Study / Cogeneration / trigeneration : opportunities to improve the performance of waste heat recovery systems
The rational use of energy, already a significant concern in the context of energy transition for climate change mitigation, has also become a major geopolitical issue in recent years.
Amongst the main technologies that enable energy conservation by harnessing waste heat from processes, combined heat and power (“CHP”) and trigeneration systems simultaneously produce electricity, heat, cooling, or mechanical energy.
The objective of this ALLICE report is to explore the opportunities to improve the performance of waste heat recovery systems, focusing on these technologies (ORC, thermally driven compression cooling, and heating), and to conduct investigations on associated financing solutions.
Amongst the main technologies that enable energy conservation by harnessing waste heat from processes, combined heat and power (“CHP”) and trigeneration systems simultaneously produce electricity, heat, cooling, or mechanical energy.
The objective of this ALLICE report is to explore the opportunities to improve the performance of waste heat recovery systems, focusing on these technologies (ORC, thermally driven compression cooling, and heating), and to conduct investigations on associated financing solutions.
