石油炼制与化工
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申明 李峰
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摘要: 研究分析了目前液化气脱硫醇废碱液氧化再生过程中存在的问题及原因。采用富氧空气作为氧化源,气液分布器替代原氧化塔的填料。工业应用结果表明,新技术大幅度提高了氧化效率和二硫化物的分离度,提高了碱液的再生质量。既提高了脱硫效率,又降低了碱液、污染性尾气的排放,取得了良好的经济和环保效益。
关键词: 碱渣, 再生, 液化气, 脱臭, 氧化
Abstract: Oxygen-enriched oxidative regeneration technique was substituted the conventional air oxidation process at the 120 kt/a LPG sweetening unit of FCCU of Xian Petrochemical Company. Measures including oxygen-enriched air used as oxidant source, using a gas-liquid distributor to replace the packing in oxidation column and etc., were adopted. The application results showed that as compared with the conventional oxidation process, the oxidation efficiency of alkali waste regeneration was improved significantly; the separation of bisulfide from alkali liquor was good, thus the bisulfide content in tail gas was reduced and the service life of alkali liquor was prolonged. The cost of LPG sweetening reduced 68%, and environmental benefit was significant as well.
Key words: alkali waste, regeneration, liquefied gas, sweetening, oxidize
申明 李峰. 液化气碱渣富氧常温氧化再生技术工业应用[J]. 石油炼制与化工, doi: .
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