首页> 外文期刊>Journal of Hazardous Materials >Organochlorine and organophosphoric insecticides, herbicides and heavy metals residue in industrial wastewaters in Cyprus
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Organochlorine and organophosphoric insecticides, herbicides and heavy metals residue in industrial wastewaters in Cyprus

机译:塞浦路斯工业废水中的有机氯和有机磷杀虫剂,除草剂和重金属残留

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Most industries in Cyprus possess permits either for disposal at central wastewater treatment plants (the treated effluent of which is reused or disposed into the sea), or discharge on soil, or reuse either for irrigation or groundwater recharge or discharge into the sea. A preliminary investigation undertaken by the University of Cyprus in regards to dangerous substances was the first step towards establishing a new licensing and monitoring system. Liquid-liquid extraction was used for the extraction of the selected pesticides from wastewaters. Gas chromatography with two different detection methods (ECD and FTD) was applied for the determination of 17 pesticides (12 organochlorine insecticides, 3 organophosphoric insecticides and 2 herbicides). In addition ICP and a mercury evaporation unit were used to determine the concentrations of heavy metals in the samples. The results revealed the presence of several priority substances in wastewaters, in most cases at concentrations well below the regulatory limits. Non-compliance was observed for a limited number of metals. Sixteen out of 17 organic substances that were monitored for 1-year period time were traced in different wastewater streams. What was found out is that there is a need to expand the analytical determinations and the monitoring to more wastewater streams and more priority substances, in order to safeguard the water resources in Cyprus.
机译:塞浦路斯的大多数工业都拥有许可证,可在中央废水处理厂处置(其处理后的废水可重复使用或排入海中),或排放到土壤上,或再用于灌溉或地下水补给或排入海中。塞浦路斯大学对危险物质进行的初步调查是建立新的许可和监控系统的第一步。液-液萃取用于从废水中萃取选定的农药。气相色谱采用两种不同的检测方法(ECD和FTD)用于测定17种农药(12种有机氯杀虫剂,3种有机磷杀虫剂和2种除草剂)。此外,ICP和汞蒸发装置用于测定样品中的重金属浓度。结果表明,废水中存在几种优先物质,在大多数情况下,其浓度远低于监管限值。观察到有限数量的金属不符合规定。在一年的时间内对17种有机物质进行了监测,其中有16种在不同的废水流中进行了追踪。结果发现,有必要将分析测定和监测范围扩大到更多的废水流和更多的优先物质,以保护塞浦路斯的水资源。

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