91猫先生

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Professor Hsi-Wu Wong, Associate Chair of the Department of Chemical Engineering, University of Massachusetts Lowell as our speaker. The topic of the lecture is "Harnessing the Interplay between Mass Transfer and Chemical Kinetics for Waste Upcycling". Further details are as follows: 1.Topic: "Harnessing the Interplay between Mass Transfer and Chemical Kinetics for Waste Upcycling" 2.Speaker: Prof. Hsi-Wu Wong Bio: Hsi-Wu Wong is a Professor and the Associate Chair for Graduate Studies in the Department of Chemical Engineering at UMass Lowell. He is also the Associate Director of Center for Energy Innovation on campus. His research group focuses on using chemical reaction engineering principles to manipulate reaction and mass transfer pathways for converting under-utilized waste into high-value products. Dr. Wong received his PhD from Northwestern University and worked as a postdoctoral researcher at MIT. He has authored or co-authored more than 60 peer-reviewed papers and is the recipient of the National Science Foundation CAREER award, North American Symposium on Chemical Reaction Engineering Early Career Faculty Travel Award, and B. J. Martin Dissertation Year Fellowship at Northwestern University. 3. Abstract: This talk will discuss the critical role of mass transfer–chemical kinetics coupling in waste conversion and upcycling technologies. Four representative examples will be presented: the influence of volatile product evaporation rates on product distributions during high-density polyethylene pyrolysis; phase mixing and molecular interactions in the co-pyrolysis of cellulose with plastics or lignin model compounds; in situ product removal using a membrane reactor to enhance polyethylene terephthalate enzymatic hydrolysis; and an integrated process for upcycling multilayer plastic films through acidolytic delamination, PET glycolysis, and PE recycling or plasma conversion into hydrogen and solid carbon. These examples highlight the importance of fundamental chemical reaction engineering principles in developing sustainable waste upcycling technologies. 4.Moderator: Prof. Kun-Mu Lee, Director, Center for Sustainability and Energy Technologies (CSET) 5. Time:2026/08/26 (Wed) 10:30-12:00 6. Venue: 1st Meeting Room of Engineering College (Engineering Building 1F) 7.Registration Deadline: 2026/08/25(Tue) Campus Information System i91猫先生 URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Ichin Cheng, Executive Director from Sustainable Innovation Lab (SILAB) as our speaker. The topic of the lecture is " Sustainable Future in 2035: Technology, Innovation and Challenges – A European Perspective ". Further details are as follows: 1.Topic: Sustainable Future in 2035: Technology, Innovation and Challenges – A European Perspective 2.Speaker: Dr. Ichin Cheng Background: Executive Director & Co-founder of Sustainable Innovation Lab (UK), and Fellow of the Royal Society of Arts (FRSA). She brings over 25 years of extensive experience in sustainable environments and low-carbon technologies. Experience: Currently serving as an independent tech expert advisor for UK and UN international sustainable manufacturing and pollution prevention programs. She is an innovation expert advisor for Climate-KIC under the European Institute of Innovation and Technology (EIT), as well as a European Commission advisor for Future Industry Vision 2025 and Green Technology 2035. Previously a consultant expert for Horizon 2020, she has also driven circular economy initiatives for Apple and Nike in Asia. Specializing in integrating eco-design and low-carbon transition into high-tech supply chains, she is an internationally renowned environmental technology consultant. 3.Moderator: Prof. Kun-Mu Lee, Director, Center for Sustainability and Energy Technologies (CSET) 4. Time:2026/06/10 (Wed) 10:30-12:00 5. Venue: Shengen Lecture Hall (Management Building 2F) 6.Registration Deadline: 2026/06/09(Tue) Campus Information System i91猫先生 URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Distinguished Professor Kuo-Chuan Ho from Department of Chemical Engineering at National Taiwan University as our speaker. The topic of the lecture is " Electrochromic Devices Based on Fluorinated Benzyl Viologens for Enhanced Electrochromism and Stability ". Further details are as follows: 1.Topic: Electrochromic Devices Based on Fluorinated Benzyl Viologens for Enhanced Electrochromism and Stability 2.Speaker: Distinguished Professor Kuo-Chuan Ho 3.Chairman: Professor Kun-Mu Lee 4.Abstract: This presentation provides an overview of the applications and emerging developments in electrochromic devices, with particular emphasis on fluorinated benzyl viologens as functional molecular systems. The incorporation of fluorine substituents into the molecular structure enhances coloration contrast, switching kinetics, and cycling durability. In addition, this presentation will address relevant material design strategies and highlight their potential applications in high-performance electrochromic devices. 5.Date: 2026/5/14 (Thu) 10:00~11:30 6. Venue: 1st Meeting Room of Engineering College (Engineering Building 1F) 7.Registration Deadline: 2026/5/13(Wed) Campus Information System i91猫先生 URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.  

