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This master's thesis investigates the technical feasibility of integrating a high-temperature heat pump into a CO2 capture pilot project to reduce its energy consumption. The study includes a comprehensive review of heat pump technologies, explores available heat sources in the CO2 capture process, and develops a theoretical model to simulate different heat pump configurations. The findings show significant potential energy savings, with the optimal configurations reducing energy consumption by up to 65%. Future experimental testing is recommended to validate these results and enhance the understanding of scroll compressors' behavior at high temperatures.

CO2 capture --- High temperature heat pump --- Heat pump --- Ingénierie, informatique & technologie > Energie