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2022年度SPT分離純化技術國際名家講壇（ISPT 2022）
2022年度SPT分離純化技術國際名家講壇（ISPT 2022）首場講座即將於北京時間2022年1月19號上午9點｜美東時間1月18號晚上8點開講，本期講壇邀請了澳大利亞工程院院士、蒙納士大學王煥庭教授擔任演講嘉賓，報告將由中國國家傑出青年基金獲得者、英國皇家化學會會士、天津大學姜忠義教授主持。
報告題目：Tailoring the microstructure and chemistry of composite membranes for enhanced separation performance
報告人：王煥庭院士，蒙納士大學，澳大利亞
主持人：姜忠義教授，天津大學，中國
報告時間：2022年1月19號上午9點｜美東時間1月18號晚上8點
Time：
09:00 AM Beijing, Shanghai | January 19, 2022(Beijing, China)
08:00 PM EDT, 07:00 PM CDT | January18, 2022 (US & Canada)
Zoom Webinar ID: 956 0970 3361
Passcode: 220119
Please click the link below to join the webinar:
https://elsevier.zoom.us/j/95609703361?pwd=YkZvUzIvYkttbWJ4azE5UmQrdHZkUT09
報告摘要：
文獻中已經報導多種策略來調控複合膜的微觀結構和化學性質以提高分離性能。在本次SPT分離純化技術國際名家講壇（iSPT 2022）的線上報告中，王煥庭院士將重點介紹將疏水性帶電聚合物、納米片或納米纖維摻入聚合物膜中的策略，以提高其在超濾和反滲透過程中的水通量。然後，王煥庭院士將討論其團隊用於手性分離的基於金屬-有機骨架的膜的化學功能化策略，並強調開發此類膜以用於實際應用的一些挑戰。
There have been a wide range of strategies developed to tailor the microstructure and chemistry of composite membranes for improved separation properties. In this SPT® Distinguished International Lectureship on Separation and Purification Technology (iSPT 2022), Professor Wang will focus on the incorporation of a hydrophobic charged polymer, nanosheets or nanofibers into polymer membranes to improve their water flux in ultrafiltration and reverse osmosis processes. Professor Wang will then discuss our strategies for chemical functionalization of metal–organic framework-based membranes for chiral separation and highlight some challenges in developing this type of membranes for practical applications.
報告嘉賓簡介:
王煥庭博士現任澳大利亞蒙納士大學化學和生物工程系教授以及澳大利亞桂冠教授（Australian Laureate Fellow)，擔任Monash膜創新中心主任以及澳大利亞節能分離中心副主任及Advisory Board的成員。領導的課題組主要從事複合膜和納米材料的合成與結構設計以及其在氣體分離，海水淡化與水處理，手性分離，離子傳導與分離以及電化學能源等方面的應用。當選英國皇家化學學會會士（2011），美國化學工程師學會會士（2017）以及澳大利亞工程院院士（2019）。獲英國化工學會Underwood Medal （2021), 澳大利亞和新西蘭膜協會Tony Fane Award (2020), 澳大利亞皇家化學會的R.K. Murphy Medal（2019）等獎勵。已發表期刊論文400餘篇(高引學者)。已有9項專利成功轉讓和產業化（其中包括成立三家澳洲初創膜技術公司）。王煥庭院士目前擔任ACS旗下化工期刊Industrial & Engineering Chemistry Research副主編, 新雜誌Advanced Membranes執行主編以及Separation and Purification Technology客座編輯。
Dr Huanting Wang is a Professor and ARC Australian Laureate Fellow in the Department of Chemical and Biological Engineering, Director of Monash Center for Membrane Innovation at Monash University, and Deputy Director and Advisory Board member of the ARC Research Hub for Energy-efficient Separation. His research focuses on the synthesis and design of composite membranes and nanomaterials for gas separation, water desalination and purification, chiral separation, ion transport and separation, and electrochemical energy applications. He is a Fellow of RSC (2011-), AIChE (2017-) and Australian Academy of Technology and Engineering (2019-). Prof Wang has received many awards including IChemE Underwood Medal (2021), MSA Tony Fane Award (2020) and RACI R.K. Murphy Medal (2019). He has co-authored over 400 papers (highly cited researcher) and had 9 patents licensed to six companies for commercialization including three Australian startup companies. Prof Wang is an Associate Editor of Industrial & Engineering Chemistry Research, Executive Editor-in-chief of Advanced Membranes and a Guest Editor of Separation and Purification Technology.
