Description du projet :
DeCarb-PUI builds upon this far-reaching statement: In a resource constrained world: think exergy, not energy (Science Europe 2016). In many industrial sectors, heat transfer induces large exergy losses, notably due to utility systems designed to meet the temperature required by the most de-manding process. E.g., medium pressure steam systems are a de facto 'standard', thus manufac-turers design their process equipment accordingly. DeCarb-PUI challenges these standards and focuses on heat transfer at the process-utility interface through redesign of both the processes and the utility system. This new approach is set up by involving partners from both process industries and equipment manufacturers. Case studies are used to extend existing graphical tools and meth-ods for heat integration, and to demonstrate the decarbonization potential thanks to larger heat re-covery, and enhanced efficiency and profitability of heat upgrading technologies (heat pumps) and of renewable resources.
Equipe de recherche au sein de la HES-SO:
Capezzali Massimiliano
, Fesefeldt Marten
, Krummenacher Pierre
, Hanin Khaoula
, Weber Nicolas
, Notarangeli David
Partenaires académiques: HSLU - Hpchschule Luzern
Durée du projet:
01.11.2021 - 31.12.2024
Statut: En cours
SWITCH edu-ID
Administration
