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Upcoming Seminar on PFAS Alternatives

The highly anticipated live seminar titled "PFAS Alternative Development: Fundamentals, Applications, and Trends" is scheduled for January 14, 2026, from 1:30 PM to 4:30 PM JST. This engaging session, presented via Zoom, will be facilitated by Tatsuhiko Hatchi, CEO of DCTA, who brings a wealth of experience in chemical management and environmental safety.

Seminar Overview

PFAS, or per- and polyfluoroalkyl substances, are widely recognized for their unique properties and have been utilized in various industrial applications. However, growing concerns regarding their impact on human health and the environment necessitate a deep dive into alternative materials. This seminar aims to systematically outline the characteristics and effects of PFAS, review current research on alternative materials, and disseminate knowledge on the latest technologies such as AI and IoT for quality management and transparency in manufacturing.

Key Learning Outcomes

Participants will gain valuable insights into:

• - Fundamental knowledge of PFAS, including its characteristics, environmental concerns, and regulatory measures across different countries.
• - Current trends in PFAS research, alternative technologies, and materials, focusing on bio-based options, non-fluorinated materials, and advanced materials engineering.
• - Real-world applications of IoT and AI in managing PFAS-related quality and supply chain challenges.
• - Updates on regulations regarding PFAS and implications for product design and compliance.
• - Insights from the lecturer’s own perspectives on the future of PFAS management and alternatives.

Who Should Attend?

This seminar is ideal for:

• - Manufacturers and users of PFAS-containing materials, especially those involved in compliance with chemical regulations.
• - Professionals seeking up-to-date information on PFAS and alternatives.
• - Researchers engaged in the development of PFAS alternative technologies or product design.
• - Individuals interested in enhancing traceability and quality management regarding PFAS.
• - Those looking to implement AI and IoT solutions in supply chain management.

Registration Details

The registration fee is as follows:

• - General Admission: ¥44,000 (tax included)
• - Newsletter Subscribers: ¥39,600 (tax included)
• - Academic Fee: ¥26,400 (tax included)

Participants can benefit from a question-and-answer segment, ensuring that their specific queries regarding PFAS developments can be addressed.

To secure your spot and gain a deeper understanding of PFAS and its alternatives, register at the following link: CMCR Seminar Registration.

Seminar Program Overview

The seminar will unfold as follows:
1. Company Introduction
2. Understanding PFAS:
- Characteristics and applications
3. Addressing Concerns:
- Environmental pollution, health impacts, and regulatory landscape
4. Global Responses to PFAS Regulations
5. Advances in Alternative Technologies and Materials
- Focus on bio-based and non-fluorinated materials
6. Product Design Optimization for Alternative Materials
7. Critical Points for Supply Chain Transparency and AI Utilization
8. Current State and Future Trends in PFAS Water Quality Analysis
9. Discussion of ePTFE and its regulatory implications regarding PFAS
10. The expert insights on PFAS regulations and alternative materials development

This enriching seminar offers a platform for professionals to understand crucial developments surrounding PFAS and alternative material technologies.

About the Presenter

Tatsuhiko Hatchi, CEO of DCTA, brings over three decades of experience in chemical manufacturing and environmental management. Having held various positions at Mitsubishi Chemical, he is deeply knowledgeable about the complexities of waste management and recycling technologies. His work within several notable initiatives, including the Clean Ocean Material Alliance (CLOMA), has further informed his understanding and approach to PFAS regulation.

Join us for this critical seminar to elevate your understanding of PFAS alternatives and strategies for sustainable development in chemical manufacturing.