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    • 1. 发明授权
    • Method for sootless combustion and furnace for said combustion
    • 无燃烧燃烧方法和所述燃烧炉
    • US4159000A
    • 1979-06-26
    • US849941
    • 1977-11-09
    • Yosimi IwasakiYukimitu YamadaNoboru Watanabe
    • Yosimi IwasakiYukimitu YamadaNoboru Watanabe
    • F23J1/02F23B99/00F23C99/00F23G5/14F23G5/32F23G7/04F23G7/10F23G5/00
    • F23G5/32F23G2209/26F23G2209/261
    • Air is blown into a combustion furnace via an inlet disposed in the upper section of the furnace and the incoming air is made to flow in a fixed spirally descending path along the inner wall of the furnace proper. Material subjected to combustion is carried by the flow of air to the layer of burning material at the bottom of the furance by previously deposited combustible material, there to be burnt. By virtue of the action of the current of air, the combustion gas from the combustion is vigorously whirled upwardly in the same rotational direction as that of the air current in the annular region defined by the fixed path of the spirally descending air current. This ascending current of air is enclosed within the annular region defined by the descending current. While the combustion gas is thus being whirled upwardly, the solid particles such as soot and other products of incomplete combustion which are entrained by the ascending combustion gas are caused by centrifugal force to pass into the spirally descending air flow. Therefore, by the time the waste gas from the combustion is finally released from the combustion furnace into the ambience, it is substantially free from soot and dust.
    • 空气通过设置在炉上部的入口吹入燃烧炉中,并且进入的空气沿着炉子内壁的固定的螺旋下降路径流动。 被燃烧的材料通过预先沉积的可燃材料通过空气流在耐火材料底部的燃烧材料层中进行,待燃烧。 由于空气流的作用,来自燃烧的燃烧气体在与由螺旋下降的气流的固定路径限定的环形区域中的气流相同的旋转方向上向上旋转。 空气的上升电流被包围在由下降电流限定的环形区域内。 当燃烧气体向上旋转时,由上升燃烧气体夹带的固体颗粒如煤烟和不完全燃烧的其它产物由离心力引起,进入螺旋状下降的气流。 因此,当燃烧废气最终从燃烧炉释放到气氛中时,其基本上不含烟灰和灰尘。