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Upgrade (HeatMinds). The overall aim of the work programme is to undertake cutting-edge multidisciplinary research and development to make a step change in the understanding of Industrial High Temperature
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of turbo-compressors suitable for industrial high temperature heat pumps (IHTHPs). The focus will be on the gas flow path considering non-ideal gas behaviour and multi-stage arrangements. Computational Fluid
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Actions (MSCA) ITN aiming to train 15 PhD candidates within the newly funded project: Industrial Decarbonisation Using Innovative Low-Grade Heat Upgrade (HeatMinds). The overall aim of the work programme is
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. The Directorate supports the full student lifecycle from programme approval and assessment to graduation, ensuring that Brunel’s academic provision meets the standards set by the Office for Students (OfS
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presented in a form that supports decision making without disrupting production. The concept builds on earlier research from the Factory of the Future programme, where predictive modelling, integrated
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. Experience in thermodynamic modelling and the use of simulation tools such as TRNSYS, EnergyPlus, Aspen, and Computational Fluid Dynamics software packages is essential. Instrumentation and experimentation