探讨了蒸汽管道的敷设和补偿，蒸汽系统的排气和疏水，凝结水的回收。
Installation and compensation of steam pipeline, vent and condensate drain-off of steam system, recovery of condensate are discussed.
热力系统疏水回收方式对机组的热经济性有很大的影响。
Thermal system drainage recycling mode has a great influence on heat economy of a power unit.
热力系统疏水回收利用方式对机组的热经济性有很大的影响。
Thermodynamic system drainage recycling mode has a great influence on heat economy of unit.
利用自动疏水系统，将蒸汽冷凝水回收至锅炉，提高废水利用率、降低能源小红。
Make use of the automatic drainage system, to reclaim the steam condensate to the boiler, improve the wastewater utilization rate and reduce energy consumption.
指出蒸气凝结水回收的重要性的同时对炼油厂蒸气凝结水回收系统中存在的诸如水击、非凝结性气体不能排除、气阻及疏水阀的选型安装等问题的解决办法进行了探讨。
The solution of problems such as water hammer, hard to dispose the noncondensables, air lock and selection of steam trap were discussed to save energy, protect environment and lower the cost.
利用自动疏水系统，将蒸汽冷凝水回收至锅炉，降低能源消耗、节省水源。
Make use of the automatic drainage system, to reclaim the steam condensate to the boiler, reduce energy consumption and save water.
利用自动疏水系统，将蒸汽冷凝水回收至锅炉，降低能源消耗、节省水源。
Make use of the automatic drainage system, to reclaim the steam condensate to the boiler, reduce energy consumption and save water.
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