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    • 1. 发明公开
    • A method and a device for burning fluid fuel
    • 一种用于燃烧流体燃料的方法和装置
    • EP0097631A3
    • 1984-10-31
    • EP83850160
    • 1983-06-09
    • Johansson, Ulf
    • Johansson, Ulf
    • F23J15/00F23C03/00B01D53/34B01D46/30B01D46/10F28D21/00
    • F28D21/0007B01D53/34F23J15/00
    • In order to obtain a favourable combustion, including an efficient destruction of soot, neutralization of acid combustion residues and recovery of residual heat, the flame from an oil burner (53) is directed axially into a tube (52) of refractory material. At the exit from the tube there is a porous slab (54) of refractory material which, in use, is maintained in incandescent state, so soot will be consumed. The soot-free combustion gases are transferred into a column (60) in the upper portion of which a neutralizing agent containing fluid is sprayed through a nozzle (65). The fluid is collected in the lower portion (79) of the column for recirculation to the nozzle (65) by means of a pump (63). The neutralizing agent is added by means of a metering device (67), and a heat recovering coil (70) is provided in the fluid containing, lower portion (62) of the column.
    • 为了获得有利的燃烧,包括烟灰的有效破坏,酸燃烧残余物的中和和残余热的恢复,来自油燃烧器(53)的火焰被轴向引导到耐火材料管(52)中。 在管的出口处存在耐火材料的多孔板(54),其在使用中保持白炽状态,因此烟灰将被消耗。 不含烟灰的燃烧气体被转移到上部的塔(60)中,其中含有中和剂的流体通过喷嘴(65)喷射。 流体被收集在塔的下部(79)中,用于通过泵(63)再循环到喷嘴(65)。 中和剂通过计量装置(67)加入,并且在包含塔的下部(62)的流体中设置热回收线圈(70)。
    • 5. 发明公开
    • Means for treating combustion gases
    • Vorrichtung zur Behandlung von Verbrennungsgasen。
    • EP0275846A1
    • 1988-07-27
    • EP87850014.9
    • 1987-01-21
    • Johansson, Ulf
    • Johansson, Ulf
    • B01D53/34B01D53/14F23J15/00F28C3/06
    • F23J15/04B01D53/34F28C3/06
    • A means for reclaiming residual heat from combustion gases, while simultaneously cleaning the same comprises a water-filled container (11) to which a conduit (10) is connected, and which, in use, is maintained at sub­atmospheric pressure by means of a fan (17). The combustion gas conduit (10) enters the lower portion of the container, within the tubular guide member (12) in the latter. Devices (13, 14, 15) aid in forming the out-flowing gas into a multitude of small bubbles, which will be well washed from entrained particles and sulphur compound by the water in the container. A heat exchanger (16) within the guide member (12) reclaims the heat transferred from the bubbles to the water.
      Means (22-27) are connected to the container for automatically metering out a neutralizing agent to the water therein.
    • 一种用于从燃烧气体中回收余热的装置,同时清洗它们包括连接导管(10)的充满水的容器(11),并且在使用中通过风扇将其保持在低于大气压的压力 (17)。 燃烧气体管道(10)进入容器的下部,在管状引导构件(12)中。 装置(13,14,15)有助于将流出的气体形成多个小气泡,这些气泡将被容器中的水从夹带的颗粒和硫化合物中充分洗涤。 引导构件(12)内的热交换器(16)回收从气泡传递到水的热量。 装置(22-27)连接到容器,用于将中和剂自动计量给其中的水。
    • 6. 发明公开
    • A method and a device for burning fluid fuel
    • Verfahren und Vorrichtung zum Verbrennen vonfliessfähigemBrennstoff。
    • EP0097631A2
    • 1984-01-04
    • EP83850160.9
    • 1983-06-09
    • Johansson, Ulf
    • Johansson, Ulf
    • F23J15/00F23C3/00B01D53/34B01D46/30B01D46/10F28D21/00
    • F28D21/0007B01D53/34F23J15/00
    • In order to obtain a favourable combustion, including an efficient destruction of soot, neutralization of acid combustion residues and recovery of residual heat, the flame from an oil burner (53) is directed axially into a tube (52) of refractory material. At the exit from the tube there is a porous slab (54) of refractory material which, in use, is maintained in incandescent state, so soot will be consumed.
      The soot-free combustion gases are transferred into a column (60) in the upper portion of which a neutralizing agent containing fluid is sprayed through a nozzle (65). The fluid is collected in the lower portion (79) of the column for recirculation to the nozzle (65) by means of a pump (63). The neutralizing agent is added by means of a metering device (67), and a heat recovering coil (70) is provided in the fluid containing, lower portion (62) of the column.
    • 为了获得有利的燃烧,包括烟灰的有效破坏,酸燃烧残余物的中和和残余热的恢复,来自油燃烧器(53)的火焰被轴向引导到耐火材料管(52)中。 在管的出口处存在耐火材料的多孔板(54),其在使用中保持白炽状态,因此烟灰将被消耗。 不含烟灰的燃烧气体被转移到上部的塔(60)中,其中含有中和剂的流体通过喷嘴(65)喷射。 流体被收集在塔的下部(79)中,用于通过泵(63)再循环到喷嘴(65)。 中和剂通过计量装置(67)加入,并且在包含塔的下部(62)的流体中设置热回收线圈(70)。