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    • 5. 发明授权
    • Upward-flow manganese contact column
    • 向上流动的锰接触柱
    • US07922904B2
    • 2011-04-12
    • US11923830
    • 2007-10-25
    • Kiyotaka SugiuraHideki TakeuchiHiroyuki Oyachi
    • Kiyotaka SugiuraHideki TakeuchiHiroyuki Oyachi
    • C02F1/64B01J23/34
    • C02F1/725C02F1/006C02F2101/206C02F2103/06
    • The present invention provides an upward-flow manganese contact column for feeding raw water to a manganese catalyst-packed layer through a plurality of dispersion nozzles provided at the upper surface of a chamber by forming the chamber for allowing raw water to flow in at the bottom of a column body into which a granular manganese catalyst is packed. Each dispersion nozzle has an umbrella portion above a perpendicular nozzle body, and the umbrella portion is configured so that the lower end of the umbrella portion is elongated below the upper end of the nozzle body. Raw water is supplied to the entire manganese catalyst-packed layer from the lower end of the umbrella portion of each dispersion nozzle. It is capable, of exhibiting stable treatment ability for a long time by suppressing particles of the manganese catalyst from being worn by collisions of the particles.
    • 本发明提供一种向上流动的锰接触柱,用于通过形成用于允许原水在底部流入的室,通过设置在室的上表面处的多个分散喷嘴将原料水供给到锰催化剂填充层 的柱体,其中填充有粒状锰催化剂。 每个分散喷嘴在垂直喷嘴体上方具有伞形部分,并且伞形部分构造成使得伞形部分的下端在喷嘴体的上端下方伸长。 从各分散喷嘴的伞部的下端向整个锰催化剂填充层供给原水。 通过抑制锰催化剂的颗粒被颗粒的碰撞磨损,能够长时间地表现出稳定的处理能力。
    • 6. 发明申请
    • UPWARD-FLOW MANGANESE CONTACT COLUMN
    • US20080110817A1
    • 2008-05-15
    • US11923830
    • 2007-10-25
    • Kiyotaka SugiuraHideki TakeuchiHiroyuki Oyachi
    • Kiyotaka SugiuraHideki TakeuchiHiroyuki Oyachi
    • B01D24/40
    • C02F1/725C02F1/006C02F2101/206C02F2103/06
    • The present invention provides an upward-flow manganese contact column for feeding raw water to a manganese catalyst-packed layer 3 through a plurality of dispersion nozzles 8 provided at the upper surface of a chamber 2 by forming the chamber 2 for allowing raw water to flow in at the bottom of a column body 1 into which a granular manganese catalyst is packed. Each dispersion nozzle 8 has an umbrella portion 12 above a perpendicular nozzle body 9, and the umbrella portion 12 is configured so that the lower end of the umbrella portion 12 is elongated below the upper end of the nozzle body 9. Raw water is supplied to the entire manganese catalyst-packed layer from the lower end of the umbrella portion 12 of each dispersion nozzle 8. It is capable of exhibiting stable treatment ability for a long time by suppressing particles of the manganese catalyst from being worn by collisions of the particles.
    • 本发明提供了一种向上流动的锰接触柱,用于通过形成用于允许原水流动的室2的多个分散喷嘴8向锰催化剂填充层3供给原料水,所述分散喷嘴8设置在室2的上表面 在柱体1的底部装有粒状锰催化剂。 每个分散喷嘴8在垂直喷嘴体9的上方具有伞形部分12,并且伞形部分12构造成使得伞形部分12的下端在喷嘴体9的上端下方伸长。 从各分散喷嘴8的伞部12的下端向整个锰催化剂填充层供给原水。 通过抑制锰催化剂的颗粒被颗粒的碰撞磨损,能够长时间地表现出稳定的处理能力。