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Information × Registration Number 0211U000584, 0109U002218 , R & D reports Title Developing the technologies of combined generation of energy with low boiling working fluids for ship complexes of life support popup.stage_title Head Radchenko Mykola Ivanovich, Registration Date 10-02-2011 Organization National university of shipbuilding of admiral Makarov popup.description2 Object of researches power plant waste heat recovery technologies of combined generation of energy with low boiling working fluids (LBWF) for ship complexes of energy-life support.The purpose of work - development of technologies of combined generation of energy with LBWF and their realization in waste heat recovery systems of combined generation of heat and cold for ship complexes of energy-life support.Methods of investigation: methods of thermodynamical, heat transfer and hydrodynamical calculations.Theoretical results: Developed methods of heat-hydrodynamical calculation of processes of transforming of waste heat of marine power plant into cold with phase change of LBWF; advanced cycles of transforming of waste heat of marine power plant into cold that provide decreasing the energy waste caused by irreversibility; developed technologies of transforming of waste heat of marine power plant into cold with phase change of LBWF; developed technologies of combined generation of heat and cold adopted to changeable heat load upon ship complexes of energy-life support due to climatic conditions of their performance. Applied results: Developed systems of combined generation of heat and cold with LBWF for ship complexes of energy-life support recovering the waste heat of marine power plant; advanced methods of heat-hydrodynamical calculation of processes of transforming of waste heat of marine power plant into cold and heat exchangers with phase change of LBWF and their optimal parameters, that provide decreasing the energy waste caused by external irreversibility in cycles; developed technologies of combined generation of heat and cold adopted to changeable heat load upon ship complexes of energy-life support due to climatic conditions of their performance; new scheme of systems for technologies of combined generation of heat and cold provide a rational integration of technologies into ship complexes of energy-life support, minimum energy lost in processes of transforming of waste heat of marine power plant into cold, full waste heat recovery and reducing fuel consumption as a result; Effectiveness of application of results: methods of heat-hydrodynamical calculation of processes of transforming of waste heat of marine power plants into cold and heat exchangers with phase change of LBWF and their optimal parameters, providing decreasing a fuel consumption.Field of application of results - diesel and gas turbine engines, systems of trigeneration and air condition, refrigeration machines. The basic technical and economic parameters of systems: high energy efficiency, decreased fuel consumption and operational reliability. Product Description popup.authors Єль Гирби Рами А.А. Андреев А.В. Коновалов А.Н. Радченко А.С. Морозова В.С. Дорош Д.В. Коновалов Е.А. Красильщиков Р.Н. Радченко popup.nrat_date 2020-04-02 Close