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    • 81. 发明授权
    • Dried sludge melting furnace
    • 干渣熔化炉
    • US5357879A
    • 1994-10-25
    • US63307
    • 1993-05-19
    • Shunichi ShionoKazuyuki Suzuki
    • Shunichi ShionoKazuyuki Suzuki
    • B09B3/00C02F11/10F23G5/50F23G7/00F23N1/02F23N5/00F23N5/18G05B13/02
    • F23N5/003F23N1/022F23N5/184F23G2202/102F23G2202/103F23G2202/20F23G2203/30F23G2209/12F23N2023/08F23N2023/36F23N2023/52F23N2025/08F23N2025/16F23N5/006Y10S706/90
    • In a dried sludge melting furnace apparatus, at least one of following two controls is executed. In one of the controls, the primary combustion chamber (PCC) upper combustion air supply amount and the PCC lower combustion air supply amount are adjusted so as to respectively become a target PCC upper combustion air supply amount and a target PCC lower combustion air supply amount which are obtained from an inferred PCC upper combustion air supply amount and an inferred PCC lower combustion air supply amount. The inferred PCC upper and lower combustion air supply amounts are obtained by a fuzzy inference device (221). In the other control, the total combustion air supply amount and the second combustion chamber (SCC) burner fuel supply amount are adjusted so as to respectively become a target combustion air supply amount and a target SCC burner fuel supply amount which are obtained from an inferred combustion air supply amount and an inferred SCC burner fuel supply amount. The inferred combustion air supply amount and the inferred SCC burner fuel supply amount are obtained by a fuzzy inference device (222).
    • 在干式污泥熔化炉装置中,执行以下两个控制中的至少一个。 在其中一个控制中,调节主燃烧室(PCC)上燃烧空气供给量和PCC下燃烧空气供给量,以分别成为目标PCC上燃气供给量和目标PCC下燃烧空气供给量 这是从推测的PCC上部燃烧空气供应量和推测的PCC较低的燃烧空气供应量获得的。 推断的PCC上下燃烧空气供给量是通过模糊推理装置(221)获得的。 在另一个控制中,调节总燃烧空气供给量和第二燃烧室(SCC)燃烧器燃料供给量,以分别成为从推测得到的目标燃烧空气供给量和目标SCC燃烧器燃料供给量 燃烧空气供应量和推断的SCC燃烧器燃料供应量。 通过模糊推理装置(222)获得推断的燃烧空气供给量和推断的SCC燃烧器燃料供给量。
    • 82. 发明授权
    • Staged fluidized-bed combustion and filter system
    • 分阶段流化床燃烧和过滤系统
    • US5325797A
    • 1994-07-05
    • US108501
    • 1993-08-18
    • Joseph S. MeiJohn S. Halow
    • Joseph S. MeiJohn S. Halow
    • B01D53/12F23G5/027F23G5/30F23G7/00F23G5/00
    • B01D53/12F23G5/027F23G5/30F23G7/00F23G2203/504F23G2209/18Y10S588/90
    • A staged fluidized-bed combustion and filter system for substantially reducing the quantity of waste through the complete combustion into ash-type solids and gaseous products. The device has two fluidized-bed portions, the first primarily as a combustor/pyrolyzer bed, and the second as a combustor/filter bed. The two portions each have internal baffles to define stages so that material moving therein as fluidized beds travel in an extended route through those stages. Fluidization and movement is achieved by the introduction of gases into each stage through a directional nozzle. Gases produced in the combustor/pyrolyzer bed are permitted to travel into corresponding stages of the combustor/filter bed through screen filters that permit gas flow but inhibit solids flow. Any catalyst used in the combustor/filter bed is recycled. The two beds share a common wall to minimize total volume of the system. A slightly modified embodiment can be used for hot gas desulfurization and sorbent regeneration. Either side-by-side rectangular beds or concentric beds can be used. The system is particularly suited to the processing of radioactive and chemically hazardous waste.