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Chief Yao-Ming Wang from the Maritime Technology Development Section, Maritime Innovation & Industry Promotion Department, Metal Industries Research & Development Centre (MIRDC) as our speaker. The topic of the lecture is " Trends and Current Status of Seawater Hydrogen Production Technologies at Home and Abroad ". Further details are as follows: 1.Topic: Trends and Current Status of Seawater Hydrogen Production Technologies at Home and Abroad 2.Speaker: Chief Yao-Ming Wang 3.Moderator: Prof. Kun-Mu Lee, Director, Center for Sustainability and Energy Technologies (CSET), Chang Gung University 4. Abstract: Seawater hydrogen production is a promising technology for achieving net-zero emissions by 2050. It utilizes abundant seawater without consuming precious freshwater and can integrate with marine renewable energy. Developing this technology can lower green hydrogen production costs, address renewable energy storage and transport challenges, and provide a sustainable pathway that ensures both environmental protection and energy security. 5. Time: 2026/4/16 (Thu) 10:30~12:00 6. Venue: 1st Meeting Room of Engineering College (Engineering Building 1F) 7.Registration Deadline: 2026/4/15(Wed) Campus Information System i91猫先生 URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Professor Chu-Chen Chueh from Department of Chemical Engineering at National Taiwan University as our speaker. The topic of the lecture is " Advancing Organic-Inorganic Hybrid Perovskites: From Photovoltaics to Emerging Applications ". Further details are as follows: 1.Topic: Advancing Organic-Inorganic Hybrid Perovskites: From Photovoltaics to Emerging Applications 2.Speaker: Professor Chu-Chen Chueh Prof. Chueh’s research team focuses on solution-processable semiconductors, including organic molecules, conjugated polymers, and organic-inorganic hybrid perovskites, and focusing on their applications in memories, light-emitting diodes, transistors, and solar cells. Prof. Chueh received Young Faculty Awards from Taiwanese Institute of Chemical Engineers and from the Polymer Society, Taipei (2020), Ta-You Wu Memorial Award from National Science Council, Taiwan (2022) and Outstanding Asian Researcher and Engineer Award from the Society of Chemical Engineers (SCEJ), Japan (2024). He has coauthored over 275 scientific papers in the area of organic/hybrid optoelectronics with citation > 26100 and H-index of 82 (recorded by Google scholar). Prof. Chueh has been recognized by Clarivate Analytics as 2018, 2019 Highly Cited Researcher and by I&EC Research as 2020 Class of Influential Researchers.   3. Abstract: Our group develops functional polymer and perovskite materials for optoelectronic devices such as TFTs, memories, LEDs, solar cells, and lasers. We focus on structure–property relationships of polymers and hybrid perovskites, advancing controlled synthesis of solution-processable semiconductors. In parallel, we explore innovative interface and device engineering to enhance performance. This talk highlights recent progress in materials and interface engineering for perovskite-based devices, presenting studies on composition optimization, interface design, and morphology analysis. Special emphasis is placed on perovskite applications beyond photovoltaics, demonstrating their broad potential in next-generation optoelectronics.   4.Date: 2026/3/11 (Wed) 10:00~11:30 5. Venue: 1st Meeting Room of Engineering College (Engineering Building 1F) 6.Registration Deadline: 2026/3/10(Tue) Campus Information System i91猫先生 URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.