摘要
通过对采卤分厂B线循环水系统及用户进行研究计算,最终形成水系统自动化控制和配套设施节能改造方案,减少了循环水外排量,间接减少了磷排放物,有益于当地水体的生态环境。节约用电间接减少煤炭的燃烧,减少能耗的同时,降低了对大气污染,实现了良好的社会效益。
Through the research and calculation of the circulating water system and users in line B of the brine mining branch plant, the automatic control of the water system and the energy-saving reform scheme of supporting facilities are finally formed, which reduces the external discharge of circulating water and indirectly reduces the phosphorus emission, and is beneficial to the ecological environment of the local water body. Saving electricity indirectly reduces the burning of coal.While reducing energy consumption, it also reduces air pollution and achieves good social benefits.
作者
刘建楼
李艳飞
曹国玉
侯学文
LIU Jian-lou;LI Yan-fei;CAO Guo-yu;HOU Xue-wen(Shaanxi Beiyuan Chemical Group Co.,Ltd.,Yulin 719319,China;Shaanxi Yanchang Petroleum Yulin Kaiyue Coal Chemical Co.,Ltd.,Yulin 719319,China)
出处
《中国氯碱》
CAS
2022年第3期37-41,共5页
China Chlor-Alkali
关键词
循环水系统
换热器
冷却塔
泵机组
circulating water system
heat exchanger
cooling tower
pump assemble