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We are currently focusing on developing separation protocols that can replace and/or be complementary to conventional separation processes (e.g., distillation, re-crystallization, etc.). Among many candidates, we attempt to fabricate inorganic (including zeolites, and metal organic framework) membranes, which can serve as molecular sieves in separating mixtures. Specifically, the membrane-based separation of industrially attractive mixtures (including CO2/N2 separation) is mainly targeted. The good chemical and mechanical stabilities of inorganic materials make inorganic membranes desirable for industrial separations, while less dependent on operating conditions.
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CHEMCATCHEMno. 6 (2024)
Xuan Tin Tran, Dae Hun Mun, Jiho Shin, Na Young Kang, Dae Sung Park, Yong-Ki Park,Jungkyu Choi, Do Kyoung Kim
FUEL (2024): 130703
Catalysis Today (2024): 114469
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CATALYSIS TODAY (2024): 114357-114357
Crystal Growth & Design (2024)
JOURNAL OF MEMBRANE SCIENCE (2024): 122201-122201
ENERGY STORAGE MATERIALS (2024)
CATALYSIS TODAY (2024)
Harry Cahyanto, Xuanming Chen, Frank L. Y. Lam,Ploychanok Iadrat,Chularat Wattanakit,Pinit Kidkhunthod, Varinder Singh, Sally Brooker, Shusheng Pang,Jungkyu Choi,Alex C. K. Yip
ADVANCED FUNCTIONAL MATERIALS (2024)
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