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针轮转子离心机代替催化裂化三旋的可行性分析
Feasibility analysis of novel mechanical separators instead of three-stage cyclones in catalytic cracking unit
【摘要】 1种新型超强离心耦合气动力的机械分离技术,能够有效分离 2μm以下的微粒,阻力可降至500Pa以下。用其组合一级分离可以代替催化裂化三旋分离器,能够解决三旋分离器的性能缺陷,并具有体积小、阻力小、能耗低、耐磨损、分离效率高等优点,有望创造出可观的经济效益。
【Abstract】 The three-stage cyclone of catalytic cracking unit had the disadvantages of high resistance,wearing and lower separation efficiency.A novel mechanical separator on a basis of super centrifuge accompanied with aerodynamic agency could collect efficiently micro particles under 2 μm with a resistance less than 500 Pa.It was feasible to substitute three-stage cyclones for one stage of the separators.
【关键词】 三旋分离器;
离心机;
针轮;
气动力分离;
磨损动量;
【Key words】 three-stage cyclone; centrifuge; bristle assembly; aerodynamic separation; wear momentum;
【Key words】 three-stage cyclone; centrifuge; bristle assembly; aerodynamic separation; wear momentum;
- 【文献出处】 石化技术与应用 ,Pebrochemical Technology & Application , 编辑部邮箱 ,2005年02期
- 【分类号】TE966
- 【下载频次】51