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5. PERFORMANCE OF REFRIGERATION SYSTEM In order to evaluate what could the improved condenser performance do for the complete refrigeration system for chlorine storate, four different condenser arrangements were optimized [d]. The first system, shown in Figure 14, has shell-and-tube condenser and cooling tower. The second one, shown in Figure 15, has an air-cooled condenser. The third system, shown in Figure 16, works with Type 1 evaporative condenser and the last system (see Figure 17) operates with Type 2 evaporative condenser. COOLING TOWER R-12 RESERVOIR THROTTLE VALVE COMP. Figure 14. air-cooled condenser. WATER PUMP pse> ^te /" CONDENSER PUMP From (^Storage Refrigeration system for chlorine storage with Type 1 evaporative condenser operates at a lower condensing temperature T* . Type 2 evaporative condenser uses much smaller heat transfer area (A* = Ac/Ke) but operates with condensing temperature T . B-18PDF Image | Development of the Zinc-Chlorine Battery for Utility
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