★ Group name : Advanced Upcycling Technologies for Spent Li-ion Batteries

★ Leader : Juncong Ge, Research Professor, Division of Mechanical Design Engineering, Jeonbuk National University

★ Schedule(Regular Meeting)

Third Saturday of each month (June–November), 9:30 AM–12:00 PM (2.5 hours), followed by a networking lunch

July 18 (Sat), August 15 (Sat), September 19 (Sat), October 17 (Sat), November 21 (Sat)

★ Meeting Location(Regular Meeting) :

Engineering Building No. 8, Jeonbuk National University

567 Baekje-daero, Deokjin-gu, Jeonju-si, Jeonbuk State, Republic of Korea

1. What is the purpose of this Group?

“A Global Research Collaboration Community for Integrated Upcycling and Material Recovery Technologies of Spent Lithium-Ion Batteries”

The Spent Battery Upcycling Innovation Club aims to build a global research network where researchers from diverse backgrounds can share the latest trends in battery recycling and material recovery technologies, exchange ideas, and develop collaborative research opportunities.

This community focuses on integrated upcycling strategies for battery components, promotes discussions on efficient and sustainable recycling processes, and supports the development of international collaborations, joint publications, and future R&D projects in the field of circular battery technologies.

2. Who is the group leader?

“I am a researcher focusing on waste resource recycling and upcycling technology innovation.”

I am a Chinese researcher who has been conducting research activities in Korea for approximately 16 years. I received my Ph.D. in Eco-Friendly Automotive Engineering from the Division of Mechanical Design Engineering at Jeonbuk National University in 2019 and currently serve as a Research Professor at Jeonbuk National University. I am also active as a national R&D project evaluation expert in Korea.

With research and industry experience at Kdac Automotive Research Center and LG Chem, along with TOPIK Level 6 and Korean professional qualifications, I have developed extensive experience in both academic and industrial environments. My research achievements include over 40 SCI publications and 4 registered patents, and I was recognized as an Outstanding Researcher by the Chinese Ministry of Education.

Through this group, I hope to connect researchers interested in spent battery recycling and circular economy technologies, share the latest research trends, and promote international collaborative research opportunities.

Affiliation/Position: Research Professor, Division of Mechanical Design Engineering, Jeonbuk National University

Research Area: Spent battery recycling and upcycling, circular economy technologies, functional composites, and sustainable energy materials.

3. Who would you like to be part of this group with?

We are looking for scientists and researchers who want to build long-term research networks in the field of resource recycling and circular technologies.

-Researchers or professionals interested in waste resource valorization and actively applying related concepts in research or practice

-Individuals interested in spent battery upcycling technologies, and eager to share application cases and develop collaborative research ideas across various fields

-Those interested in interdisciplinary research and collaboration across fields such as chemical engineering, materials engineering, environmental engineering, energy engineering, mechanical engineering, and nanomaterials

-Researchers interested in analyzing the latest publications and global technology trends, planning collaborative projects, and developing international research proposals and joint publications

-Anyone interested in spent battery recycling, circular economy, and sustainable technologies is welcome, regardless of academic background, nationality, or affiliation.

4. What aspects can I discuss and develop by participating?

“Generating research and industrial application ideas for spent battery recycling technologies and strengthening global research collaboration capabilities”

-Understanding the latest trends and global research developments in spent battery recycling technologies

-Learning key concepts of integrated recycling and battery-grade material recovery technologies for all battery components

-Strengthening capabilities in integrated recycling process design and research applications

-Developing collaborative research ideas and expanding international research networks

5. Tentative Schedule

※ The schedule is subject to change.