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Stabilising casting conditions with recovered waste heat
Casting defects in metal production can be addressed by implementing the thermoelectric material-based system for recycling waste process heat. By efficiently capturing and utilising the waste heat generated during casting, this technology optimises energy consumption, improves operating conditions and minimises casting defects. The enhanced energy efficiency and sustainability offered by the system contribute to a more reliable and high-quality metal-casting process.
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.
