废柴油反相钻井液去除碳氢化合物、固定铅和浸出盐水的处理

A. Majid, B. D. Sparks, A. Khan, Jingcheng Xu
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引用次数: 3

摘要

采用ICPET/ NRC的溶剂萃取土壤修复(SESR)工艺,对人工污染铅的高盐柴油反相钻井泥浆(DIDM)进行了修复测试。研究了同时溶剂萃取柴油和金属结合剂共团聚固定铅的方法。以泥炭、可溶性和不可溶性磷酸盐、燃煤飞灰和烟气脱硫洗涤器污泥作为铅固定剂进行了试验。使用甲苯、三氯乙烯或己烷作为溶剂,在五步萃取过程中实现了几乎完全的柴油提取。考察了金属固定剂对溶剂萃取效率的影响。经过去除碳氢化合物和固定重金属的修复后,DIDM样品仍然是盐水。从干燥的团聚体中成功地浸出卤水是通过水通过干燥团聚体土壤的固定床来完成的。对清洗后的DIDM进行评价…
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Treatment of Used Diesel Invert Drilling Mud to Remove Hydrocarbons, Fix Lead, and Leach Brine
A sample of used, highly saline diesel invert drilling mud (DIDM), artificially contaminated with lead, was tested for remediation using ICPET/ NRC's Solvent Extraction Soil Remediation (SESR) process. The work comprised investigation of the concurrent solvent extraction of diesel oil and fixation of lead by co-agglomeration of metal binding agents. Peat, soluble and insoluble phosphates, coal combustion fly ashes, and flue gas desulfurization scrubber sludge were tested as lead fixation agents. Virtually complete extraction of diesel oil was achieved in a five-step extraction process using toluene, trichloroethylene, or hexane as solvents. The effect of the metal fixation agents on solvent extraction efficiency was also investigated. After remediation to remove hydrocarbons and fix heavy metals, the DIDM sample remained saline. Successful leaching of brine from the dried agglomerates was accomplished by water percolation through a fixed bed of the dried, agglomerated soil. The cleaned DIDM was evaluated ...
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