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    • 1. 发明申请
    • INSTALLATION AND METHOD FOR PROCESSING MOLTEN MATERIAL PRODUCED BY A METALLURGICAL PLANT, IN PARTICULAR FOR PROCESSING BLAST FURNACE SLAG
    • 冶金工厂生产的特殊材料加工熔融材料的安装和方法
    • WO2011067400A1
    • 2011-06-09
    • PCT/EP2010/068898
    • 2010-12-03
    • PAUL WURTH S.A.SGARBI, ThomasSCHWEITZER, MarcGREIVELDINGER, Bob
    • SGARBI, ThomasSCHWEITZER, MarcGREIVELDINGER, Bob
    • C21B3/08C04B5/00
    • C21B3/08C04B5/00
    • An installation (100) for processing a metallurgical melt, in particular blast furnace slag, comprises at least one granulation unit (110; 120), which produces slurry of granulates and water, and a main dynamic dewatehng unit (130) connected downstream the granulation unit. The main dewatering unit (130) comprises a mobile component, in particular a rotary dewatering drum (132), for separating slurry into granulatesand water. According to the invention, the installation includes: - a slurry overflow (150) arranged upstream of or at the inlet of the main dewatering unit (130) and upstream of the water outlet (142), from which water is recovered from the main dewatering unit (130), this overflow being configured for draining slurry in excess of the unit's dewatering capacity; - a secondary dewatering unit (160) having an inlet (162) connected for receiving excess slurry from the overflow, a first outlet (164) for returning a secondary dewatered fraction to the main dewatering unit and a second outlet (166) for recovering water. The installation is configured to drain excess slurry so as to preclude excess slurry from reaching the water outlet (142) and to separate drained excess slurry into a secondary dewatered fraction returned to the main dewatering unit (130) and into a secondary water fraction recovered without passing through the main dynamic dewatering unit (130). A corresponding method of processing molten material, in particular for granulating blast furnace slag, is also proposed.
    • 用于处理冶金熔体,特别是高炉渣的装置(100)包括产生颗粒和水的浆料的至少一个造粒单元(110; 120)和连接在造粒物下游的主动态脱水装置(130) 单元。 主要脱水单元(130)包括可移动部件,特别是旋转脱水滚筒(132),用于将浆料分离成颗粒和水。 根据本发明,该装置包括: - 布置在主脱水单元(130)的入口上方或入口处的水出口(142)上游的浆料溢流(150),从主脱水单元 单元(130),该溢流构造成用于排出超过单元脱水能力的浆料; - 第二脱水单元(160),其具有用于从溢流器接收多余浆料的入口(162),用于将二次脱水部分返回到主脱水单元的第一出口(164)和用于回收水的第二出口(166) 。 该装置被配置成排出多余的浆料,以排除多余的浆料到达出水口(142)并将排出的过剩浆料分离成回流到主脱水单元(130)的二级脱水馏分,并回收到没有 通过主动态脱水装置(130)。 还提出了相应的处理熔融材料的方法,特别是用于造粒高炉矿渣。
    • 2. 发明申请
    • METALLURGICAL GRANULATION AND DEWATERING APPARATUS
    • 冶金造粒和脱水装置
    • WO2009010556A1
    • 2009-01-22
    • PCT/EP2008/059379
    • 2008-07-17
    • PAUL WURTH S.A.LEYSER, PatrickCORTINA, ChristianGREIVELDINGER, BobKERSCHENMEYER, GuySCHWEITZER, Marc
    • LEYSER, PatrickCORTINA, ChristianGREIVELDINGER, BobKERSCHENMEYER, GuySCHWEITZER, Marc
    • B01D33/11B01D33/52
    • B01D33/11B01D33/50B01D33/52
    • The present invention proposes a metallurgical granulation and dewatering apparatus (10) comprising a hollow drum (12) being rotatably mounted about an axis (16), the drum (12) being formed by a drum wall (20) comprising mesh material (41). The apparatus (10) further comprises feed means (46) for feeding granulated slag into a lower region (22) of the drum (12) and onto an inner surface (32) of the drum wall (20), the lower region (22) of the drum (12) comprising a slag/water slurry; and drive means for rotating the drum (12) about the axis (16), the rotation of the drum (12) causing the slurry to be entrained from the lower region (22) of the drum (12) to an upper region (24) of the drum (12), the water being drained away through the mesh material (41). The apparatus (10) also comprises collector means (48) arranged in the drum (12) at a location below the upper region (24) of the drum (12), the collector means (48) being arranged for catching slag and conveying the slag out of the drum (12); and cleaning means for cleaning the mesh material (41), the cleaning means being arranged outside the drum (12) and comprising nozzles (44) directed onto the outer surface (42) of the mesh material (41). According to an important aspect of the invention, the mesh material (41) is flexible metal grid and the nozzles (44) of the cleaning means are high-pressure water nozzles (44) for directing high-pressure water jets onto the outer surface (42) of the flexible metal grid (41); wherein the flexible metal grid (41) is configured and arranged so as to be able to bulge inwardly when subjected to water from the high-pressure water nozzles (44).
    • 本发明提出了一种冶金造粒和脱水设备(10),包括围绕轴线(16)可旋转地安装的中空鼓(12),所述滚筒(12)由包括网状材料(41)的滚筒壁(20)形成, 。 所述设备(10)还包括用于将颗粒状炉渣送入所述转筒(12)的下部区域(22)并且到所述鼓壁(20)的内表面(32)上的进料装置(46),所述下部区域 )包括炉渣/水浆料; 以及用于围绕轴线(16)旋转滚筒(12)的驱动装置,滚筒(12)的旋转使得浆料从滚筒(12)的下部区域(22)夹带到上部区域(24) ),水通过网状材料(41)排出。 装置(10)还包括在滚筒(12)的下方的位置下方布置在滚筒(12)中的收集器装置(48),收集器装置(48)设置成用于捕集炉渣并输送 从滚筒(12)出渣; 以及用于清洁网状物(41)的清洁装置,所述清洁装置设置在所述滚筒(12)的外部并且包括指向所述网状材料(41)的外表面(42)的喷嘴(44)。 根据本发明的一个重要方面,网状材料(41)是柔性金属格栅,并且清洁装置的喷嘴(44)是用于将高压水射流引导到外表面上的高压水喷嘴(44) 42); 其中所述柔性金属格栅(41)被构造和布置成当受到来自所述高压水喷嘴(44)的水时能够向内凸出。