首页> 外文会议>First International Conference on Remediation of Contaminated Sediments S1-3, Oct 10-12, 2001, Venice Italy >BIOSURFACTANTS AND ENVIRONMENTAL IMPROVEMENT IN THE OIL AND PETROCHEMICAL INDUSTRY AND THE ECOSYSTEM
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BIOSURFACTANTS AND ENVIRONMENTAL IMPROVEMENT IN THE OIL AND PETROCHEMICAL INDUSTRY AND THE ECOSYSTEM

机译:石油和石化工业及生态系统中的表面活性剂和环境改善

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摘要

Biosurfactants are natural biodegradable complex polymers that are mainly produced by microorganisms through a bacterial fermentation process. Interest in this kind of product is steadily increasing due to the fact that they are none toxic and are biodegradable. Many studies have been directed in recent years to develop the possibility of using biosurfactants in various promising industrial fields, such as enhanced oil recovery, hydrocarbon bioremediation, crude oil drilling, lubricants and surfactant-aided bioremediation of water-insoluble pollutants. Both laboratory and filed applications have demonstrated significant potential market for biosurfactants in the oil and petrochemical industry applications directed to the removal/mobilisation of oil sludge from storage tanks, to the oil spill bioremediation/dispersion both inland and at sea, oil contaminated sediment treatment and enhanced oil recovery. In this paper we outline our experience in biosurfactants' use in the oil and petrochemical field including crude oil storage tanks cleaning, sludge reduction in thickeners and decontamination of sites and sediments polluted by crude oil spills or seepage. Future potential use of these compounds for the benefit of reducing oil sediment sludge accumulation and reduction of environmental pollution is also discussed.
机译:生物表面活性剂是天然的可生物降解的复合聚合物,主要由微生物通过细菌发酵过程产生。由于它们无毒且可生物降解,因此对这种产品的兴趣在稳步增长。近年来,已经进行了许多研究,以开发在各种有前途的工业领域中使用生物表面活性剂的可能性,例如提高采收率,烃类生物修复,原油钻探,润滑剂和水不溶性污染物的表面活性剂辅助生物修复。实验室和归档申请均已证明在石油和石化行业中应用生物表面活性剂具有巨大的潜在市场,这些表面活性剂可用于从储罐中清除/转移油泥,内陆和海上的溢油生物修复/分散,油污沉积物处理和提高采油率。在本文中,我们概述了我们在石油和石化领域中使用生物表面活性剂的经验,包括清洁原油储罐,减少增稠剂中的污泥以及对因原油泄漏或渗漏污染的场所和沉积物进行净化处理。还讨论了这些化合物在减少油泥沉积物积聚和减少环境污染方面的潜在潜在用途。

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