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PCDD/F contamination on surface soil in the vicinity of a hazardous waste incinerator: is it possible a different trend?

机译:危险废物焚化炉附近的表土上的PCDD / F污染:是否可能有不同的趋势?

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This study is the first to investigate the contamination of polychlorinated dibenzo-p-dioxins and polychlorinated dibenzofurans (PCDD/Fs) on surface soils in the vicinity of the first hazardous waste incinerator of Turkey. In the study, 24 soil samples were taken from a 1625-m-radius circle whose center is the stack of the incinerator. This process was repeated 1 year later. Since the acquired average PCDD/F concentrations of the two sampling campaigns (0.05 and 0.02 ng WHO-toxic equivalent (TEQ)/kg) were meaningfully low compared to the related literatures, a new sampling campaign was carried out to control this inconsistency, but this time in a foreign laboratory (0.56 ng WHO-TEQ/kg). In the same period, eight gas samples were taken from the stack under different operational conditions of the facility. According to the evaluations of the findings, the geographical-meteorological data of the study area and the specific operational conditions of the facility corroborate the concentrations of the first and the second soil samplings rather than the third one. The major underlying reason for the inconsistency of the soil concentrations may be the fact that the data analysis procedures used by the laboratories are different. The author suggests a hypothesis which argues that the soils in the vicinity of a hazardous waste incinerator may have significantly lower concentration levels than in related literatures.
机译:这项研究是首次调查土耳其第一家危险废物焚烧炉附近表层土壤中多氯二苯并对二恶英和多氯二苯呋喃(PCDD / Fs)的污染。在这项研究中,从1625米半径的圆上取了24个土壤样品,圆的中心是焚烧炉的烟囱。一年后重复此过程。由于与相关文献相比,两次采样活动的平均PCDD / F浓度(0.05和0.02 ng WHO毒性当量(TEQ)/ kg)显着降低,因此进行了新的采样活动以控制这种不一致,但是这次是在国外实验室(0.56 ng WHO-TEQ / kg)。在同一时期,在设施的不同运行条件下从烟囱中采集了八个气体样品。根据对调查结果的评估,研究区域的地理气象数据和设施的特定操作条件证实了第一和第二次土壤采样而不是第三次采样的浓度。土壤浓度不一致的主要原因可能是实验室使用的数据分析程序不同。作者提出了一个假说,该假说认为危险废物焚化炉附近的土壤中的浓度水平可能远低于相关文献中的水平。

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