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固体碱在轻质油品脱臭中的应用 被引量:3

Application of Solid Base in the Sweetening Process of Light Oil
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摘要 脱臭是轻质油品的重要精制工艺 ,在经济和环境的要求下 ,用固体碱代替脱臭工艺中的液体碱是最有效的选择。分类介绍了固体碱在脱臭工艺中应用研究进展 ,并指出了在脱臭工艺中固体碱的发展方向。 Sweetening of light oil is an important refining process. To satisfy the demand of economics and environment, it is an effective approach to substitute solid base for aqueous alkali in the sweetening process. The latest progress of solid base in the sweetening process is summarized, and the trend of solid base application in the sweetening process is predicted.
出处 《齐鲁石油化工》 2004年第1期27-31,共5页 Qilu Petrochemical Technology
关键词 固体碱 轻质油品 脱臭工艺 固溶体 自由基引发剂 化学耗氧量 COD light oil, sweetening, solid base, solid solution
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  • 1Basu B, Satapathy S and Bhamagar A K. Merox and Related Metal Phthalocyanine Catalyzed Oxidation Processes[J]. Catal Rev- Sci. Eng, 1993,35(4):571-609.
  • 2夏道宏,项玉芝,徐海,苏贻勋,钱家麟.催化裂化汽油预碱洗的作用及取消的影响分析[J].石化技术,1997,4(2):119-121. 被引量:9
  • 3Wallace T J, Schriescheim A, Hurwitz H, et al. IndEng Chem Prod Dev, 1964,3:237-241.
  • 4Alearaz J J, Arena B J, Gillespie R D and Holmgren J S.Solid base catalysts for meaxaptan oxidation [ J ]. Catal Today, 1998,43(1,2) :89-99.
  • 5田部浩二 御圈生诚著 郑禄彬 王公慰译.新固体酸和碱及其催化作用[M].北京:化学工业出版社,1992.2-3.
  • 6Jiang De- en, xie Y, Pan G, et al. Structure and basicity of γ - A12O3 - supported MgO ang its application to mercaptan oxidation [ J ]. Applied Catalysis A: General,2001,219(1,2) :69-78.
  • 7Brouwer W M, Piet H, German A L. Autoxidation of thiols with Cobalt ( Ⅱ ) phthalocyanine - tetra (sodium sulhmate) attached to poly(vinylanime) - part 4. Influence of base density with polymeric ligand[J]. J Mol Catal, 1985, 29:355-363.
  • 8Schutten J H, Zwart J. Autoxidation of Mercaptans Prorooted by a Bifunctional Catalyst Prepared by Polymer Attachment of Cobalt Phthalocyanine[J]. J Mol Catal,1979, 5:109-123.
  • 9Gardner F T. Mg(OH)2 in the petroleum Industry[J].Industrial and Engine.ring Chemistry, 1932, 10 ( 24 ) :1141-1146.
  • 10项玉芝,夏道宏,徐海,朱根权,苏贻勋.催化裂化汽油预碱洗方式的改进—SB-1固体碱代替液体碱[J].石油与天然气化工,1999,28(3):180-183. 被引量:4

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