What Makes Us Different
Heat Recovery Designed Into the System
Useful heat captured without destabilising cooling
Heat recovery circuits are integrated at design stage, allowing rejected heat to be reused where it has value — without compromising cooling stability or process control
Future-Ready Refrigerant Strategy
Low-GWP refrigerants, correctly applied
Refrigerant selection is engineered around operating conditions, efficiency, and regulatory direction — ensuring long-term compliance without introducing unnecessary risk or complexity.
Installed, Commissioned, and Proven
Turnkey delivery with performance verified
Systems are installed, integrated, and commissioned by engineers who understand both cooling and heat recovery behaviour — ensuring the system performs as intended from day one.
Revolutionise Your Cooling With Heat Recovery Chillers
NovaCool Solutions Ltd heat recovery chillers turn wasted heat into usable energy. Instead of dumping wasted heat to atmosphere, these systems capture it and put it back to work—pre-heating process water, feeding washdown systems, or supporting space heating. The result is lower energy consumption, reduced utility costs, and faster payback from equipment you already rely on.
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By delivering cooling and heating at the same time, heat recovery chillers increase total system efficiency and cut reliance on separate heating plant. That means fewer running hours on boilers, lower carbon emissions, and a more resilient energy strategy across your site.
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Engineered around your specific processes and compatible with low-GWP refrigerants, these systems support sustainability targets without compromising performance or uptime. When integrated into a properly designed chilled water system, heat recovery provides complete temperature control—cooling where it’s needed, heat where it’s useful, and no energy wasted in between.
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Cooling done differently means making every kilowatt earn its keep.
How Heat Recovery Chillers Work For You
Heat recovery chillers capture energy that would normally be rejected to atmosphere during standard cooling operation and put it back to work within your facility. Instead of wasting heat, the system redirects it through a dedicated heat exchanger, making it immediately available for process use, washdown, pre-heating, or space heating.
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This recovered heat is delivered alongside stable cooling, allowing your site to cool and heat simultaneously from a single system. The result is higher overall efficiency, reduced energy consumption, and lower reliance on separate heating plant.
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Available in both air-cooled and water-cooled configurations, heat recovery chillers provide combined cooling and usable heat in one integrated unit—simplifying plant design while maximising energy value.
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In short: less wasted energy, lower running costs, and more done with the same electrical input.
Cooling done differently means nothing gets thrown away unless it absolutely has to.
Why Choose Heat Recovery Chillers?
Choosing heat recovery chillers cuts energy spend while extracting more value from every kilowatt consumed. By reclaiming waste heat and using it productively, these systems significantly improve overall efficiency, delivering higher COP, SEPR, and EER figures compared to conventional cooling plant.
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Recovered heat reduces dependence on boilers and other external heating sources, lowering fuel usage, carbon emissions, and exposure to volatile energy prices. Cooling and heating happen simultaneously, improving system performance without increasing electrical demand.
Heat recovery chillers are a future-proof investment. They support tightening environmental regulations, align with sustainability targets, and integrate with low-GWP refrigerants to reduce long-term compliance risk.
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With engineer-led specification, each system is correctly sized for the actual cooling and heat recovery load—not guessed, not oversized. The result is stable operation, lower maintenance requirements, reliable long-term performance, and a maximised return on investment.
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In plain terms: less energy wasted, lower costs locked in, and plant that still makes sense when regulations and energy prices move—because they always do.
Complete Heat Recovery Chiller Solutions
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Every installation includes:
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Full site survey
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Calculation of available recoverable heat
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System design and overview
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Integration into existing or new process systems
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Turnkey installation and commissioning
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Ongoing maintenance
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NovaCool’s engineer-led approach ensures maximum return on investment through correctly sized and optimised heat recovery systems.
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