Membranes for Carbon capture, utilization and storage (CCU/CCS)

2023年7月10日(月) 18:30 〜 20:30 ポスター会場１ (CH1)

[P1-CC-01] Fabrication of carbon-based membranes and application for mitigation and catalytic conversion of CO₂

*Zicheng Fu¹ (1. Pohang University of Science and Technology)

[P1-CC-02] Controllable organosilica membranes for high-temperature H₂/CO₂ separation synthesized by rapid oxygen plasma treatment of polysiloxane

*Vinh Bui¹, Varun Satti¹, Elizabeth Haddad¹, Erda Deng¹, Haiqing Lin¹ (1. University at Buffalo)

[P1-CC-03] Evaluation of multilayer composite membrane carbon dioxide gas separation properties made by combining POSS and PEBAX

*Haneul Jeong¹, Kwangseop Im¹, Seongmin Han¹, Dongjun Lee¹, Sangyong Nam¹ (1. Gyeongsang National Univ.)

[P1-CC-04] A concept of membrane contactor with biomimetic enzyme for direct air capture

*JungHyun Lee¹, Hanki Kim¹, Ji-Yeon Choi¹, Joonhyub Lee¹ (1. Korea Institute of Energy Research)

[P1-CC-05] Effect of CO₂ concentration in gas-liquid hollow fiber membrane contactor

*Hyunji Lim^1,2, Kwanghwi Kim^1,2, Hyun Sic Park¹, Jin Won Park², Hojun Song¹ (1. Korea institute of industrial Technology, 2. Yonsei University)

[P1-CC-06] Multi-stage membrane process for carbon dioxide capture from steam methane reformer in on-site hydrogen station

Joonhyub Lee^1,2, *JungHyun Lee¹, Soyeon Heo¹, Jeong-Gu Yeo¹ (1. Korea Institute of Energy Research, 2. Yonsei University)

[P1-CC-07] Pebax/ZIF-67 mixed matrix membranes for CO₂/N₂ separation.

*Daniel Eiras¹, Paula Sacchelli Pacheco¹, Sônia Faria Zawadzki¹ (1. Federal University of Parana)

[P1-CC-08] Breathing behavior-induced H₂ and CO₂ highly selective MIL-88(Fe)/carbon molecular sieving membrane

*YA-WEI LEE¹, Yu-Ting Lin¹, Hui-Hsin Tseng¹ (1. Department of environmental engineering, National Chung-Hsing University, Taiwan)

[P1-CC-09] Dehumidification technology development using hydrophobic ceramic membrane condenser to recover water from the humidified gas stream

*MinZy Kim¹, Devipriyanka Arepalli¹, Muhammad Junaid Ammar¹, Sodikov Khikmatullo¹, Dongwoo Kim¹, Jeong-gu Yeo², Jung-Hyun Lee² (1. Energy Convergence Research Institute, Chungnam National University, 2. Energy Conversion & Storage Materials Lab, Korea Institute of Energy Research)

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