報告題目：Tailoring the microstructure and chemistry of composite membranes for enhanced separation performance
報告人：王煥庭院士，蒙納士大學，澳大利亞
主持人：姜忠義教授，天津大學，中國
報告時間：2022年1月19號上午9點｜美東時間1月18號晚上8點
Time：
09:00 AM Beijing, Shanghai | January 19, 2022(Beijing, China)
08:00 PM EDT, 07:00 PM CDT | January18, 2022 (US & Canada)
Zoom Webinar ID: 956 0970 3361
Passcode: 220119
Please click the link below to join the webinar:
https://elsevier.zoom.us/j/95609703361?pwd=YkZvUzIvYkttbWJ4azE5UmQrdHZkUT09
報告摘要：
文獻中已經報導多種策略來調控複合膜的微觀結構和化學性質以提高分離性能。在本次SPT分離純化技術國際名家講壇（iSPT 2022）的線上報告中，王煥庭院士將重點介紹將疏水性帶電聚合物、納米片或納米纖維摻入聚合物膜中的策略，以提高其在超濾和反滲透過程中的水通量。然後，王煥庭院士將討論其團隊用於手性分離的基於金屬-有機骨架的膜的化學功能化策略，並強調開發此類膜以用於實際應用的一些挑戰。
There have been a wide range of strategies developed to tailor the microstructure and chemistry of composite membranes for improved separation properties. In this SPT® Distinguished International Lectureship on Separation and Purification Technology (iSPT 2022), Professor Wang will focus on the incorporation of a hydrophobic charged polymer, nanosheets or nanofibers into polymer membranes to improve their water flux in ultrafiltration and reverse osmosis processes. Professor Wang will then discuss our strategies for chemical functionalization of metal–organic framework-based membranes for chiral separation and highlight some challenges in developing this type of membranes for practical applications.
報告嘉賓簡介:
王煥庭博士現任澳大利亞蒙納士大學化學和生物工程系教授以及澳大利亞桂冠教授（Australian Laureate Fellow)，擔任Monash膜創新中心主任以及澳大利亞節能分離中心副主任及Advisory Board的成員。領導的課題組主要從事複合膜和納米材料的合成與結構設計以及其在氣體分離，海水淡化與水處理，手性分離，離子傳導與分離以及電化學能源等方面的應用。當選英國皇家化學學會會士（2011），美國化學工程師學會會士（2017）以及澳大利亞工程院院士（2019）。獲英國化工學會Underwood Medal （2021), 澳大利亞和新西蘭膜協會Tony Fane Award (2020), 澳大利亞皇家化學會的R.K. Murphy Medal（2019）等獎勵。已發表期刊論文400餘篇(高引學者)。已有9項專利成功轉讓和產業化（其中包括成立三家澳洲初創膜技術公司）。王煥庭院士目前擔任ACS旗下化工期刊Industrial & Engineering Chemistry Research副主編, 新雜誌Advanced Membranes執行主編以及Separation and Purification Technology客座編輯。
Dr Huanting Wang is a Professor and ARC Australian Laureate Fellow in the Department of Chemical and Biological Engineering, Director of Monash Center for Membrane Innovation at Monash University, and Deputy Director and Advisory Board member of the ARC Research Hub for Energy-efficient Separation. His research focuses on the synthesis and design of composite membranes and nanomaterials for gas separation, water desalination and purification, chiral separation, ion transport and separation, and electrochemical energy applications. He is a Fellow of RSC (2011-), AIChE (2017-) and Australian Academy of Technology and Engineering (2019-). Prof Wang has received many awards including IChemE Underwood Medal (2021), MSA Tony Fane Award (2020) and RACI R.K. Murphy Medal (2019). He has co-authored over 400 papers (highly cited researcher) and had 9 patents licensed to six companies for commercialization including three Australian startup companies. Prof Wang is an Associate Editor of Industrial & Engineering Chemistry Research, Executive Editor-in-chief of Advanced Membranes and a Guest Editor of Separation and Purification Technology.
