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    • 35. 发明公开
    • METHOD FOR REMOVAL OF GRIT IN A SLAKER EQUIPPED WITH A GRIT COLLECTOR
    • 用装有集尘器的粉碎机去除砂砾的方法
    • EP3201153A1
    • 2017-08-09
    • EP15846260.6
    • 2015-09-30
    • Poju R. Stephansen AS
    • STEPHANSEN, Poju
    • C04B2/04C04B2/08B01F15/02
    • C04B2/08B01F7/18B01F15/00389B01F15/027B01F15/0292B01F2215/0036C04B2/04
    • Methods and a slaker for removal of heavy grit during batchwise slaking of burnt lime in a slaker (2) for the production of lime slurry with a high degree of fineness and prolonged sedimentation time are described, where the following processing steps are carried out during the slaking process: a)—reduction of the stirring of the slaker (2) from a normal stirring speed to a lower stirring speed, b)—opening of an upper inlet valve (60) in a collector (70) mounted in the lower part (54) of the slaker (2) to lead sinking grit in the slurry batch to the collector (70), whereupon the upper inlet valve (60) is closed after a given time period, c)—increase the stirring in the slaker (2) back to the normal stirring speed, d)—after a given time period with normal stirring speed, a regulating valve (22) in the lower part (54) of the slaker (2) is opened for emptying of a batch of slurry to an external storage tank (3), and e)—when said regulating valve (22) is opened for emptying of a batch of slurry, a lower outlet valve (62) in the collector is optionally opened for emptying of collected grit.
    • 本发明描述了在用于生产高细度和延长沉降时间的石灰浆料的熟化机(2)中分批熟化熟石灰期间用于除去重砂砾的方法和消化器,其中以下处理步骤在 熟化过程:a) - 将消化器(2)的搅拌从正常搅拌速度降低到较低的搅拌速度,b)打开安装在下部的收集器(70)中的上部入口阀(60) (2)的流化床(54)将泥浆批料中的下沉砂砾导入收集器(70),随后在给定的时间段之后关闭上部入口阀(60),c)增加消化器中的搅拌 2)恢复到正常的搅拌速度,d) - 在正常搅拌速度的给定时间段之后,在消化器(2)的下部(54)中的调节阀(22)被打开以排空一批浆料 到外部储罐(3),以及e) - 当所述调节阀(22)打开以清空a 在收集器中的下出口阀(62)可选地打开以排空收集的砂砾。
    • 39. 发明公开
    • MANUFACTURING FACILITY FOR QUICKLIME, AND MANUFACTURING FACILITY AND MANUFACTURING PROCESS FOR SLAKED LIME
    • 植物用生石灰和系统和方法生产的设备和方法生产用于生产熟石灰
    • EP2692709A1
    • 2014-02-05
    • EP11862640.7
    • 2011-11-21
    • Mitsubishi Materials Corporation
    • HIGUCHI, NaohiroSHIMA, Hirokazu
    • C04B2/10C01F11/02C01F11/06C04B2/08
    • C04B2/08C04B2/04C04B2/10C04B2/106C04B2/12Y02P40/42
    • A manufacturing facility for quicklime is provided, which can manufacture highly active quicklime by a simple manufacturing facility, and which can also separate and recover, in a high concentration, CO 2 gas generated at the time of manufacturing quicklime. The manufacturing facility for quicklime is configured by including: a regenerative calciner 11 which has a supply port 11a for supplying granular limestone C into the regenerative calciner 11, heating means capable of maintaining the temperature of the atmosphere in the regenerative calciner 11 at a temperature not less than the calcination temperature of the limestone, an exhaust pipe 15 connected to an upper part of the regenerative calciner 11 so as to discharge combustion exhaust gas of the heating means and CO 2 gas generated by the calcination of limestone, and a discharge port 14 for taking out quicklime produced by the calcination; and a heat medium 16 which has a particle diameter larger than the particle diameter of the limestone and which is filled in the regenerative calciner 11.
    • 对生石灰的制造设施被提供,其可以通过简单的制造设备制造的高活性生石灰,因此里面可以分离和回收,以高浓度,在制造生石灰时产生的CO 2气体。 对生石灰是通过包括被配置的制造设备:一个蓄热煅烧炉11,其具有用于供给粒状石灰石C处于蓄热煅烧炉11的供给口11a,加热装置,它能够在温度不保持在再生煅烧炉11内的气氛的温度的 小于所述煅烧温度的石灰石的,为了在蓄热煅烧炉11的上部连接到以便排出由石灰石的煅烧所产生的加热装置和CO 2气体的燃烧废气排气管15,以及一个排放口14 用于取出由煅烧产生的生石灰; 和热介质16,其具有粒径比该石灰石的颗粒直径大,所有这一切都被填充在蓄热煅烧炉11