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首页> 外文期刊>Environmental Science and Pollution Research >Complex organic pollutant mixtures originating from industrial and municipal emissions in surface waters of the megacity Jakarta-an example of a water pollution problem in emerging economies
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Complex organic pollutant mixtures originating from industrial and municipal emissions in surface waters of the megacity Jakarta-an example of a water pollution problem in emerging economies

机译:源自雅加达地表水域的工业和市政排放的复杂有机污染物混合物 - 新兴经济体中水污染问题的一个例子

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摘要

During the last decades, the global industrial production partly shifted from industrialized nations to emerging and developing countries. In these upcoming economies, the newly developed industrial centers are generally located in densely populated areas, resulting in the discharge of often only partially treated industrial and municipal wastewaters into the surface waters. There is a huge gap of knowledge about the composition of the complex organic pollutant mixtures occurring in such heavily impacted areas. Therefore, we applied a non-target screening to comprehensively assess river pollution in a large industrial area located in the megacity Jakarta. More than 100 structurally diverse organic contaminants were identified, some of which were reported here for the first time as environmental contaminants. The concentrations of paper manufacturing chemicals in river water-for example, of the endocrine-disrupting compound bisphenol A (50-8000 ng L-1)-were as high as in pure untreated paper industry wastewaters. The non-target screening approach is the adequate tool for the identification of water contaminants in the new global centers of industrial manufacturing-as the first crucial step towards the evaluation of as yet unrecognized environmental risks.
机译:在过去的几十年中,全球工业生产部分从工业化国家转移到新兴和发展中国家。在这些即将到来的经济体中,新开发的工业中心通常位于密集地区,导致频繁地将工业和市政废水的排放到地表水域中。关于在这种受影响的区域中发生的复杂有机污染物混合物的组成存在巨大差距。因此,我们应用了非目标筛查,以全面评估位于Megacity雅加达的大型工业区的河流污染。鉴定了100多种结构不同的有机污染物,其中一些在这里首次作为环境污染物报告。河水中的纸张制造化学品的浓度 - 例如,内分泌破坏化合物双酚A(50-8000ng L-1) - 如纯未处理的造纸工业废水器一样高。非目标筛查方法是鉴定新的工业制造中心的水污染物的适当工具 - 作为评估尚未识别的环境风险的第一个至关重要的步骤。

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