Vapor Overproduction Condition Monitoring in a Liquid–Vapor Ejector

We consider the influence of vapor content in mixed flow leaving a liquid-vapor ejector on energy efficiency vacuum unit. As shown by numerical studies ejectors, this issue is important as overproduction, which accompanies process secondary ejection, directly impacts working both and unit whole. The greater degree load phase separator, part In addition, liquid must be returned to cycle ensure constancy mass rate fluid primary flow. Our study results revealed rational value overproduction at liquid–vapor was maximized, amount additional that needed enter minimal. Experimental condition monitoring were carried out plane-parallel transparent models with different path geometries. Through experimental studies, we confirmed adjusted values achievable ejector, depending overproduction. Using comparative analysis ejectors geometries, differences their processes, consisted completion mixing media flows. To determine feasibility using exergy performed, resulting indicators.