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    • 2. 发明申请
    • SLAG DISCHARGING SYSTEM
    • SLAG排放系统
    • US20120196241A1
    • 2012-08-02
    • US13497137
    • 2010-07-26
    • Yoshinori KoyamaNaoshige YoshidaOsamu ShinadaYasuo Soda
    • Yoshinori KoyamaNaoshige YoshidaOsamu ShinadaYasuo Soda
    • F27D15/00
    • C10J3/52C10J3/506C10J3/72C10J2300/1628Y02E20/16Y02E20/18
    • There is provided a slag discharging system having high flexibility in layout and capable of stable slag discharge in low cost with high reliability. The slag discharging system is configured to rapidly cool slag, discharged by producing combustible gas in a gasification furnace, within cooling water into glassy slag, collect the slag along with the cooling water discharged out of a system of the gasification furnace into a slag reservoir, and thereafter convey the slag from the slag reservoir to a slag storage tank; and this slag discharging system includes a slag slurry tank for collecting the slag from the slag reservoir into water so as to make the slag into slurry therein, slag slurry piping for making a connection between the slag slurry tank and the slag storage tank, and a pump so disposed in the slag slurry piping as to suck the slag slurry within the slag slurry tank and feed the slag slurry to the slag storage tank.
    • 提供了一种具有高布局灵活性和能够以低成本,高可靠性稳定排渣的排渣系统。 炉渣排出系统构成为通过在气化炉中将可燃性气体在冷却水中制成玻璃状炉渣而排出的炉渣迅速冷却,将炉渣与从气化炉排出的冷却水一起收集到炉渣容器内, 然后将炉渣从炉渣储存器输送到渣槽; 该排渣系统包括:渣渣槽,用于将炉渣从渣槽收集到水中,以使炉渣成浆,渣浆管道用于在渣渣槽与炉渣储罐之间形成连接; 泵排放在渣浆管道中,以将炉渣浆料吸入渣浆槽内,并将炉渣浆料送入炉渣储罐。
    • 3. 发明申请
    • IGNITION TORCH AND PRESSURIZED GASIFICATION FURNACE INCLUDING THE SAME
    • 点火炉和加压气化炉,包括它们
    • US20130143171A1
    • 2013-06-06
    • US13814849
    • 2010-11-29
    • Yasuo SodaTakashi YamamotoKatsuhiko Yokohama
    • Yasuo SodaTakashi YamamotoKatsuhiko Yokohama
    • F23Q13/04
    • F23Q13/04F23D14/38
    • Provided is an ignition torch that can easily be inspected regardless of the state inside a gasification furnace. An ignition torch (10) of the present invention extends from an outside of a gasification furnace (1) to an inside of the gasification furnace (1) so as to receive feed of fuel and combustion air from one end positioned at the outside of the gasification furnace (1) and to feed flames to the other end positioned in the inside of the gasification furnace (1). An opening/closing valve (24) is provided downstream in a fuel flow direction from an ignition section (22) provided at the outside of the gasification furnace (1). A flame-holding section (28) is provided on the other end of the ignition torch (10). Supporting fuel is supplied to the flame-holding section (28).
    • 提供一种可以容易地检查的点火炬,而不管气化炉内的状态如何。 本发明的点火炬(10)从气化炉(1)的外部延伸到气化炉(1)的内部,以便从位于外部的一端接收燃料和燃烧空气的进料 气化炉(1),并将火焰供给位于气化炉(1)内部的另一端。 在设置在气化炉(1)的外部的点火部(22)沿燃料流动方向的下游设置开闭阀(24)。 火焰保持部(28)设置在点火炬(10)的另一端。 支撑燃料被供应到火焰保持部分(28)。
    • 4. 发明授权
    • Ignition torch and pressurized gasification furnace including the same
    • 点火炬和包括其的加压气化炉
    • US09366435B2
    • 2016-06-14
    • US13814849
    • 2010-11-29
    • Yasuo SodaTakashi YamamotoKatsuhiko Yokohama
    • Yasuo SodaTakashi YamamotoKatsuhiko Yokohama
    • F23Q13/04F23D14/38
    • F23Q13/04F23D14/38
    • An ignition torch that can easily be inspected regardless of the state inside a gasification furnace. The ignition torch (10) extends from an outside of a gasification furnace (1) to an inside of the gasification furnace (1) so as to receive feed of fuel and combustion air from one end positioned outside of the gasification furnace (1) and to feed flames to the other end positioned in the inside of the gasification furnace (1). An opening/closing valve (24) is provided downstream in a fuel flow direction from an ignition section (22) provided at the outside of the gasification furnace (1). A flame-holding section (28) is provided on the other end of the ignition torch (10). Supporting fuel is supplied to the flame-holding section (28).
    • 无论气化炉内的状态如何,都可以方便地检查点火炬。 点火炬(10)从气化炉(1)的外部延伸到气化炉(1)的内部,以便从位于气化炉(1)外部的一端接收燃料和燃烧空气的进料和 将火焰供给位于气化炉(1)内部的另一端。 在设置在气化炉(1)的外部的点火部(22)沿燃料流动方向的下游设置开闭阀(24)。 火焰保持部(28)设置在点火炬(10)的另一端。 支撑燃料被供应到火焰保持部分(28)。