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QUEBEC PROCESSOR GETS 'AIR BLAST' ENERGY AND WATER SAVINGS

机译:魁北克处理器使“空气爆炸”的能量和水节省

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摘要

A major plastics processor in Quebec had to satisfy a temperature requirement within the range of 7° to 25°C with chilled water cooling. Looking to trim energy costs, they determined that most of the load could successfully operate at higher supply temperatures, which would allow the majority of the load to be satisfied by ambient-produced cooling rather than high horsepower mechanical cooling. As a result, they calculated that only 22 per cent of the load would require a chiller supplying mechanical cooling at 7°C, while the balance—78 per cent—could be satisfied with cooling at 30° to 35°C.
机译:魁北克的一家主要塑料加工商必须通过冷水冷却来满足7°至25°C的温度要求。为了削减能源成本,他们确定大多数负载可以在较高的供应温度下成功运行,这将允许通过环境产生的冷却而不是大功率的机械冷却来满足大部分负载。结果,他们计算出,仅22%的负载将需要一台在7°C进行机械冷却的冷却器,而其余的78%在30°C至35°C的冷却条件下可以满足。

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