摘要：
控制沿海电厂海水循环冷却系统中的贝类污损生物具有重要的工程意义。探讨了复配型杀贝剂SW401的性能。研究表明，在4 mg/L的质量浓度下该药剂即可有效杀灭贝壳类污损生物，其对系统材料无腐蚀，与阻垢剂协同作用良好。该药剂具有生物降解性，低毒环保。工业应用试验表明，SW401与次氯酸钠共同作用具有良好的杀贝效果。
关键词:
海水循环冷却系统,
海水取水系统,
贝类控制,
杀贝剂
Abstract:
Macro-fouling control of the seawater circulating cooling system of coastal power plants is of great engineering significance. The properties of seawater molluscicide SW401 which was built by some components were studied. The research showed that the compound could kill the shell macro-fouling organisms effectively with its concentration of 4 mg/L, with no corrosion to the system materials, and had good synergistic effect with the seawater scale inhibitor. This treatment agent was biodegradable, low toxic and environmental friendly. The industrial application test displayed that the combined action of SW401 with sodium hypochlorite had good killing effects of macro-fouling.
Key words:
seawater circulating cooling system,
seawater intake system,
macro-fouling control,
molluscicide
中图分类号:
胡明明,陈冲,周筝,元昊,赵小芳,李亚红,焦春联,尹建华. 新型海水杀贝剂SW401的性能研究及工程应用[J]. 工业水处理, 2019, 39(6): 107-110.
Mingming Hu,Chong Chen,Zheng Zhou,Hao Yuan,Xiaofang Zhao,Yahong Li,Chunlian Jiao,Jianhua Yin. Study on the properties and engineering application of molluscicide SW401 for seawater circulating cooling system[J]. Industrial Water Treatment, 2019, 39(6): 107-110.