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98 A refrigeration system requires 15 kW of power for a refrigeration rate of 4 kW ( a ) What is the coefficient of performance (b) How much heat is rejected in the condenser (c) If heat rejection is at 31315 K (409C),what is the lowest temperature the system can possibly maintain 99 A vapor-compression refrigeration system operates on the cycle of Fig 91 The refrigerant is tetrafluoroethane (Table 91, Fig G2) For one of the following sets of operating conditions, determine the circulation rate of the refrigerant, the heat-transfer rate in the condenser, the power requirement, the coefficient of performance of the cycle, and the coefficient of performance of a Carnot refrigeration cycle operating between the same temperature levels (a) Evaporation T l t = 27215 K(-1 C); condensation T l t = 30015 K(27"C); q(compressor) = 079; refrigeration rate = 633 kW (b) Evaporation T l t = 26615(-7 C); condensation T l t = 30015 K(27"C) q(compressor) = 078; refrigeration rate = 5275 kW (c) Evaporation T l t = 26115 K(-12 C); condensation T l t = 30015 K(27"C) q(compressor) = 077; refrigeration rate = 422 kW (d) Evaporation T l t = 25515 K (-18 C); condensation T l t = 30015 K (27 C); q(compressor) = 076; refrigeration rate = 3165 kW (e) Evaporation T l t = 25015K (-23 C); condensation T l t = 30015 K (27 C); q(compressor) = 075; refrigeration rate = 211 kW 910 A vapor-compression refrigeration system operates on the cycle of Fig 91 The refrigerant is water Given that the evaporation T l t = 27715 W 4"C, the condensation T l t = 30715 K/34"C, q(compressor)= 076, and the refrigeration rate = 1200 kW, determine the circulation rate of the refrigerant, the heat-transfer rate in the condenser, the power requirement, the coefficient of performance of the cycle, and the coefficient of performance of a Carnot refrigeration cycle operating between the same temperature levels 911 A refrigerator with tetrafluoroethane (Table 91, Fig G2) as refrigerant operates with an evaporation temperature of 24715 K (-26 C) and a condensation temperature of 30015 K (27 C) Saturated liquid refrigerant from the condenser flows through an expansion valve into the evaporator, from which it emerges as saturated vapor ( a ) For a cooling rate of 5275 kW, what is the circulation rate of the refrigerant (b) By how much would the circulation rate be reduced if the throttle valve were replaced by a turbine in which the refrigerant expands isentropically (c) Suppose the cycle of (a) is modified by the inclusion of a countercurrent heat exchanger between the condenser and the throttle valve in which heat is transferred to vapor returning from the evaporator If liquid from the condenser enters the exchanger at 30015 K (27 C) and if vapor from the evaporator enters the exchanger at 24715 K (-26 C) and leaves at 29415 K (2I0C),what is the circulation rate of the refrigerant.

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CHAPTER 9 Refrigeration and Liquefaction (d) For each of (a),(b), and (c), determine the coefficient of performance for isentropic compression of the vapor

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