Making heavy industry
cooler and cleaner
Reducing carbon impact by improving thermal efficiency
Our thermal management technologies can reduce carbon impact by improving thermal efficiency across a wide range of power generation and industrial applications. They also enable carbon capture and can turn waste heat into energy, which in turn can cut operating costs.
Efficient and effective waste heat recovery
Our heat exchangers are compact, light and easy to retrofit. Our systems can be optimised to recover more heat for unrivalled system efficiencies.Â
Reduce your carbon footprint
Reduce carbon impact by improving efficiency, while also enabling carbon capture, helping you meet net zero targets.Â
Cut operating costs
Effectiveness (heat captured) can be optimised to recover more heat for increased system efficiency, reducing operational and total life costs.Â
Save valuable space
Our heat exchanger geometries result in significantly more compact, lighter units, making it possible to capture heat from otherwise wasted streams.
Integrate with existing systems
Our spiral geometry heat exchangers are easy to retrofit into existing systems where heat recovery has been previously considered impractical.Â
Capture more waste heat than before
- Almost all energy losses take the form of heat, but if that heat can be harnessed and re-purposed, system efficiency can be radically improved.
- Waste heat can be re-used on-site, exported to other sites or heat networks, and even converted to mechanical energy for generating electricity.
- Our heat exchangers and heat management solutions are compact enough to capture waste heat in spaces where it wasn’t feasible before.
- They can capture more thermal energy than rival systems, boosting efficiency wherever heat needs to be transferred from one medium to another.
Reaction Engines’ 10MW waste heat recovery unit
Nammo Westcott: exhaust plume cooling
In regular use for over a year at the UK National Space Propulsion Test Facility, our cooling technology brings rocket exhaust gas temperatures down from over 2,000°C to less than 50°C.Â
Case study
Brunel University: pioneering a new approach
See how we helped Brunel University harness the power of waste heat.
Let's talk
Unlock the potential of your waste heat – Partner with us to harness its power and transform it into a valuable energy resource for your industry.
