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Research on the Industrial Pollution Control in Haihe River Basin

机译:海河流域工业污染控制研究。

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摘要

In 2007, the discharge amounts of industrial wastewater, COD and NH3-N is 24.37×108t, 64.11×104 t and 5.12×104t respectively in Haihe Basin. The contribution rates of industrial pollutants are different in each province and city within the watershed. Besides, the structural pollution is outstanding, and the exceeding-standard discharge of pollutants is pervasive. The problems existing in industrial pollution control are analyzed in different aspects, such as industrial pollution sources monitoring, local industrial water pollution discharge standards, industrial wastewater harness level, industrial development technology and spatial distribution of industrial structure. Considering laws and policies, economic growth, technology level, industry standards, industrial structure and other factors, four industrial pollution control schemes have been designed, including industrial discharge reaching the standards, raising industrial pollution discharge standards, forcing the closure of enterprises and industrial structure adjustment, from which, the scheme of forcing the closure of enterprises can control the discharge amounts of COD and NH3-n to the greatest extent, with the reduction rates of pollutant controlling discharging reaching 75.5% and 68.2%.
机译:2007年,海河流域工业废水,COD和NH3-N排放量分别为24.37×108t,64.11×104t和5.12×104t。流域内每个省市的工业污染物贡献率不同。此外,结构污染突出,污染物超标排放普遍存在。从工业污染源监控,地方工业水污染排放标准,工业废水治理水平,工业发展技术和产业结构空间分布等方面对工业污染控制中存在的问题进行了分析。结合法律,政策,经济增长,技术水平,行业标准,产业结构等因素,设计了四个工业污染控制方案,包括达到标准的工业排放,提高工业污染排放标准,强制关闭企业和产业结构。调整后,强制关闭企业的方案可以最大程度地控制COD和NH3-n的排放量,污染物控制排放减少率分别达到75.5%和68.2%。

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