HEAT EXCHANGE MATHEMATICAL MODEL IN THE GAS PRODUCTION STATION COMPRESSION UNIT COOLING SYSTEM RADIATOR BLOCK
A mathematical model with distributed parameters of the coolant heat removal non-stationary process in the radiator block of the high-pressure gas production station compression unit cooling system under conditions of complex coolant flow is proposed. In contrast to existing methods based on static models with concentrated parameters, the developed dynamic model allows analyzing the transients that occur in the cooling system when the parameters of compressed air production change, as well as taking into account the effect on heat transfer efficiency due to the design features of the cooling system shaft, the air uneven distribution over the radiator block frontal area.