    • 分级流化床燃烧和过滤系统,用于通过完全燃烧将废物的量大大减少为灰分固体和气态产物。 该装置具有两个流化床部分,第一主要作为燃烧器/热解器床,第二个作为燃烧器/过滤床。 两个部分各自具有内部挡板以限定阶段,使得在其中作为流化床移动的材料在通过这些阶段的延伸路线中行进。 通过定向喷嘴将气体引入每个阶段来实现流化和运动。 在燃烧器/热解器床中产生的气体允许通过允许气体流动但抑制固体流动的筛网过滤器进入燃烧器/过滤床的相应阶段。 在燃烧器/过滤床中使用的任何催化剂被再循环。 两张床共享一个共同的墙壁,以最小化系统的总体积。 稍加修改的实施例可用于热气脱硫和吸附剂再生。 可以使用并排矩形床或同心床。 该系统特别适用于放射性和化学危险废物的处理。
    • 83. 发明授权
    • Installation for the incineration of waste
    • 安装焚烧废物
    • US5301619A
    • 1994-04-12
    • US981730
    • 1992-11-25
    • Marc Keersmaekers
    • Marc Keersmaekers
    • F23G5/00F23G5/20F23G5/50F23G7/00
    • F23G5/006F23G5/20F23G2900/00001
    • The drum of the installation is provided with a double wall which is closed on its rear end and where the inside wall of which is provided with openings, with a hollow central tube provided with openings the rear end of which tube is closed, and with radial double walls provided with openings and which connect said tube and the double drum wall with one another, where a duct is provided for blowing incineration air directly into the drum and a duct for at least partially recycling the burnt combustion gases from the drum and returning them to the drum, for cooling the double drum wall, controlling the furnace temperature and preventing waste from baking onto the drum.
    • 设置的滚筒设置有双壁,其在其后端处封闭,并且其内壁设置有开口,中空中心管设置有开口,其后端封闭管,并且具有径向 设置有开口的双壁并且将所述管和双鼓壁彼此连接,其中设置用于将焚烧空气直接吹入滚筒的导管和用于至少部分地再循环来自滚筒的燃烧的燃烧气体并将其返回的管道 到滚筒,用于冷却双鼓壁,控制炉温并防止浪费在滚筒上烘烤。
    • 85. 发明授权
    • Method for automatically controlling incineration in an excrement
disposal system
    • 排污处理系统自动控制焚烧的方法
    • US5265544A
    • 1993-11-30
    • US928401
    • 1992-08-12
    • Claude BigelowLane Bailey
    • Claude BigelowLane Bailey
    • A47K11/02F23G7/00F23G7/04
    • A47K11/023F23G7/001
    • A method is provided for automatically controlling the incineration of solid wastes in a self contained toilet. A microcontroller is employed for generating an electronic holding tank level signal indicative of volume of material is a system holding tank and comparing that signal with a predetermined upper holding tank volume limit signal. A waste withdrawal pump is actuated to pump down the contents of the holding tank to a predetermined lower holding tank level once the upper holding tank volume limit has been reached. The contents of the holding tank are transferred to an incineration chamber, which is actuated to incinerate waste received from the holding tank. Actuation of the waste withdrawal pump and incineration is terminated once the holding tank level signal reaches the lower holding tank volume limit. The system also provides for recirculation of the waste in the holding tank to prevent solids from settling out therein. The slurry from the holding tank is automatically metered into the incineration chamber according to the temperature in the incineration chamber at a rate appropriate for complete incineration. The system employs a diagnostics routine to detect and identify malfunctions, and a maintenance routine to allow specific inputs to be displayed and to provide an interface for operator control.
