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一种应用于三联产系统的新型的物料回送阀的试验 被引量:1

A Test on a New Type of Raw Material Return Feed Valve for a Steam Gas Electricity Triple Production System
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摘要 文中介绍了一种新型的回送阀的试验运行的特性,并结合其它回料阀的特点,讨论了本实验用回料阀的所特有的结构特点,分析了试验得出的输送特性曲线和气固比曲线,为进一步实现三联产的工业应用奠定了良好的基础。 A brief description is given of the characteristics of the test operation of a novel return feed valve in combination with the features of other raw material return feed valves.Discussed are the structural features specific to the raw material return feed valve used during the present test.An analysis is conducted of the transport characteristics curves and gas solid ratio curves obtained from the test,thus creating a fine basis for realizing the industrial application of the steam gas electricity triple production.
机构地区 浙江大学能源系
出处 《热能动力工程》 CAS CSCD 北大核心 1998年第2期108-111,共4页 Journal of Engineering for Thermal Energy and Power
关键词 回送阀 启动风量 循环流化床锅炉 热电气三联产 steam gas electricity triple production,return feed valve,maximum gas solid ratio,start up air flow
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  • 3白丁荣, 金涌, 姚文虎.快速流态化技术进展[J].化学工程, 1987(2):38-46.
  • 4Shingles T,Modonald A F.Preprints for the 2nd Int Conf on CFB[J].Compiegne France,1988,101(3):14-18.
  • 5Reh L.Fluid catalytic cracking[J].Chem Eng Prog,1971,67(2):58-63.
  • 6Chen Junwu,Cao Hanchang.Catalytic cracking technology and engineering[M].Beijing:China Petrochemical Press,1995:1-29.
  • 7Reh L.Circulating fluidized bed technology[J].Petgamon Press,1986,97(13):105-118.
  • 8Reh L.The circulating fluidized bed reactor[J].Chem Eng Process,1980,20(3):115-117.
  • 9Henrybe,Wachter W A,Swan G A.Fluid catalytic cracking with high olefins production:US,0189973A1[P].2002-10-11.
  • 10Henrybe,Wachter W A,Swan G A.Fluid catalytic cracking with high olefins production:US,0003103A1[P].2002-07-08.

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