Treatment of Heavy Metals in Water Accompanied with Oil and A Soil Using some Expired Drugs at Al-Wahat/ Libya

H. Matter, Tariq M. Ayad, Abdulrhman A.I. Alkatly
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Abstract

Heavy metals associated with oil production sites are the main contamination source for surrounding environments and groundwater. Groundwater contamination with such heavy metals consist a real health concern due to its possibility to reach drinking water and irrigation water. In this study, the active chemicals in Picovit, Clara, Drill, Endocer Givescon, Hydral, Laxofin, Maxlase, Motilium, Orapen, Scopinal, Maltvitamin, and Xilone drugs have been used as chelating agents for heavy metals remediation, they are common medicines that are widely used after their expiration. The expired drugs were used to precipitate heavy metals present in the water found in the soil around petroleum production sites. Gravimetrically, different precipitation efficiencies have been recorded due to coagulation and/or chelating with the targeted heavy metals i.e., chromium, iron, nickel, cobalt, copper, zinc, silver, cadmium, mercury, and lead. Factors of pH, Concentration of heavy metals, and the ratio of coagulant to targeted wastewater have been studied regarding the precipitation efficiency using the expired drugs (as coagulants). Results revealed that the optimum precipitation efficiencies have been recorded at applied pH, and the weight of metals precipitates were recorded. The obtained results can be considered as a preliminary study towards subsequent advanced investigations in the treatment of heavy metals from different pollution sites.
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使用过期药物处理利比亚Al-Wahat油田含油水体和土壤中的重金属
与采油场所有关的重金属是周边环境和地下水的主要污染源。受这种重金属污染的地下水有可能到达饮用水和灌溉水,因此构成一个真正的健康问题。本研究将Picovit、Clara、Drill、Endocer Givescon、Hydral、Laxofin、Maxlase、Motilium、Orapen、Scopinal、Maltvitamin、Xilone等药物中的活性化学物质作为重金属修复的螯合剂,这些药物在过期后被广泛使用。这些过期的药物被用来沉淀石油生产现场周围土壤中水中的重金属。从重量上说,由于与目标重金属(铬、铁、镍、钴、铜、锌、银、镉、汞和铅)的混凝和/或螯合作用,已经记录了不同的沉淀效率。研究了pH、重金属浓度、混凝剂与目标废水配比等因素对过期药物(作为混凝剂)沉淀效率的影响。结果表明,在施加pH值时,沉淀效率最高,并记录了金属沉淀的重量。所获得的结果可以被认为是对后续不同污染场地重金属处理的深入研究的初步研究。
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