EV Battery Recycling
2026-07-15 07:41:38

Explore Advanced Lithium Ion Battery Recycling Techniques for EVs

Seminar on Lithium-Ion Battery Recycling for EVs



On July 24, 2026, the Japan Planning Institute (JPI) will host a comprehensive seminar focusing on recycling technologies and business strategies associated with lithium-ion batteries used in electric vehicles (EVs). This critical seminar will feature Professor Kazuhiro Fukuida from the Graduate School of Technology Management at Yamaguchi University, a leading expert in the field who has made substantial contributions to the practical application of battery recycling procedures.

Seminar Details


The seminar will take place from 10:00 AM to 12:00 PM, and attendees will benefit from insights into effective recycling methodologies as well as emerging business models within the industry. Furthermore, those unable to attend the live event will still have the opportunity to access archived recordings.

Topics of Discussion


The seminar will cover various pivotal topics, including:
  • - Criteria for selecting dry, wet, and direct recycling methods, along with their cost structures.
  • - The diagnostics and deterioration assessments that influence the decisions between reuse and recycling.
  • - Perspectives on resource recovery and business engagement strategies for the forthcoming all-solid-state battery era.

Target Audience


This seminar caters to various sectors, including:
  • - Business planning and management in the EV and battery-related industries.
  • - Business development for recycling and resource circulation initiatives.
  • - Resource strategy and investment units in general trading companies and material manufacturers.
  • - Technical planning and sustainability departments within automotive and battery manufacturers.

Key Insights


The lecture will provide a data-rich examination of the global state of EVs. By the end of 2024, the total number of electric vehicles is projected to reach 58 million. While growth in some areas may show signs of slowing, the expansion of EV sales continues to be robust. This growth presents an unavoidable challenge concerning the future disposal of vast quantities of used lithium-ion batteries.

Participants will review the structures, deterioration, and reuse principles of lithium-ion batteries used in vehicles, coupled with detailed explanations of dry and wet refining processes as well as direct recycling methodologies that are either in development or nearing practical implementation.

The seminar will also highlight both domestic and international trends surrounding EV battery recycling, along with the significance of recovering and repurposing critical minerals such as lithium, nickel, and cobalt. Expectations surrounding the profitability of recycling businesses and the importance of resource security will be critically examined.

As attendees anticipate the future of all-solid-state batteries, issues regarding their structural differences compared to traditional lithium-ion batteries, recovery and regeneration of solid electrolytes, and the principles of battery design for recyclability will also be addressed.

Future of EV Battery Recycling


The discussion will delve into upcoming trends in the EV battery recycling market, exploring business opportunities that could arise in tandem with the transition to the all-solid-state battery framework.

Interactive Sessions


Additionally, the seminar will feature an interactive Q&A session that fosters engagement between participants and Professor Fukuida. This segment offers a unique chance to expand professional networks and discuss potential collaborations.

Participation Options


Attendees can join the seminar via live stream or opt for access to archived content. Please note that there will be no in-person attendance allowed.

Registration and Fees


The registration fee is set at 37,420 yen (tax included) per person, with discounts available for groups from the same corporation. Local government representatives can benefit from a reduced fee of 11,000 yen for up to two participants.

For more details or to register, visit here.

Additional Information


Post-seminar, attendees can pose questions to the lecturer, facilitating further learning and collaboration opportunities among participants. JPI aims to continue building a network that enriches mutual growth and innovation in the recycling sector.

About JPI


The Japan Planning Institute serves as a bridge between government, academia, and the private sector, supporting national policy development and driving knowledge creation for executive-level professionals for half a century.

For queries, reach out to:
Japan Planning Institute
106-0047, Minami Azabu 5-2-32, Kowa Hiroo Building, Minato-ku, Tokyo
Tel: 03-5793-9761
Fax: 03-5793-9767
Website


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