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丁酮肟的生产工艺及其对比分析 被引量:3

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摘要 介绍了丁酮肟的生产工艺,并结合了生产实际,从工艺流程及特点、原辅材料、生产成本、环境污染、项目投资等方面对磷酸羟胺法(HPO)和氨肟化法(HAO)进行了对比分析。 This paper introduced the production process of butanone oxime. Combined with the actual production, hydroxylamine phosphate method(HPO) and ammoximation method(HAO) were compared from aspects of the process and characteristics, raw materials and auxiliary materials, production costs, environmental pollution, the investment and so on.
出处 《化工管理》 2015年第4期111-112,共2页 Chemical Engineering Management
关键词 丁酮肟 磷酸羟胺法 氨肟化法 工艺 对比 Butanone oxime HPO HAO Process Comparison
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  • 1HENRY P F,WELLER M T,WILSON C C.Structural investigation of TS-1:Determination of the true nonrandom titanium framework substitution and silicon vacancy distribution from powder neutron diffraction studies using isotopes[J].Phys Chem B,2001,105(31):7 452-7 458.
  • 2HUYBRECHTS D R C,DE B L,JACOBS P A.Oxyfunctionalization of alkanes with hydrogen peroxide on titanium silicalite[J].Nature,1990,345:240.
  • 3DAL P L,FORNASARI G,MONTI T.TS-1 catalytic mechanism in cyclohexanone oxime production[J].Catalysis Communications,2002,3(8):369-375.
  • 4HUYBRECHTS D R C,BUSKENS P L,JACOBS P A.Physicochemical and catalytic properties of titanium silicalites[J].Mol Catal,1992,71:129-147.
  • 5Krbechek Leroy Orville,Casey Mary Imelda.Oximation Process[ P ].WO:93 019041,1993-09-30.
  • 6Lozynki,marek;Rusinska-roszak,Danutal.Two-phase preparation of oximes[ J ].Pol.J.Chem.,1986,60:625-629.
  • 7Roffia Paolo Dr,Padovan Mario,et al.Catalytic process for the manufacture of oximes[P].EP:0267362,1988-05-18.
  • 8Schoedel Rainer,Pester Rolf.Prepn.of oxime from corresp.carbonyl cpd.,ammonia and hydrogen peroxide-on titanium silicalite supported on active carbon as catalyst,giving better selectivity and yield[ P].DE:4240698,1994-06-09.
  • 9Reddy,J.Sudhakar,Sivasanker,S,et al.Ammoximation of cyclohexanone over a titanium silicate molecular sieve[J].Mol.Catal.,1991,69(3):383-392.
  • 10张义华,王祥生,郭新闻.钛硅催化材料的研究进展 Ⅱ.钛硅分子筛TS-1的制备及其物化性能的研究[J].化学进展,2001,13(5):382-391. 被引量:15

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