城市污水重金属超标治理与生态环境保护

Li-si Zhu
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引用次数: 3

摘要

在日常生活和生产活动中会产生大量的污水,污水中含有重金属元素。如果直接排放到环境中,就会因为富集而转移到人体,导致各种疾病。因此,污水只有经过处理后才能排放。本文简要介绍了重金属超标废水的常规处理方法和城市废水的传统处理工艺,并利用反渗透技术提高重金属污染的处理效果。最后,以内蒙古呼和浩特市某污水处理厂为例进行了分析。结果表明,传统处理工艺处理污水效果较差,工业化导致重金属超标,而改进后的处理工艺结合反渗透技术有效降低了污水中重金属含量。对于工业化造成的重金属超标污水排放后的土壤环境,土壤污染程度有所增加,但采用改进的处理技术后,土壤污染程度降至“洁净”。综上所述,在传统污水处理中加入反渗透技术,可以有效去除污水中的重金属污染,减少对环境的污染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Treatment and Control of Urban Sewage with Excessive Heavy Metals for Ecological Environment Protection
A large amount of sewage will be produced in daily life and production activities, and the sewage contains heavy metal elements. If it is directly discharged into the environment, it will be transferred to the human body because of enrichment, leading to various diseases. Therefore, the sewage should only be discharged after it is treated. This article briefly introduces the conventional treatment methods for wastewater with excessive heavy metals and the traditional treatment process for urban wastewater and uses reverse osmosis technology to improve the treatment effect of heavy metal pollution. Finally, an example of sewage treatment plant X, located in Hohhot, Inner Mongolia, China, was analyzed. The results show that the traditional treatment process was poor in treating the sewage, with excessive heavy metals caused by industrialization, but the improved treatment process combined with reverse osmosis technology effectively reduced the content of heavy metals in the sewage. With regard the soil environment after the discharge of the sewage with excessive heavy metals caused by industrialization, the degree of soil pollution increased, but the degree of soil pollution decreased to “clean” after applying the improved treatment technology. In conclusion, adding reverse osmosis technology to traditional sewage treatment can effectively remove heavy metal pollution in sewage, reducing the pollution to the environment.
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