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Turning lost process heat back into usable energy
Manufacturing processes generate a substantial amount of waste heat, with an estimated 20–50% of energy being lost in the form of heat. Our team has developed an efficient thermoelectric material-based system for recycling waste process heat. The technology has the potential to reduce energy consumption and operating costs across industries, while also minimising greenhouse-gas emissions. It enhances the energy efficiency and sustainability of production processes.
A thermoelectric material-based system that recycles waste process heat to hold consistent, controlled temperatures during casting — improving product quality, reducing defects and cutting material waste.
View projectApplying thermoelectric waste-heat recycling to surface casting — optimising energy use, reducing operating costs and minimising greenhouse-gas emissions in this specific manufacturing technique.
View projectDeveloping advanced fabrication techniques and optimising composition and structure to create thermoelectric materials with high electrical and low thermal conductivity — maximising waste-heat-to-electricity conversion.
View projectTell us about your process and goals — we'll scope the R&D path from prototype to production.
