Industrial Heat Pumps
Clade industrial heat pumps are designed to decarbonise manufacturing and process heat at scale. Built in the UK and engineered for efficiency, our large heat pump systems recover waste heat, deliver high output temperatures, and reduce reliance on fossil fuels, helping industries meet carbon targets and control energy costs. Whether you are looking for an air, ground or water source system, we have the solutions for you, from design and manufacturing, to installation and support.
Maple CO2 SN/400 Heat Pump
The Maple SN/400 is our CO2 (R744) modular high capacity heat pump for heating and hot water production. Up to 400KW of heating capacity at -5C ambient temperature and 70C flow temperatures all at high COPs.
Maple CO2 SN/500 Heat Pump
The Maple CO2 SN/500 is Clade’s modular CO2 (R744) heat pump engineered for demanding commercial heating and hot water needs. With up to 500 kW heating capacity at −5 °C ambient and supporting flow temperatures up to 70 °C, it delivers exceptional performance with high COPs
Rowan R290 SN/300 Heat Pump
The Rowan SN/300 is part of our range of R290 propane heat pumps, offering an affordable, low carbon solution with superb heat service. Compact and easy to install, with an output of 320kW at -5C ambient.
Rowan R290 SN/375 Heat Pump
The Rowan SN/375 is part of Clade’s R290 propane heat pump range—designed for compact installation and cost-effective, low-carbon heating. Delivering 375 kW output at –5 °C ambient and 600 kW at +7 °C, it offers robust performance, inverter-variable capacity, hot-gas defrost, and modular design with a reversible external header for easier installation.
Yew High Temperature SN/280 Heat Pump
The SN/280 Yew is as efficient as our standard temperature R290 heat pumps when operated at lower temperatures, this opens up the opportunity to improve building or system performance over time. Featuring unparallelled 80/70 flow and return from a heat pump up to 420KW at +7°C ambient temperature.
Yew High Temperature SN/350 Heat Pump
The Yew SN/350 is Clade’s large-capacity, R290 propane heat pump, engineered as a direct boiler replacement with advanced performance control. Capable of delivering 350 kW at −5 °C ambient and 525 kW at +7 °C, it maintains exceptional efficiency via inverter capacity control, PIC valves, and hot-gas defrost. Modular in design and easily installed with a reversible external header, the SN/350 supports scalable, low-carbon heating solutions up to 525 kW.
Clade Engineering offers air, ground, and water source heat pumps and refrigeration that use eco-friendly CO2 coolant and can operate either singly or as part of a multi-unit system.
What Are Industrial Heat Pumps & How Do They Work?
Industrial heat pumps are large-scale systems designed to provide reliable, high-temperature heat for manufacturing and processing. Unlike domestic or commercial models, they are built to handle much greater capacities and operate at higher temperatures, often reaching up to 80°C, making them suitable for industries such as food and drink, chemicals, pharmaceuticals, and more.
They work by capturing heat from a low-temperature source, such as ambient air, water, or waste heat from industrial processes, and upgrading it to a usable level. This is achieved through a closed refrigerant cycle, which absorbs, compresses, and transfers energy. Powered by electricity, industrial heat pumps can deliver three to four times more heat energy than the electricity they consume, making them both efficient and sustainable.
Industrial Heat Recovery
Industrial heat recovery is the process of capturing waste heat from manufacturing, refrigeration, or cooling systems and reusing it for valuable purposes. Instead of losing this energy to the atmosphere, Clade’s industrial heat pumps upgrade low-grade heat into higher-grade energy that can support processes, heating, or hot water. This approach helps reduce carbon emissions, improves efficiency, and lowers fuel costs, making waste heat recovery one of the most effective tools for industrial decarbonisation.
District Heating Solutions
District heating is a centralised energy system that distributes heat to multiple buildings through insulated pipes. Traditionally powered by fossil fuels, modern district heating increasingly uses renewable technologies and industrial heat pumps. Clade designs and delivers heat pump solutions that integrate with district networks, turning waste heat or ambient energy into a sustainable heat supply. This provides communities, campuses, and industrial estates with reliable, low-carbon heating while supporting the UK’s transition to net zero.
FAQ's About Industrial Heat pumps
They are widely used in sectors like food and beverage, chemicals, hospitals, pharmaceuticals, and data centres. Applications include drying, pasteurisation, sterilisation, washing, and producing high-temperature hot water or steam for manufacturing processes.
Clade’s industrial heat pumps can deliver temperatures of up to 80°C, making them suitable for demanding applications that traditionally relied on gas or oil-fired boilers.
Yes. Although the upfront investment can be higher than conventional boilers, the efficiency gains—often 3 to 4 units of heat for every unit of electricity used—deliver significant long-term savings. They also reduce exposure to volatile gas and oil prices.
Absolutely. One of their major advantages is the ability to recover and upgrade waste heat from industrial processes, refrigeration systems, or cooling circuits, turning it into valuable energy rather than letting it go to waste.
Not more than other large-scale mechanical systems. With regular servicing and monitoring, industrial heat pumps are reliable and have long operational lifetimes.
Yes. Industrial heat pumps are increasingly integrated into district heating networks, where they provide low-carbon heat to multiple buildings or communities. They can harness waste heat, groundwater, or ambient air to supply reliable heat at scale.
Energy Efficiency: Reduce operational costs by using renewable energy sources.
Sustainability: Significantly lower your carbon footprint and meet sustainability goals.
Compliance: Stay ahead of UK government requirements for renewable heating solutions in new builds and refurbishments.
Future-Proofing: Protect your business from rising energy costs and stricter environmental regulations.
Yes, heat pumps can often be retrofitted into existing systems with minimal disruption. Our team of experts will assess your building to design a solution that integrates seamlessly with your current setup.
By replacing fossil-fuel-based heating systems, industrial heat pumps cut direct CO₂ emissions. When powered by renewable electricity, they can achieve near-zero operational carbon, making them a key technology for decarbonising process heat.
Yes, many industrial heat pumps are designed to provide both heating and cooling. They offer an all-in-one solution for maintaining comfortable indoor temperatures year-round.
CONTACT US
Speak with our team of experts and discuss your requirements. Complete this quick form and we will be in touch or contact us using:
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