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    • 14. 发明申请
    • APPARATUS FOR REGENERATING ACTIVATED CARBON
    • 用于再生活性碳的装置
    • WO1983000682A1
    • 1983-03-03
    • PCT/GB1981000163
    • 1981-08-14
    • HERBERT BEVEN & COMPANY LIMITEDMATSUI, Kotaro
    • HERBERT BEVEN & COMPANY LIMITED
    • C01B31/08
    • C01B32/366
    • The rapid regeneration of used activated carbon particles employed in the purification of gases or liquids, particularly water, is effected by means of a relatively inexpensive apparatus in which the carbon particles (1) are allowed to fall under gravity through a pathway formed by an electrode assembly comprising two vertically extending series of horizontally disposed plate electrodes (5) and (6) which are offset so that the members of one series are interjacent those of the other series and may overlap, whilst one of the series of electrodes (5) is rotated about the vertical axis of a closed vessel (9) housing the electrode assembly. As the carbon particles fall down the pathway a high voltage electric current is fed to the electrodes so as to cause spark discharges to occur between the carbon particles as they travel through the gaps between the electrodes, resulting in the instantaneous generation of high temperatures which cause the adsorbed substances in the carbon particles to be desorbed without consequential damage to the activated carbon structure. The hot reactivated carbon particles can be cooled in a cooling tank (17) containing water (18).
    • 用于气体或液体,特别是水的净化中使用的活性炭颗粒的快速再生是通过相对便宜的装置进行的,其中使碳粒子(1)在重力作用下通过由电极形成的通路 组件包括两个垂直延伸的一系列水平设置的板电极(5)和(6),其偏移,使得一个系列的构件与另一个系列的构件相邻并且可以重叠,而一系列电极(5)是 围绕容纳电极组件的封闭容器(9)的垂直轴旋转。 当碳粒子向下通过时,高压电流被馈送到电极,以便当它们穿过电极之间的间隙时,在碳粒子之间产生火花放电,导致立即产生高温,这导致 待分解的碳颗粒中的吸附物质不会对活性炭结构造成损害。 热还原碳颗粒可以在含有水的冷却罐(17)中冷却(18)。
    • 15. 发明申请
    • APPARATUS FOR REGENERATING ACTIVATED CARBON
    • 用于再生活性碳的装置
    • WO1982003619A1
    • 1982-10-28
    • PCT/JP1981000086
    • 1981-04-10
    • NODA YOSHIKAZUSASAKI YOSHIKI
    • NODA YOSHIKAZU
    • C01B31/08
    • C01B32/366
    • Dispositif de regeneration de particules de charbon actif utilise, comprenant un four de desorption (11) formant une premiere moitie d'un four de regeneration dans lequel on execute une reaction de desorption pour desorber les materiaux absorbes par les particules de charbon actif utilisees, ceci par chauffage au moyen d'un dispositif electrique de chauffage, et un four de reactivation (12) formant une deuxieme moitie du four de regeneration dans lequel une reaction de regeneration est conduite en ajoutant de la vapeur pendant le chauffage, en maintenant des conditions optimales pour les reactions respectives en commandant separement les tensions appliquees aux plaques d'electrodes (17 et 38) dans les fours respectifs, en prevoyant un balancement ou une vibration plus accentuee de ces particules dans le four de desorption (11) que dans le four de reactivation (12) au moyen soit d'un mecanisme de balancement (25), (26) et (29) soit d'un mecanisme de vibration (36), et en ajoutant de vapeur pour la reaction de reactivation uniquement dans le four de reactivation, ce qui permet de regenerer efficacement et uniformement les particules de charbon actif tout en reduisant au minimum l'usure par frottement de ces memes particules.
    • 19. 发明申请
    • METHOD AND DEVICE FOR THE THERMAL PURIFICATION OR PURIFICATION AND ACTIVATION OF CHARGED GRANULAR ACTIVATED CARBON
    • 方法和装置热清洗,清洗及装入的粒状炭激活
    • WO2014206392A3
    • 2015-02-19
    • PCT/DE2014000321
    • 2014-06-19
    • PROJAHN FRANK
    • PROJAHN FRANKGROTHE JAMINA
    • B01D53/04B01J20/34C01B31/08C02F1/28
    • B01D53/0446B01D53/0438B01D2253/102B01D2257/304B01D2257/556B01D2258/05B01D2259/40088B01J20/20B01J20/3416B01J20/3483C01B32/366C02F1/283C02F2303/16
    • The invention relates to a reactor container and to a method for purifying or for purifying and activating charged granular activated carbon. Said container can be heated in an oven and the waste gas thereof is guided into a cooling system which is arranged outside of the oven and which is used for condensing and collecting the constituents, the temperature of the waste gas exiting from the reactor container can be detected. Said reactor container comprises at least one cylindrical reactor container top (1) which can be sealing closed by a reactor container top cover (2). Said reactor container top (1) comprises, in the base area, a steam supply line (12) and said reactor container top cover (2) comprises a waste gas line (16), a perforated base plate (13) being arranged above the steam supply line (12) and cylindrical ventilation inserts (14) which are at a distance from each other and which are on the inner wall of the reactor container top (1), resting on the base plate (13) via an open surface, the cylinder cover being perforated and the closed head part (15) being connected to the cylinder cover, and a perforated top insert (17) being arranged above the ventilation inserts (14) and at a distance to the head part thereof (15). The space between the ventilation inserts (14) and the inner wall of the reactor container top, defined at the base by the base plate (13), can be filled with charged activated carbon.
    • 本发明涉及一种反应容器和用于清洁或用于清洗和其可以在炉中加热并且在废气中设置在炉冷却系统成分的冷凝和收集外的阀被引导装入的粒状活性炭的活化的方法,其中所述温度从 是可检测的反应容器来排气。 反应器容器具有至少一个圆筒形反应器容器杯(1),其被密封由一个反应器容器锅盖(2)封闭,其中所述反应器容器杯(1)包括蒸汽供应器(12)与所述反应器容器锅盖(2)的底部区域的排气管(16), 蒸汽供给管线上述(12),其布置间隔彼此并具有在底板(13)的开放区域邻接反应器容器罐(1)的内壁穿孔的底部板(13)和圆柱形通风插入件(14),所述气缸套被穿孔,并且所述闭合头部 (15)连接到上面的通风插入件(14)的气缸套和和从其头部部分间隔(15),其设置穿孔锅插入件(17),其特征在于,(14)的排气插入件之间的空间,反应器容器的内壁上的锅和低于由限制 底板(13),其具有装载活性炭可填充 是。