What Makes Us Different
Simultaneous Heating and Cooling, Properly Controlled
​Useful energy recovered without destabilising processes
Our heat pump systems are engineered to deliver heating and cooling from a single platform where it makes sense — balancing loads carefully to maintain stable temperatures and predictable operation.
Engineered Around Real Process Demands
Temperature, load, and duty matched precisely
Each system is designed to meet the actual temperature levels, load profiles, and operating patterns of your process — not theoretical performance points or catalogue assumptions.
Built-In Monitoring for Predictable Operation
Visibility that supports long-term performance
Integrated monitoring tracks system behaviour in real time, allowing early identification of performance drift and informed adjustments to maintain reliable, efficient operation over time.
Revolutionising Industrial Heating And Cooling
NovaCool Solutions Ltd is redefining how industrial sites manage energy by unifying heating and cooling into a single, high-efficiency system. Our industrial heat pumps recover usable energy from ambient air and process operations, converting waste heat into controlled, low-carbon thermal output.
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Designed to integrate seamlessly with existing plant infrastructure, these systems reduce reliance on traditional fossil-fuel heating while delivering stable, predictable thermal performance over the long term. The result is decarbonisation that actually works in the real world—without operational compromise.
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For further efficiency gains, explore our heat recovery chillers to see how captured energy can be redeployed to enhance overall process performance and system resilience.
How Industrial Heat Pumps Work?
Industrial heat pumps work by moving heat, not creating it. They extract low-grade heat from ambient air, process water, or waste energy streams and upgrade it into usable thermal energy for production processes or building services
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At the core is a closed refrigeration cycle. A low-GWP refrigerant absorbs heat at low temperature, is compressed to raise its energy level, then releases that heat where it’s needed. The same cycle can provide heating and cooling simultaneously, making it far more efficient than systems that burn fuel to generate heat and then separately reject waste energy
Because energy is transferred rather than generated, industrial heat pumps deliver high efficiency across applications such as process heating, hot water generation, and integrated heating and cooling systems. They provide a practical, low-carbon alternative to boilers and resistive heaters—without sacrificing control or reliability
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For a deeper look at how these systems integrate with wider plant infrastructure, see our Chilled Water System Design and Installation page, where cooling and heat recovery are engineered as part of one joined-up system.
That’s the quiet magic of thermodynamics: you stop paying twice for energy you already had, and start using it properly
Key Benefits Of Industrial Heat Pumps
Industrial heat pumps can reduce heating energy demand by up to 75%, dramatically cutting dependence on fossil fuels while improving overall energy balance. Their ability to deliver simultaneous heating and cooling allows waste energy to be reused rather than rejected, increasing process efficiency and lowering COâ‚‚ emissions at the system level.
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Designed around future-proof, low-GWP refrigerants such as R290 and R1234ze, these systems align with both current legislation and what regulators haven’t finished arguing about yet. Integrated remote monitoring and energy performance tracking provide continuous visibility, ensuring stable, efficient operation throughout the year.
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The result is a practical route to net-zero targets that doesn’t trade away productivity, control, or engineering sanity.
Why Choose NovaCool
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Engineer-led specification ensures correct sizing for process demand
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Integration with existing cooling systems to recover waste heat
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Low GWP refrigerant options for future compliance
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Full installation, commissioning, and maintenance support
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Energy performance monitoring with remote access
We don’t just install heat pumps — we engineer full system efficiency.
