Development of Technology for Processing Oil Sludge with Application of Super High Frequency Electromagnetic Fields

J. Harisova, R. Saitov, R. Abdeev
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Abstract

This article considers the problem of processing and disposing of oil sludge of various origins. Large oil companies are concerned about the problem of incomplete processing of oil sludge. The most hazardous from an environmental point of view include oil sludge formed at all stages of oil production, transportation and refining. In recent years, oil-producing enterprises have introduced various technological solutions aimed at waste management into production, but there is no single method for processing oil sludge for the purpose of neutralization and disposal. All known oil sludge processing technologies by processing methods can be divided into the following groups: thermal - burning in open barns, furnaces of various types, obtaining bitumen residues; physical - burial in special cemeteries, separation in a centrifugal field, vacuum filtration and filtration under pressure; physical and chemical - the use of specially selected reagents that change the physical and chemical properties, followed by processing on special equipment; and biological - microbiological decomposition in the soil directly in storage, biothermal decomposition. Each of them, while having certain advantages, also has its drawbacks. For over 50 years, microwave heating technology has been used in industry. To present the advantages of this method, one needs to turn to the theory of microwave heating. Keywords: oil sludge, oil waste, influence of electromagnetic fields, water-in-oil emulsions
超高频电磁场处理油泥技术的发展
本文讨论了各种来源的油泥的处理和处置问题。大型石油公司都很关注油泥处理不完全的问题。从环境的角度来看,最危险的是在石油生产、运输和提炼的各个阶段形成的油泥。近年来,石油生产企业在生产中引入了各种针对废物管理的技术解决方案,但目前还没有一种处理油泥以达到中和和处置目的的方法。所有已知的油泥处理技术按处理方法可分为以下几类:在露天仓、各种类型的炉中热燃烧,获得沥青残渣;物理——特殊墓地埋葬,离心场分离,真空过滤和压力过滤;物理和化学-使用特殊选择的试剂,改变物理和化学性质,然后在专用设备上进行加工;并在土壤中直接进行生物-微生物分解,在贮存中进行生物热分解。每一种方法,虽然有一定的优点,但也有其缺点。50多年来,微波加热技术一直应用于工业。为了说明这种方法的优点,我们需要求助于微波加热理论。关键词:油泥,废油,电磁场影响,油包水乳状液
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