaust and flue gases. Air-to-water waste heat recovery (ATW WHR) offers a smart solution by capturing this unused energy, helping manufacturers reduce costs, lower emissions, and improve sustainability with a fast return on investment.

Glass manufacturing is among the most energy-intensive industries, rivaling steel, cement, and chemicals. Furnaces run above 1,500°C, operate nonstop, and leave no margin for error. But much of that energy escapes unused—vented as high-temperature exhaust. Waste heat recovery captures this lost energy and redirects it into valuable use, turning waste into efficiency.

The U.S. correctional system, housing over 1.9 million people in 5,500+ correctional facilities, operates nonstop—providing meals, housing, medical care, and more. This constant activity consumes vast amounts of fuel, much of which is lost as waste heat. Air-to-water (ATW) heat recovery systems offer a smart solution, capturing that heat to cut fuel use, lower utility costs, and reduce environmental impact.

Military bases operate as self-contained communities with intense energy and water demands. These installations function like microcosms of society, providing everything from housing and dining to medical care and industrial operations. They face unique resource challenges that most civilian facilities will never encounter, as they must maintain operational readiness 24/7 while often operating in remote or hostile environments where resource security can't be taken for granted.