High Temperature Heat Pumps

High-temperature heat pumps (HTHPs) electrify process heat by upgrading waste or ambient heat to 100–160 °C in commercial deployments, with pilots reaching ~180–200 °C. They’re used for drying, pasteurization, paper & pulp, chemicals, and for higher-temperature district heating (up to ~120 °C). Compared with fossil boilers, HTHPs cut energy use and emissions because their efficiency (COP) is greater than 1 and remains more stable when the heat source is steady; performance mainly depends on the temperature lift. Studies indicate that extending HTHPs to ~200 °C could cover ~37% of EU industrial process-heat demand, and real-world projects already deliver 110–160 °C hot air or steam.

Why Choose Us?

Process-Ready Solutions: Heat pumps designed for demanding industrial needs up to 200 °C.
Energy & Emission Savings: Reduce fuel costs and cut CO₂ emissions with high COP performance.
Proven Industrial Reliability: Built to handle continuous operation in sectors like food, paper, and chemicals.
Integration Expertise: Seamless retrofitting into existing boiler, steam, and district heating systems.
Lifecycle Support: From feasibility studies to commissioning and long-term maintenance.

Frequently Asked Questions

What are high-temperature heat pumps?

High-temperature heat pumps (HTHPs) are industrial systems that can deliver hot water, steam, or air at temperatures up to 200 °C by upgrading waste heat or renewable heat sources.

Where can high-temperature heat pumps be used?

They are widely applied in industries such as food & beverage (pasteurization, drying), paper & pulp, chemicals, textiles, and for district heating systems requiring water above 100 °C.

How efficient are high-temperature heat pumps compared to boilers?

Unlike fossil-fuel boilers that convert fuel directly to heat, HTHPs achieve a coefficient of performance (COP) typically between 2 and 4, meaning they produce 2–4 units of heat per unit of electricity consumed.

Can high-temperature heat pumps be retrofitted into existing systems?

Yes, many HTHPs are designed for integration with existing steam or hot-water networks, reducing the need for complete system overhauls and lowering transition costs.

What is the lifespan of a high-temperature heat pump?

With proper operation and maintenance, industrial HTHPs typically last 15–20 years, offering long-term energy savings and carbon reduction benefits.