Advancing Heat Recovery in Hot Rolling Advanced 3D heat transfer radiation simulations have been developed by CRM Group to accurately model the infrared heat radiation from industrial hot-rolled steel coils. These simulations were experimentally validated at lab scale and are now being translated into practice. The results are directly supporting the design of an industrial heat-capturing test rig, equipped with infrared heat-absorbing panels, enabling…

📄 New Publication from Università Politecnica delle Marche We are pleased to announce that our partners at Università Politecnica delle Marche have published a new peer-reviewed article closely aligned with the objectives of the HURRICANE Project. About the Study:– Systematic literature review on industrial symbiosis in the steel industry is responsible for ~7% of global GHG emissions;Iron and steel…

From Lab Simulation to Industrial Scale Heat Recovery From Lab Simulation to Industrial Scale Heat Recovery At CRM Group a dedicated hot-coil simulator was built , capable of reproducing the heat release of industrial hot-rolled steel coils at temperatures up to 600 °C, representative of real conditions in a hot rolling mill. This simulator is used to test innovative infrared heat-absorbing…

Exploring Conductive Heat Recovery from Hot-Rolled Coils A dedicated hot-coil simulator has been developed at CRM Group, capable of reproducing the heat release of industrial hot-rolled steel coils at temperatures up to 600 °C, representative of real hot rolling mill conditions. This unique setup is used to test novel heat exchanger concepts, including conductive heat exchangers designed to directly extract heat from industrial…