Bottom feed - updraft gasification system
    1.
    发明授权
    Bottom feed - updraft gasification system 失效
    底部进料 - 上升气化气化系统

    公开(公告)号:US5922092A

    公开(公告)日:1999-07-13

    申请号:US764687

    申请日:1996-12-05

    申请人: Leland T. Taylor

    发明人: Leland T. Taylor

    摘要: A gasification system for solid wastes having a thermal reactor and a mechanical gas cleaner, an indirect heat exchange cooler, and an electrostatic precipitator for cleaning and cooling the produced gas. Feed material is continuously fed to the central section of the thermal reactor above an air introduction manifold and nozzles and in an upward direction, forming a stratified charge. As feed material moves upward and outward from the reactor center it is reduced to ash. An agitator assures contact between the hot particulate product and hot gases resulting in gasification of the feed material and net movement to the sidewall of the thermal reactor, forming ash. The air introduction nozzles serve as a grate. Ash descends along the sidewall to the reactor base for removal. The mechanical cleaner has a high speed rotating brush-like gas separator element and scraper combination which removes condensed tars and particulates from the produced gas stream. The device is self cleaning in that condensed tars and particulates agglomerate on the high speed rotating bristle elements and, upon reaching adequate size and mass, are thrown off by centrifugal force to the cylindrical sidewall, where scrapers remove accumulated material which falls to the separator base for removal. An electrostatic precipitator having a cylindrical brush-like electrode suspended from one end by an insulated arm, removes remaining particles or aerosols from the product gas.

    摘要翻译: 具有热反应器和机械气体清洁器的固体废物的气化系统,间接热交换冷却器和用于清洁和冷却所产生的气体的静电除尘器。 进料在空气导入歧管和喷嘴的上方连续供给到热反应器的中心部分,并沿向上方向,形成分层电荷。 当进料从反应器中心向上和向外移动时,它被还原成灰分。 搅拌器确保热颗粒产物和热气体之间的接触,导致进料的气化和净运动到热反应器的侧壁,形成灰分。 空气引入喷嘴作为炉排。 灰分沿着侧壁下降到反应器底座以便除去。 机械清洁器具有高速旋转刷状气体分离器元件和刮刀组合,其从产生的气流中除去凝结的焦油和颗粒。 该装置是自清洁的,因为冷凝的焦油和高速旋转刷毛元件上的颗粒聚集,并且在达到足够的尺寸和质量时,通过离心力将其排出到圆柱形侧壁,其中刮刀去除落入分离器基底的积聚材料 用于移除。 具有通过绝缘臂从一端悬挂的圆筒形刷状电极的静电除尘器从产物气体中除去残留的颗粒或气溶胶。

    Bottom feed--updraft gasification system
    2.
    发明授权
    Bottom feed--updraft gasification system 失效
    底部进料 - 上升气化气化系统

    公开(公告)号:US5917138A

    公开(公告)日:1999-06-29

    申请号:US764632

    申请日:1996-12-05

    申请人: Leland T. Taylor

    发明人: Leland T. Taylor

    摘要: A gasification system for solid wastes having a thermal reactor and a mechanical gas cleaner, an indirect heat exchange cooler, and an electrostatic precipitator for cleaning and cooling the produced gas. Feed material is continuously fed to the central section of the thermal reactor above an air introduction manifold and nozzles and in an upward direction, forming a stratified charge. As feed material moves upward and outward from the reactor center it is reduced to ash. An agitator assures contact between the hot particulate product and hot gases resulting in gasification of the feed material and net movement to the sidewall of the thermal reactor, forming ash. The air introduction nozzles serve as a grate. Ash descends along the sidewall to the reactor base for removal. The mechanical cleaner has a high speed rotating brush-like gas separator element and scraper combination which removes condensed tars and particulates from the produced gas stream. The device is self cleaning in that condensed tars and particulates agglomerate on the high speed rotating bristle elements and, upon reaching adequate size and mass, are thrown off by centrifugal force to the cylindrical sidewall, where scrapers remove accumulated material which falls to the separator base for removal. An electrostatic precipitator having a cylindrical brush-like electrode suspended from one end by an insulated arm, removes remaining particles or aerosols from the product gas.

