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    • 2. 发明授权
    • Method for supply of constant-concentration ozonated water
    • 供应恒浓度臭氧水的方法
    • US07276168B2
    • 2007-10-02
    • US10975510
    • 2004-10-28
    • Teruo HaibaraKenichi UemuraTakio AdachiYouichi Shimoi
    • Teruo HaibaraKenichi UemuraTakio AdachiYouichi Shimoi
    • C02F1/78
    • C01B13/10C02F1/008C02F1/78C02F2209/23
    • A method for the supply of a constant-concentration ozonated water, employs a unit for producing ozonated water and a system for using the ozonated water at a place separated therefrom, interposing an ozonated water circulating line between the ozonated water producing unit and the place for using the ozonated water, causing the interior of the circulating line to circulate the ozonated water so that the flow rate may be constantly fixed at the outlet of the ozonated water producing unit, monitoring the ozone concentration of the ozonated water in the neighborhood of the outlet, adjusting the amount of an ozone gas supplied to the ozonated water producing unit based on the results of the monitoring, further monitoring the amount of the ozonated water used at the place for using the ozonated water, and controlling the amount of the ozonated water to be produced based on the results of this monitoring.
    • 供给恒定浓度的臭氧化水的方法,采用臭氧化水的制造单元和在与之分离的地方使用臭氧化水的系统,在臭氧化水生产单元和位置之间插入臭氧水循环管线 使用臭氧水,使循环管线的内部循环臭氧水,使得流量可以恒定地固定在臭氧水生产单元的出口处,监测出口附近臭氧水的臭氧浓度 根据监测结果调整向臭氧水生产单元供给的臭氧气体的量,进一步监测使用臭氧水的地方使用的臭氧化水的量,并将臭氧水的量控制在 根据监测结果生产。
    • 3. 发明申请
    • Method for supply of constant-concentration ozonated water
    • 供应恒浓度臭氧水的方法
    • US20050115909A1
    • 2005-06-02
    • US10975510
    • 2004-10-28
    • Teruo HaibaraKenichi UemuraTakio AdachiYouichi Shimoi
    • Teruo HaibaraKenichi UemuraTakio AdachiYouichi Shimoi
    • B08B7/00C01B13/10C02F1/00C02F1/78G05D7/00G05D11/08H01L21/304
    • C01B13/10C02F1/008C02F1/78C02F2209/23
    • An apparatus is provided which allows the ozonated water concentration to be retained and avoids being affected by the fluctuation of the amount of the ozonated water to be used. A method for the supply of a constant-concentration ozonated water, employs a unit for producing ozonated water and a system for using the ozonated water at a place separated therefrom, and interposing an ozonated water circulating line between the ozonated water producing unit and the place for using the ozonated water, causing the interior of the circulating line to circulate the ozonated water so that the flow rate may be constantly fixed at the outlet of the ozonated water producing unit, monitoring the ozone concentration of the ozonated water in the neighborhood of the outlet, adjusting the amount of an ozone gas supplied to the ozonated water producing unit and/or the concentration of the ozone gas based on the results of the monitoring, further monitoring the amount of the ozonated water used at the place for using the ozonated water, and controlling the amount of the ozonated water to be produced based on the results of this monitoring. The ozonated water can be used without being discarded even where the use of the ozonated water at the place of use is suspended temporarily. The constant-concentration ozonated water can be produced and supplied and the ozone can be utilized effectively.
    • 提供了允许臭氧水浓度保持并避免受到要使用的臭氧水量的波动的影响的装置。 一种用于提供恒浓度臭氧水的方法,采用生产臭氧水的单元和在与其分离的地方使用臭氧水的系统,并且在臭氧水生产单元和位置之间插入臭氧水循环管线 为了使用臭氧水,使循环管线的内部循环臭氧水,使得流量可以恒定地固定在臭氧水生产单元的出口处,监测臭氧水附近的臭氧水的臭氧浓度 出口,根据监测结果调整供应给臭氧水生产单元的臭氧气体的量和/或臭氧浓度,进一步监测在使用臭氧水的地方使用的臭氧水的量 ,并根据该监测结果控制待生产的臭氧水量。 臭氧水可以使用而不被丢弃,即使在使用地点使用臭氧水临时暂停使用。 可以生产和供应恒定浓度的臭氧水,可以有效利用臭氧。
    • 4. 发明授权
    • Column gas-liquid contacting apparatus and its use thereof
    • 柱式气液接触装置及其用途
    • US06423235B1
    • 2002-07-23
    • US09570928
    • 2000-05-15
    • Yoichi ShimoiJunichi GodaTakio Adachi
    • Yoichi ShimoiJunichi GodaTakio Adachi
    • C02F178
    • C01B13/10B01D19/0015B01J2219/00103B01J2219/3325C02F1/20C02F1/78Y10S210/908Y10S261/42
    • A gas-liquid contacting apparatus of a column system, comprising a column having an inlet for introducing a liquid to be treated and an outlet for a discharged gas in an upper part thereof, and an inlet for introducing a gas and an outlet for a treated liquid after gas-liquid contact in a lower part thereof, and at least two units comprising a packing material or a wetted wall structure, said units being separated by a gas back mixing preventer plate between the upper and lower parts, wherein the liquid introduced and the gas introduced are brought into countercurrent contact while keeping the gas phase as a continuous phase; and a process for producing an ozone liquid, a process for oxidizing an organic substance in a liquid, a process for removing a gas dissolved in a liquid, a process for treating a volatile substance in a liquid, a process for dissolving a gas into a liquid, each using the same.
    • 柱系统的气液接触装置,包括:具有用于引入待处理液体的入口和用于其上部排出气体的出口的塔,以及用于引入气体和出口的入口,用于处理 液体在其下部接触后的液体,以及包括填充材料或湿壁结构的至少两个单元,所述单元由上部和下部之间的气体回流混合防止板隔开,其中, 导入的气体在将气相保持为连续相的同时进行逆流接触; 臭氧液的制造方法,液体中的有机物质的氧化方法,溶解在液体中的气体的除去方法,液体中的挥发性物质的处理方法,将气体溶解于 液体,每个使用相同。