    • 提供了一种用于自动控制固体废物在自给式厕所中的焚烧的方法。 微控制器用于产生电子储存箱液位信号,指示材料的体积是系统容纳槽,并将该信号与预定的上储罐容积限制信号进行比较。 一旦达到上容器容积限制,就启动废液抽取泵将储存罐的内容物抽出到预定的下部储存罐水平。 储存罐的内容物被转移到焚烧室,该焚烧室被致动以焚烧从储存罐中收到的废物。 一旦储罐液位信号达到下储罐容量限制,废液回收泵和焚烧的启动就被终止。 该系统还提供在储罐中的废物再循环以防止固体沉淀在其中。 根据焚烧室内的温度,来自容纳槽的浆料以适于完全焚烧的速率自动计量到焚烧室中。 系统采用诊断程序来检测和识别故障,以及维护程序,允许显示特定的输入,并提供操作员控制的界面。
    • 86. 发明授权
    • Method and apparatus for processing contaminated soils
    • 处理污染土壤的方法和设备
    • US5264654A
    • 1993-11-23
    • US678370
    • 1991-04-29
    • Wilfried KreftFranz-Josef Grothaus
    • Wilfried KreftFranz-Josef Grothaus
    • B09C1/00B08B3/02B09C1/06A62D3/00E02D15/00F23G5/12F23G7/00
    • B08B3/022B09C1/06Y02E20/12Y10S588/90
    • A method of and apparatus for decontaminating contaminated soils and similar materials, the method includes (a) drying and comminuting contaminated soil and similar material in a mill through which a flow of hot gases is passed to provide a mixture of solids and gases; (b) introducing the mixture into a cyclone separator where the mixture is separated into gaseous and solid components; (c) thermally treating the solid components in a decontamination zone at a temperature effective to decontaminate at least a portion of the solid components; (d) passing the solid components after thermally treating same in step (c) into a dwell zone configured as a flow-through region; (e) thermally treating the solid components within the dwell zone at a temperature effective to decontaminate at least a portion of the solid components; (f) cooling the solid components after step (e) by transferring same into a cooling region of a cooling line; (g) thermally afterburning gaseous components from at least one of steps (b) and (c) in a burner; (h) cooling and filtering at least a part of the gaseous components from step (g); and (i) discharging the gaseous components from step (h) to the atmosphere.
    • PCT No.PCT / EP89 / 01172 Sec。 371日期:1991年4月29日 102(e)日期1991年4月29日PCT提交1989年10月6日PCT公布。 公开号WO90 / 04470 日期:1990年5月3日。一种用于净化污染土壤和类似材料的方法和设备,该方法包括(a)在磨机中干燥和粉碎受污染的土壤和类似材料,通过该材料通过热气流, 固体和气体; (b)将混合物引入旋风分离器,其中将混合物分离成气态和固体组分; (c)在有效净化至少一部分固体组分的温度下热处理去污区中的固体组分; (d)将步骤(c)中对其进行热处理后的固体成分通入构成流通区域的停留区域; (e)在有效去除至少一部分固体组分的温度下热处理驻留区内的固体组分; (f)通过将步骤(e)中的固体组分转移到冷却管线的冷却区域中来冷却固体组分; (g)在燃烧器中将来自步骤(b)和(c)中的至少一个的气态组分热再燃烧; (h)冷却和过滤来自步骤(g)的至少一部分气态组分; 和(i)将气态组分从步骤(h)排出到大气中。
    • 87. 发明授权
    • Incinerator
    • 焚烧炉
    • US5257585A
    • 1993-11-02
    • US7351
    • 1993-01-21
    • Keiichi SatoYukio YamagishiKazuyoshi ShimizuHiroshi Yoshida
    • Keiichi SatoYukio YamagishiKazuyoshi ShimizuHiroshi Yoshida
    • F23G5/00F23G5/16F23G5/30F23J15/06F23L9/02F23M9/00F23G7/00
    • F23G5/30F23G5/002F23G5/165F23J15/06F23L9/02F23M9/00Y02E20/363
    • An incinerator designed so that the reaction of unburnt gas with oxygen progresses rapidly to thereby minimize the amount of unburnt gas generated therefrom. An intermediate portion of a combustion chamber is contracted in the cross-sectional direction with respect to the direction of flow of gas to thereby provide a throttling passage (14) over a predetermined distance. A part of the combustion chamber which is below the throttling passage (14) and a part of the combustion chamber which is above the passage (14) are enlarged in the cross-sectional direction to define a lower combustion chamber (13) and an upper combustion chamber (15), respectively. A first barrier (16) is disposed in the vicinity of the inlet of the throttling passage (14) across the lower combustion chamber (13) and a second barrier (17) is disposed in the vicinity of the outlet of the throttling passage (14) across the upper combustion chamber (15).
    • 设计为使得未燃气体与氧的反应快速进行的焚化炉,从而使从其产生的未燃烧气体的量最小化。 燃烧室的中间部分在相对于气体流动方向的横截面方向上收缩,从而在预定距离上提供节流通道(14)。 在节流通道(14)下方的燃烧室的一部分和在通道(14)上方的燃烧室的一部分在横截面方向上扩大以限定下燃烧室(13)和上部 燃烧室(15)。 第一挡板(16)设置在节流通道(14)的入口附近穿过下燃烧室(13),第二阻挡件(17)设置在节流通道(14)的出口附近 )穿过上部燃烧室(15)。