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    • 53. 发明授权
    • Combustion apparatus
    • 燃烧装置
    • US5156097A
    • 1992-10-20
    • US689784
    • 1991-06-13
    • Gerry BoothStewart DonnellyBrian Lindley
    • Gerry BoothStewart DonnellyBrian Lindley
    • F23B99/00F23G5/18F23G5/26F23G7/12F23L9/04
    • F23G7/12F23G5/18F23G5/26F23L9/02
    • Combustion apparatus comprises a combustion chamber for effecting primary combustion of combustible material charged thereinto, an exhaust conduit for exhaust gases emitted by the primary combustion, primary air inlet means for directing primary air into said combustion chamber, and secondary air inlet means for directing secondary air into the exhaust conduit at least in the region adjacent the combustion chamber so as to promote further combustion of said exhaust gases, said secondary air inlet means including an air distributor arranged centrally of the conduit characterized in that secondary air inlets are additional provided in the wall of the conduit over at least part of the extent of the air distributor.
    • PCT No.PCT / GB89 / 01357 Sec。 371日期1991年6月13日 102(e)日期1991年6月13日PCT提交1989年11月16日PCT公布。 公开号WO90 / 05875 日期:1990年5月31日。燃烧装置包括用于对其中装入的可燃材料进行一次燃烧的燃烧室,用于一次燃烧排放的废气的排气导管,用于将初级空气引导到所述燃烧室中的一次空气进口装置和二次空气 入口装置,用于至少在邻近燃烧室的区域中将二次空气引导到排气管道中,以促进所述废气的进一步燃烧,所述二次空气入口装置包括布置在管道中心的空气分配器,其特征在于,二次空气入口 在空气分配器的至少一部分范围内附加地设置在管道的壁中。
    • 54. 发明授权
    • Fluidized bed combustion
    • 流化床燃烧
    • US5101742A
    • 1992-04-07
    • US722775
    • 1991-06-28
    • Norman K. SowardsMichael L. Murphy
    • Norman K. SowardsMichael L. Murphy
    • F23G5/30F23G7/12
    • F23G7/12F23G5/30
    • A continuously operable fluidized bed vessel system and method for incinerating and disposing of materials which produce high tramp residue. The system is particularly effective in combusting shredded tires and disposing of large amounts of wire tramp without requiring down-time for cleaning. Emission of undesirable gases is controlled by a sensing and controlling system which provides for automatic injection of combustion by-product-modifying gases and solids. Further control of undesirable gas emission is controlled by employing sealed combustible material input and solid waste output ports. Fluidizable bed material which is entrapped and discharged with the other residue is separated from magnetic tramp and larger grain sized non-magnetic tramp and recycled to continuously replenish the fluidized bed. The bottom of the fluidized bed comprises layers of sloping, overlapping plates which offer no impediment to movement of wire and other tramp moving downwardly, away from the periphery of the vessel, toward a discharge chute and which may be numerically increased to form the bottom of a vessel of unlimited size. The wire and other tramp are continuously urged toward the discharge chute by gravitational force combined with air streaming from spaces between the overlapping plates in the downward plane of the plates. The same air stream ultimately vectors upward toward the vessel outlet to provide support for the fluidized bed.
    • 一种连续可操作的流化床容器系统和方法,用于焚烧和处理产生高残留残渣的材料。 该系统特别有效地燃烧切碎的轮胎和处理大量的钢丝绳,而不需要停机时间进行清洁。 不良气体的排放由感应和控制系统控制,该系统提供燃烧副产物改性气体和固体的自动注入。 通过使用密封的可燃材料输入和固体废物输出端口来控制不期望的气体排放的进一步控制。 与其他残留物夹带并排出的可流化床材料与磁性流槽和较大颗粒尺寸的非磁性流槽分离,并循环使用以连续补充流化床。 流化床的底部包括倾斜的重叠板的层,其不会妨碍导线和其他流动体从容器的周边向下移动的移动,朝向排放槽,并且可以数值增加以形成底部 无限大小的船只 电线和其他流浪者通过重力结合连续地推动排放滑槽,与从板的向下平面中的重叠板之间的空间流出的空气相结合。 相同的空气流最终向上朝向容器出口向上流动,为流化床提供支撑。