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COAL AND DEODORIZER RESIDUES IN MARINE SEDIMENTS―CONTAMINANTS OR POLLUTANTS?

机译:海洋沉积物中的煤和除臭剂残留物是污染物还是污染物?

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Sediment studies around the diffuser of a relatively untreated major marine municipal sewage discharge indicated that 1,4-dichlorobenzene (1,4-DCB) and polycyclic aromatic hydrocarbons (PAHs) were among the contaminants of concern. Subsequent investigations revealed that elevated PAH concentrations were due to the shipwreck of a collier in the 1890s and were apparently not bioavailable. Coal is a common contaminant in marine and freshwater sediments and may be responsible, in some cases, for high PAH contaminant concentrations not resulting in pollution (i.e., biological effects) and can also affect total organic carbon measurements and normalizations. Little information exists regarding 1,4-DCB, whose main source to sewage appears to be toilet block deodorizers and which appears to be a useful marker of the extent of contamination for untreated sewage discharges. Correlative analyses suggest it is a pollutant, but this remains to be confirmed by experimental testing.
机译:相对未处理的主要海洋市政污水排放的扩散器周围的沉积物研究表明,1,4-二氯苯(1,4-DCB)和多环芳烃(PAHs)属于关注的污染物。随后的研究表明,PAH浓度升高是由于1890年代煤矿工人的沉船事故造成的,显然没有生物利用度。煤炭是海洋和淡水沉积物中的常见污染物,在某些情况下可能导致高PAH污染物浓度而不导致污染(即生物效应),并且还可能影响总有机碳的测量和归一化。关于1,4-DCB的信息很少,其主要的污水来源似乎是厕所除臭剂,并且似乎是未经处理的污水排放的污染程度的有用标志。相关分析表明它是一种污染物,但这仍有待实验测试证实。

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