    摘要翻译: 具有热反应器和机械气体清洁器的固体废物的气化系统,间接热交换冷却器和用于清洁和冷却所产生的气体的静电除尘器。 进料在空气导入歧管和喷嘴的上方连续供给到热反应器的中心部分,并沿向上方向,形成分层电荷。 当进料从反应器中心向上和向外移动时,它被还原成灰分。 搅拌器确保热颗粒产物和热气体之间的接触,导致进料的气化和净运动到热反应器的侧壁,形成灰分。 空气引入喷嘴作为炉排。 灰分沿着侧壁下降到反应器底座以便除去。 机械清洁器具有高速旋转刷状气体分离器元件和刮刀组合,其从产生的气流中除去凝结的焦油和颗粒。 该装置是自清洁的,因为冷凝的焦油和高速旋转刷毛元件上的颗粒聚集,并且在达到足够的尺寸和质量时,通过离心力将其排出到圆柱形侧壁,其中刮刀去除落入分离器基底的积聚材料 用于移除。 具有通过绝缘臂从一端悬挂的圆筒形刷状电极的静电除尘器从产物气体中除去残留的颗粒或气溶胶。

    Bottom feed - updraft gasification system
    3.
    发明授权
    Bottom feed - updraft gasification system 失效
    底部进料 - 上升气化气化系统

    公开(公告)号:US5607487A

    公开(公告)日:1997-03-04

    申请号:US424189

    申请日:1995-04-19

    申请人: Leland T. Taylor

    发明人: Leland T. Taylor

    摘要: A gasification system for solid wastes having a thermal reactor and a mechanical gas cleaner, an indirect heat exchange cooler, and an electrostatic precipitator for cleaning and cooling the produced gas. Feed material is continuously fed to he central section of the thermal reactor above an air introduction manifold and nozzles and in an upward direction, forming a stratified charge. As feed material moves upward and outward from the reactor center it is reduced to ash. An agitator assures contact between the hot particulate product and hot gases resulting in gasification of the feed material and net movement to the sidewall of the thermal reactor, forming ash. The air introduction nozzles serve as a grate. Ash descends along the sidewall to the reactor base for removal. The mechanical cleaner has a high speed rotating brush-like gas separator element and scraper combination which removes condensed tars and particulates from the produced gas stream. The device is self cleaning in that condensed tars and particulates agglomerate on the high speed rotating bristle elements and, upon reaching adequate size and mass, are thrown off by centrifugal force to the cylindrical sidewall, where scrapers remove accumulated material which falls to the separator base for removal. An electrostatic precipitator having a cylindrical brush-like electrode suspended from one end by an insulated arm, removes remaining particles or aerosols from the product gas.

    摘要翻译: 具有热反应器和机械气体清洁器的固体废物的气化系统,间接热交换冷却器和用于清洁和冷却所产生的气体的静电除尘器。 进料在空气导入歧管和喷嘴的上方连续地供给到热反应器的中心部分,并沿向上方向形成分层电荷。 当进料从反应器中心向上和向外移动时,它被还原成灰分。 搅拌器确保热颗粒产物和热气体之间的接触,导致进料的气化和净运动到热反应器的侧壁,形成灰分。 空气引入喷嘴作为炉排。 灰分沿着侧壁下降到反应器底座以便除去。 机械清洁器具有高速旋转刷状气体分离器元件和刮刀组合,其从产生的气流中除去凝结的焦油和颗粒。 该装置是自清洁的,因为冷凝的焦油和高速旋转刷毛元件上的颗粒聚集,并且在达到足够的尺寸和质量时,通过离心力将其排出到圆柱形侧壁,其中刮刀去除落入分离器基底的积聚材料 用于移除。 具有通过绝缘臂从一端悬挂的圆筒形刷状电极的静电除尘器从产物气体中除去残留的颗粒或气溶胶。

    Pyrolysis apparatus
    4.
    发明授权
    Pyrolysis apparatus 失效
    热解设备

    公开(公告)号:US4225392A

    公开(公告)日:1980-09-30

    申请号:US939204

    申请日:1978-09-05

    申请人: Leland T. Taylor

    发明人: Leland T. Taylor

    摘要: A conical reaction region in a pyrolysis device has an adjustable height, adjustable speed agitator in the vicinity of the grate and a second agitator stirring the incoming material. A feed auger stops short of the reaction chamber to produce a sealing region in which the incoming feed material effectively produces a gas tight seal preventing the exit of reaction products. A gas outlet flow rate sensor controls the air inflow rate and/or lower agitator speed. Temperature and other sensors may be used to further optimize the process.

    摘要翻译: 热解装置中的锥形反应区域在炉排附近具有可调节的高度,可调节的速度搅拌器,以及搅拌进料的第二搅拌器。 进料螺旋钻停止反应室的短路以产生密封区域,在该密封区域中,进料进料有效地产生防止反应产物排出的气密密封。 气体出口流量传感器控制空气流入速率和/或较低的搅拌器速度。 温度和其他传感器可用于进一步优化过程。