novel waste heat recovery metal additive manufacturing
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HiETA Technologies Recently Tested Our Novel Waste Heat Recovery System

HiETA Technologies recently tested our novel waste heat recovery system, as part of a collaborative R&D project with Bath University and AXES Design, generating over 1kW of power from an exhaust stream. As part of an Innovate UK project,…
Waste-heat heat exchanger Technologies Engineering Additive Manufacturing
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HiETA Successfully Tests a Waste-Heat Heat Exchanger

HiETA Technologies recently tested a waste-heat heat exchanger to 36 bar, 650°C temperature, as part of a collaborative R&D project named iBRANCH with Bath University and AXES Design. The steam superheater heat exchanger is made from…
Waste-heat heat exchanger Technologies Engineering Additive Manufacturing
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HiETA Tests Our Highest Effectiveness Heat Exchanger

HiETA Technologies recently tested our highest ever effectiveness (>96%) heat exchanger, as part of a collaborative R&D project with Bath University and AXES Design. The Ultra-compact air to liquid heat exchanger, which is more…
Waste-heat heat exchanger Technologies Engineering Additive Manufacturing
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IoD Bristol Technologies, Trends and Processes for 3D Design and Manufacturing

The Institute of Directors, Centre for Modelling & Simulation (CFMS) and HiETA Technologies will be holding a Technology Briefing Event on the evolution of technologies, trends and the future for 3D design manufacturing. There will be presentations…