FIELD: cold and hot water supply systems. SUBSTANCE: exhaust gases are directed into gas-liquid jet device where exhaust gases are first accelerated in nozzle, after which mixing of liquid cooled medium and exhaust gases is provided to form gas-liquid supersonic flow of media with subsequent braking of media mixture flow to form pressure jump and termination of heat exchange process between liquid medium and exhaust gases. Then gas-liquid mixture is directed into separator where exhaust gases are separated from heated liquid medium which is then delivered from separator into heat supply system. In proposed plant nozzle of gas-liquid jet device is connected to exhaust gas outlet of gas turbine plant. Outlet of jet device is connected to separator. Heat supply system is connected by its inlet to separator liquid outlet, and by its outlet, to liquid medium inlet of jet device. In other design version nozzle of jet device is connected to combustion chamber outlet. EFFECT: increased efficiency of heating of liquid medium. 7 cl, 4 dwg
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