首页> 外文会议>IASTED International Conference on Unconventional Oil >DEGRADATION OF NAPHTHENIC ACIDS BY OZONATION IN VARIOUS CONDITIONS: UNCOVERING THE OSPW OZONATION
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DEGRADATION OF NAPHTHENIC ACIDS BY OZONATION IN VARIOUS CONDITIONS: UNCOVERING THE OSPW OZONATION

机译:在各种条件下臭氧化的环烷烃降解:揭开OSPW臭氧化合物

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摘要

Large quantities of the oil sands process affected water (OSPW) are generated from the bitumen extraction process. The OSPW is contained in lake-sizes ponds waiting for a treatment before to be reclaimed. One of the suitable treatments are the ozonation, its overall effect on the OSPW have been reported as effective. Nevertheless, there are few reports on the details of this process, which could explain how this system behaves and how it could be controlled in the most efficient way. On this research, OSPW was ozonated in various conditions to find the effects of the molecular ozone, carbonate and OH radicals on the degradation of the NAs and the rest of the organic fraction. The results suggest that molecular ozone contribute to the overall NAs degradation process, as a result the NAs may have some unsaturations and carbonate may control the degradation process in great extent.
机译:大量的油砂过程受影响的水(OSPW)由沥青提取过程产生。 OSPW包含在湖泊尺寸池塘等待待遇前进行处理。 其中一种合适的治疗是臭氧化,其对OSPW的总体影响已被报告为有效。 尽管如此,还有很少有关于这一进程的细节的报告,可以解释该系统如何表现以及如何以最有效的方式控制。 在这项研究中,OSPW在各种条件下臭杂化,以找到分子臭氧,碳酸盐和OH激进对NAS的降解和其余有机级分的影响。 结果表明,分子臭氧有助于整体NAS降解过程,结果NAS可以具有一些不饱和和碳酸盐可以在很大程度上控制降解过程。

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