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Ecofriendly in-line process monitoring: A case study. Anthracene photodegradation in the presence of refuse-derived soluble bio-organics

机译:环保的在线过程监控:一个案例研究。垃圾衍生可溶性生物存在下蒽的光降解

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Photodegradation of anthracene has been studied in aqueous solutions containing soluble bio-organic substances isolated from urban refuse. To perform a preliminary rapid feasibility study of this process while reducing the amount of analytical effort and reagents, an experimental set-up was developed comprising a Teflon coil surrounding a UV-lamp and coupled with an in-line spectrofluorimeter. In this fashion only few millilitres of solution are needed to study the degradation process. Furthermore, the in-line spectroscopic approach enables monitoring of the process without consumption of reagents. Additional studies by liquid chromatography and use of toxicity tests clearly indicated that the apparent inhibition effect of bio-organic compounds on anthracene degradation is not relevant. The results imply that urban refuse may be used as an auxiliary in the recovery of polycyclic aromatic hydrocarbons from contaminated soil by washing, without deleterious effects on the photodegradation of anthracene and other aromatic pollutants.
机译:在含有从城市垃圾中分离出来的可溶性生物有机物的水溶液中,对蒽的光降解进行了研究。为了对该方法进行初步的快速可行性研究,同时减少分析工作量和试剂的量,开发了一种实验装置,包括围绕紫外线灯的聚四氟乙烯线圈,并配有在线荧光分光光度计。以这种方式,只需几毫升的溶液即可研究降解过程。此外,在线光谱方法能够在不消耗试剂的情况下监控过程。液相色谱法和毒性试验的进一步研究清楚地表明,生物有机化合物对蒽降解的明显抑制作用无关紧要。结果表明,城市垃圾可作为辅助物通过洗涤从污染土壤中回收多环芳烃,而对蒽和其他芳烃污染物的光降解没有有害影响。

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