Treatment of simulated oil and gas production wastewater using Typha latifolia in a pilot-scale constructed wetland

O. Alalade, J. Ferguson, J. Pichtel
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引用次数: 2

Abstract

wetland containing cattail (Typha latifolia) was tested for treatment of synthetic PW. After 49 days, PW pH increased from 4.2 to 7.0, and electrical conductivity decreased from 22,100 to 3,300μS·cm-1. Typha shoots had bioconcentration factors for Pb ranging from 2.8 (Stage 1 of constructed wetland) to 8.0 (Stage 2). Transfer factors for Pb were 0.67 (Stage 1) and 1.37 (Stage 2). These results indicate that Typha may be effective for Pb removal from PWs. The present study may be of practical value to oil and gas production companies that plan to recycle or properly dispose of large quantities of oil and gas production wastewater. ABSTRACT
在中试规模人工湿地中利用风叶处理模拟油气生产废水
试验了香蒲湿地对合成PW的处理效果。49 d后,PW pH由4.2增加到7.0,电导率由22100 μ s·cm-1下降到3300 μ s·cm-1。人工湿地对Pb的生物富集系数为2.8(第一阶段)~ 8.0(第二阶段),对Pb的转移系数分别为0.67(第一阶段)和1.37(第二阶段),表明人工湿地对Pb的去除效果较好。本文的研究对油气生产企业计划回收或合理处理大量油气生产废水具有一定的实用价值。摘要
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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