Thermodynamic Study of Brine Evaporation in Air-Carried Separation Cycle with Process Heat

This research investigates the thermodynamic mechanisms governing brine evaporation within an air-carried evaporating separation cycle. The study specifically focuses on cycles that are augmented by process heat supply, aiming to understand the efficiency and fundamental principles of this separation technique. The core of the investigation lies in analyzing how heat transfer and phase change occur under the conditions of this specific cycle configuration. Understanding these mechanisms is crucial for optimizing the design and operation of such systems for desalination or other industrial applications. The paper delves into the theoretical aspects of the thermodynamic processes involved, providing insights into energy consumption and potential improvements. It seeks to establish a clearer picture of the energy dynamics at play during brine evaporation in this context. The findings are intended to contribute to the advancement of separation technologies that rely on evaporation and heat integration.