Your Path to Decarbonization powered by HEATEN’s High-Temperature Heat Pumps

Higher source temperatures and lower required process temperatures improve heat-pump performance — think dryer hood vapour dewpoint ≥ 60°C as a strong source candidate. 

Take the hot, humid air leaving the dryer and capture its heat (both the heat in the air and the heat in the water vapor). That recovered heat is transferred into a warm-water loop that the heat pump can then “boost” to useful process temperatures.

HeatBooster lifts recovered warm water to high-temperature process heat—feeding hot-water loops directly or supplying steam via a steam generator, depending on the mill. The solution is modular, so it scales from single units to larger engineered systems.

 HeatBooster is designed for excellent part-load performance, allowing it to respond efficiently to non-steady process conditions and frequent load changes. This enables more dynamic operation with higher cycling tolerance, stable pressure and temperature control, and efficient steam supply even when production ramps up or down, while reducing boiler load.