首页> 外国专利> Experimental analu00ectico mixed method to obtain a configuration with irregular spacing inter emission electrodes optimized for increased collection efficiency of electrostatic precipitator inIndustrial

Experimental analu00ectico mixed method to obtain a configuration with irregular spacing inter emission electrodes optimized for increased collection efficiency of electrostatic precipitator inIndustrial

机译:实验性肛门混合方法获得具有不规则间距的发射电极的配置,该电极优化用于提高工业中电除尘器的收集效率

摘要

"Mixed method experimental analu00ectico to obtain a configuration spaced electrodes optimized for irregular inter emission increase collection efficiency of electrostatic precipitator 1Ndustrial ". Involves the construction of a channel characteristic of electrostatic precipitation (Fig. 1, Fig. 2 and FIG.3) with continuous collector walls characterized by the fact that its walls are covered by the conductive collector plates narrow vertical, called segments.Isolated electrically with each other and with respect to the capture plates (Fig. 6 and FIG.7), so that the ionic currents coming in each of the segments can be measured individually, providing information with respect to the quantity of material collected there.With this information, a redistribution of the mass collected provides the configuration of a new inter electrode spacing issue in a configuration of irregular spacing (Fig.8), which, when installed in a PE already in operation, or to be used in a project of a new EP, results in more uniform thickness layers collected and.The consequent increase of collection efficiency.
机译:“混合方法实验性肛门分析,以获得为不规则的相互发射而优化配置的隔开的电极,从而增加了静电除尘器1Ndustrial的收集效率”。涉及具有连续集电器壁的静电沉淀通道特性的构造(图1,图2和图3),其特征是其壁被狭窄的垂直垂直的导电集电器板覆盖,这称为段。相互之间并相对于捕获板(图6和图7),这样就可以分别测量进入每个段的离子电流,从而提供有关收集到的物质数量的信息。 ,收集的质量的重新分布提供了不规则间距配置中新的电极间间距的配置(图8),当将其安装在已经运行的PE中或用于新项目时EP,使收集的厚度层更均匀,从而提高了收集效率。

著录项

  • 公开/公告号BRMU8403336U

    专利类型

  • 公开/公告日2006-03-21

    原文格式PDF

  • 申请/专利权人 JOSE SIMOES BERTHOUD;

    申请/专利号BR2004MU03336U

  • 发明设计人 JOSE SIMOES BERTHOUD;

    申请日2004-08-04

  • 分类号B03C3/10;

  • 国家 BR

  • 入库时间 2022-08-21 21:40:15

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