评估保加利亚立法中为减少用于公共供水的地下水中硝酸盐含量而实施的措施

Emilia K. Bankova
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摘要

本文分析了普列文行政区域公共供水用地下水水体硝酸盐污染降低相关文献的应用情况。欧洲立法的要求在保加利亚立法中得到充分执行,但是立法措施没有产生迅速和持久的结果,即仍然存在被硝酸盐污染的小型饮用水源。应特别注意扩散污染源(土壤的矿物施肥),因为它们在硝酸盐污染地下水中是最重要的。对于硝酸盐含量永久升高(超过50 mg/L)的定居点,有必要考虑采用单独的方法来处理这个长期存在的问题:改变水源,混合两个相邻水源的水或实施特定的净化方法(生物反硝化,离子交换树脂等)。我们分析了普列文地区卫生监察局开展的饮用水监测数据,发现在普列文地区,有17个城镇或村庄(总共123个)应该预见到某些列出的措施。该地区在暴露人口中所占的相对比例为3.2%,与2004-2007年全国暴露人口的比例相当。
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Assessment of the Measures Implemented in Bulgarian Legislation to Reduce the Content of Nitrates in Groundwater Used for Public Water Supply
Summary The article analyzes the application of the current documents related to reducing nitrate pollution of groundwater bodies used for public water supply in the Pleven administrative region. The requirements of the European legislation are fully implemented in the Bulgarian legislation, but the legislative measures have not led to quick and permanent results, i.e., small drinking water sources contaminated with nitrates still exist. Special attention should be paid to the diffusive sources of pollution (mineral fertilization of soils) since they are of the most significant importance in groundwater contamination with nitrates. For settlements with permanently elevated nitrate content (over 50 mg/L), it is necessary to consider the application of an individual approach in dealing with this long-standing problem: changing the water source, mixing the water from two neighboring water sources or implementing specific purification methods (biological denitrification, ion exchange resins, etc.). We analyzed the data from the monitoring of drinking water carried out by the Regional Health Inspectorate – Pleven and found that in the Pleven region, there are 17 towns or villages (out of a total of 123) for which some of the listed measures should be foreseen. The district’s relative share of the exposed population is 3.2%, comparable to the country’s exposed population for 2004-2007.
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