摘要
经过理论分析计算并结合实际工程情况,发现GB50736—2012《民用建筑供暖通风与空气调节设计规范》以及GB50072—2010《冷库设计规范》中对于氨(冷冻站)制冷机房事故通风量的计算方法和数值以及用词上存在的问题,建议未来修订该标准时在氨(冷冻站)制冷机房事故通风量的计算方法以及用词与上统一,以避免造成不必要的误解。
through theoretical analysis and practical engineering situation, points out that the national standard GB 50736--2012 heating ventilation and air conditioningdesign specification for civil buildings for ammonia(freezing point) computational method and refrigeration room ventilation volume and the problems existing in using words, suggested that the statestandard in ammonia(freezing point)computational method and refrigeration room ventilation volume and unified should use words, in order to avoid unnecessary misunderstanding.
出处
《制冷与空调》
2015年第1期87-88,共2页
Refrigeration and Air-Conditioning
关键词
氨冷冻站
氨制冷机房
事故通风量
换气次数
ammonia refrigeration station
ammonia refrigeration room
the volume of ventilation
ventilation frequency