CAJ | 학술논문

选择性吸附技术因其具有工艺条件温和，操作简便，设备要求低，易再生等优点，在各种气体和液体脱硫中具有很好的前景和巨大的发展潜力，是常低温精脱硫领域的重要研究方向。综述了活性碳、分子筛、MOFs等多孔材料的结构，吸附脱硫机理及其在精脱硫中存在的问题，指出新型多孔材料MOFs应用于选择吸附精脱硫极具潜力。
선택성흡부기술인기구유공예조건온화，조작간편，설비요구저，역재생등우점，재각충기체화액체탈류중구유흔호적전경화거대적발전잠력，시상저온정탈류영역적중요연구방향。종술료활성탄、분자사、MOFs등다공재료적결구，흡부탈류궤리급기재정탈류중존재적문제，지출신형다공재료MOFs응용우선택흡부정탈류겁구잠력。
Selective adsorption technology has bright future and great growth potential in desulfurization of gases and liquids due to its many advantages, such as mild process conditions, convenient operation, low equipment requirement and easy regeneration, and it has been a very important research direction of the normal or low temperature fine desulfurization field. The conventional porous materials, activated carbon and molecular sieves, and the new porous material MOFs (metal-organic frameworks) for selective adsorption desulfurization were reviewed. The structures, desulfurization principles and performances as well as some existed problems of the materials were presented. The emerging MOFs materials were accounted excellent materials with great potential for use in fine selective adsorption desulfurization.