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    • 27. 发明公开
    • 수소 정제 분리막 모듈 및 수소 정제 분리막 모듈에서의 수소분리막의 실링 방법
    • 氢纯化分离膜模块和密封氢分离膜的方法
    • KR1020120096666A
    • 2012-08-31
    • KR1020110015883
    • 2011-02-23
    • 한국에너지기술연구원
    • 박종수이신근황경란김동국김태환정순관이춘부이성욱
    • B01D63/08B01D71/02
    • C01B3/505B01D69/10B01D71/022
    • PURPOSE: A hydrogen purification separating membrane module and a method for sealing a hydrogen separating membrane in the module are provided to suppress the diffusion of a hydrogen separating membrane and seal by forming a diffusion suppressing layer at the contact side of the hydrogen separating membrane and the seal. CONSTITUTION: A hydrogen purification separating membrane module includes a lower flange(40), a porous support(20), a hydrogen separating membrane(10), an upper flange(30), and internal seal(50). The lower flange includes a loading groove(41), a supporting protruded part(44), and a hydrogen through hole. The porous support is arranged in a space which is defined by the loading groove and the supporting protruded part. The hydrogen separating membrane is supported by the porous support. The hydrogen separating membrane is palladium, or the mixture or the alloy of palladium and one or more metal components selected from Co, Ag, Au, Ru, and Pt. The upper flange is combined with the lower flange. A diffusion suppressing layer is arranged at the contact side of the hydrogen separating membrane and the inner seal.
    • 目的:提供一种氢气净化分离膜组件和密封模块中的氢分离膜的方法,以通过在氢分离膜的接触侧形成扩散抑制层来抑制氢分离膜和密封的扩散, 密封。 构成:氢气净化分离膜组件包括下凸缘(40),多孔支撑件(20),氢分离膜(10),上凸缘(30)和内密封件(50)。 下凸缘包括装载槽(41),支撑突出部分(44)和氢气通孔。 多孔支撑体设置在由装载槽和支撑突出部限定的空间中。 氢分离膜由多孔载体支撑。 氢分离膜是钯,或是钯和选自Co,Ag,Au,Ru和Pt中的一种或多种金属组分的混合物或合金。 上法兰与下法兰结合。 扩散抑制层布置在氢分离膜和内密封件的接触侧。
    • 28. 发明公开
    • 하이드로카본계 가스로부터 탄소를 분리하는 방법
    • 从碳氢化合物中分离碳的方法
    • KR1020120063801A
    • 2012-06-18
    • KR1020100124945
    • 2010-12-08
    • 한국세라믹기술원
    • 황광택김진호조우석고상민
    • B01D61/00B01D53/86
    • B01D53/86B01D69/10C01B3/503C01B3/505
    • PURPOSE: A method for separating carbon of high purity from hydrocarbon-based gas is provided to save resources by separating carbon of high purity and recycling waste hydrocarbon-based gas. CONSTITUTION: A hydrogen separating membrane module is prepared by forming a hydrogen separating membrane(130) with hydrogen ion conductivity and a catalyst layer(140) at a porous support(110). The pressure of hydrocarbon-based gas is raised to become higher than the atmospheric pressure at 300-900 degrees Celsius. The hydrocarbon-based gas is introduced into the hydrogen separating membrane module. The hydrocarbon-based gas penetrates through the catalyst layer such that the hydrocarbon-based gas is cracked into carbon and hydrogen and the hydrogen is cracked into hydrogen ions and electrons. The hydrogen ions and the electrons are transferred to the porous support through the hydrogen separating membrane. The hydrogen ions and the electrons are re-combined to be discharged as hydrogen gas. The carbon is transferred to the surface of the catalyst layer and detached. In C_xH_y, x is the real number of 1 or more; and x is the real number of 2 or more.
    • 目的:提供一种从烃类气体中分离高纯度碳的方法,通过分离高纯度碳和回收废烃类气体来节省资源。 构成:通过在多孔载体(110)上形成具有氢离子传导性的氢分离膜(130)和催化剂层(140)来制备氢分离膜组件。 烃类气体的压力升高到高于大气压力在300-900摄氏度。 烃类气体被引入氢分离膜组件。 烃基气体穿透催化剂层,使得烃基气体裂解成碳和氢,并且氢裂解成氢离子和电子。 氢离子和电子通过氢分离膜转移到多孔载体上。 氢离子和电子被重新组合以作为氢气排放。 将碳转移到催化剂层的表面并分离。 在C_xH_y中,x是1或更多的实数; x是2以上的实数。