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    • 2. 发明授权
    • Electrolytic cell
    • 电解池
    • US4409086A
    • 1983-10-11
    • US247710
    • 1981-03-26
    • Gunther HaasLudolf PlassKarl Lohrberg
    • Gunther HaasLudolf PlassKarl Lohrberg
    • C25B11/02C25B9/02C25B9/04C25B11/04C25B11/10
    • C25B9/02C25B9/04
    • In electrolytic apparatus comprising cell chambers through which is passed an electrolyte and in which sets of anode plates are provided, each of which are connected to current-feeding center pins, and the mutually staggered electrode plates protrude into the gaps between plates having the opposite polarity. To ensure a simple, quick and reliable installation and removal of the anode plates, the center pin is provided with contact straps, which are spaced apart in the longitudinal direction of the pin and serve to secure the anode plate. The contact straps are suitably spaced about 180.degree. apart and have at least one opening, which consists preferably of a tapped bore.The electrolytic apparatus is used in processes of producing alkali chlorate by the electrolytic decomposition of aqueous alkali chloride solutions.
    • 在电解设备中,包括通过电解质的电池室,其中设置有一组阳极板,每个阳极板连接到电流馈送中心销,并且相互交错的电极板突出到具有相反极性的板之间的间隙中 。 为了确保阳极板的简单,快速和可靠的安装和拆卸,中心销设置有接触带,其沿销的纵向方向间隔开并用于固定阳极板。 接触带适当间隔约180°并具有至少一个开口,其优选地由螺纹孔组成。 该电解装置用于通过电解分解氯化碱水溶液来生产碱式氯酸盐的方法。
    • 9. 发明授权
    • Process for producing alkali hydroxide, chlorine and hydrogen by the
electrolysis of an aqueous alkali chloride solution in a membrane cell
    • 通过在膜电池中电解碱性氯化碱水溶液来生产碱金属氢氧化物,氯和氢的方法
    • US4839003A
    • 1989-06-13
    • US116433
    • 1987-11-03
    • Rainer DworakKarl Lohrberg
    • Rainer DworakKarl Lohrberg
    • C01D3/16C25B1/46C25B15/08
    • C25B15/08C01D3/16
    • Alkali hydroxide, chlorine and hydrogen are produced from an aqueous alkali chloride solution by membrane electrolysis. A high-NaCl solid salt, which contains impurities, is dissolved in water in a salt dissolver. Precipitating chemicals are added to the salt solution to precipitate the impurities. The resulting mixture is fed to a thickener, from which precipitates and clarified raw brine are separately withdrawn. The clarified raw brine from the thickener is divided at a ratio between 2:1 and 20:1 into first and second partial streams. The larger first partial stream is mixed with the salt solution and the precipitating chemicals before entering the thickener and the resulting mixture is fed to the thickener. The second partial stream of the clarified raw brine is fed through a fine purifier to the electrolytic cell. Spent brine from the electrolytic cell is fed to the salt dissolver.
    • 通过膜电解由氯化碱水溶液制备氢氧化碱,氯和氢。 将含有杂质的高NaCl固体盐溶解在盐溶解器中的水中。 将沉淀的化学品加入到盐溶液中以沉淀杂质。 将所得混合物加入到增稠剂中,从中分离出沉淀物和澄清的生盐水。 来自增稠剂的澄清的原料盐水以2:1至20:1的比例分成第一和第二部分流。 在进入增稠剂之前,较大的第一部分流与盐溶液和沉淀化学品混合,并将所得混合物进料至增稠剂。 澄清的生盐水的第二部分流通过细小的净化器送入电解池。 将来自电解池的废水进料到盐溶解器中。