Web Seminar on "Latest Regulatory Trends and Requirements for PFAS" on April 16.

Specialized in non-electrical materials! A complete analysis of the transition away from PFAS in the supply chain from upstream to downstream!

The Full Picture of PFAS-Free Transition in Non-Electronics Fields: Comprehensive Analysis of Supply Chain Structure and Alternative Technologies by Application 【Features of This Book】 - Focused on non-electronic materials! Complete analysis of the PFAS-free transition in the supply chain from upstream to downstream! - Definitive guide to alternative technologies. Covers regulatory responses and new materials for major industries such as textiles, construction materials, and food packaging! - Answers "What should we use next?" Detailed alternatives for additives, release agents, and coatings. - Thorough explanation of survival strategies and technological trends by industry, from brand owners to processors! - Is it possible to find alternatives for rubber, lubricants, and sealing materials? The latest technologies that achieve high functionality while being PFAS-free! - Winning against strengthened regulations in Europe and various countries. Sharp analysis by application from B2C to medical and aerospace fields! - Highlights changes in industry structure and entry barriers from raw material players to converters! 【Structure】 Part 1: Industry Analysis Part 2: Fundamental Technologies and Additives Part 3: Material-Specific Analysis Part 4: Application and Industry-Specific Analysis

• Technical and Reference Books

Blueprint for the PFAS-free era! A thorough explanation of alternative materials and process optimization for each step, from ArF immersion to CMP and cleaning!

The Future of Semiconductor Manufacturing Worldwide: The Cutting Edge of PFAS-Free Strategies and Next-Generation Alternative Technologies [Features of this Book] - Transforming regulatory risks into opportunities! Presenting trends in PFAS regulations in Europe, the United States, and Asia, along with pathways for restructuring the semiconductor supply chain! - Maintaining equipment performance is key! Evaluating the practicality of PFAS-free materials in equipment components! - A weapon for chemists! What are the performance and introduction benefits of next-generation cleaning and stripping surfactants like POE and APG? - Lessons learned from "Types and Cases of Failure Challenges in PFAS-Free Strategies" to prevent critical yield declines! - An overview of PFAS-free initiatives and specific implementation plans, from piping and temperature control to cleanroom utilities! - Comparative analysis of the risks of short-chain/partially fluorinated derivatives and the characteristics of complete alternative candidates like silicone-based (PDMS) materials! - Practical strategies for engineers! Specific methods and case studies for "process condition optimization" aimed at reducing PFAS dependency! [Structure] 1. PFAS-Free Strategies and Alternative Technologies in the Semiconductor Field 2. Failures and Challenges of PFAS-Free Strategies in the Semiconductor Field 3. PFAS Alternatives in Semiconductor Manufacturing Processes 4. PFAS Alternatives in Manufacturing Equipment and Infrastructure 5. Alternative Candidate Substances and Future Prospects

• Other semiconductors
• Technical and Reference Books

Accelerating PFAS regulations worldwide. A thorough analysis of the latest technologies and market trends, from activated carbon, resin, and membrane treatment to plasma, electrochemical oxidation, and supercritical water!

Title: Latest Industry Report on PFAS Removal, Separation, Decomposition, and Treatment Technologies Worldwide [Features of this Book] - PFAS Crisis! Accelerating regulations and supply chain restructuring, detailed separation, decomposition, and treatment technologies! - A comprehensive overview of regional schedules and industrial impacts, quantitatively forecasting market opportunities and risks up to 2030! - In-depth analysis of PFAS removal technologies including separation, adsorption, coagulation, and membrane treatment, covering principles, application areas, and adopting companies! - Detailed explanations of next-generation decomposition technologies such as electrochemical oxidation, photocatalysis, supercritical water hydrolysis, and plasma decomposition! - Investigation of technology seeds from startups, universities, and international research consortia! Thorough tracking of EXIT strategies! - Visualization of the technological competition from "separation and concentration" to "complete decomposition"! Comprehensive analysis of application areas and adopting companies! - Industry analysis of cooling equipment such as chillers, cooling towers, heat exchangers, and CDU, along with features of products from various companies! - Organization of case studies on purification projects for PFAS-contaminated soil, groundwater, and industrial wastewater! Technologies of entering companies [Table of Contents Structure] Part 1: Separation and Removal Technologies Part 2: Decomposition Technologies Part 3: Analysis of Trends in Countries and Companies

• Technical and Reference Books
• others

On April 14, 2026 (Tuesday), Koichi Yokoyama, President and CEO of Paper Logic Co., Ltd., will be a speaker at the "JDDS Seminar - Solving the Revised Construction Business Act with DX!" JDDS (Juroku Densan Digital Service Co., Ltd.) is a company that provides digital solutions as a subsidiary of Juroku Financial Group. Currently, in the construction industry, the full enforcement of the "Revised Construction Business Act" has led to an increase in required documents, while the strong tradition of paper usage has resulted in a delay in digitalization. Additionally, the need to comply with the Electronic Bookkeeping Act has further burdened the field, bringing it close to its limits. In this seminar, our representative, Yokoyama, who has extensive experience as a certified public accountant and tax accountant, will thoroughly explain the key points to be aware of in practice regarding the "Revised Construction Business Act" and the "Electronic Bookkeeping Act" in an easy-to-understand manner.

On April 16, 2026 (Thursday), Koichi Yokoyama, President and CEO of Paper Logic Co., Ltd., will be a speaker at the "JDDS Seminar - Solving the Revised Construction Industry Law with DX!" JDDS (Juroku Densan Digital Service Co., Ltd.) is a company that provides digital solutions as a subsidiary of Juroku Financial Group. Currently, in the construction industry, the full enforcement of the "Revised Construction Industry Law" has led to an increase in required documents, while the strong tradition of paper usage has resulted in delays in digitization. Additionally, the need to comply with the Electronic Bookkeeping Preservation Law has further increased the burden on the field, nearing its limits. In this seminar, our representative, Yokoyama, who has extensive experience as a certified public accountant and tax accountant, will thoroughly explain the key points to be aware of in practice regarding the "Revised Construction Industry Law" and the "Electronic Bookkeeping Preservation Law" in an easy-to-understand manner.

[Speaker] Naoki Nakazaki, Partner Attorney, Anderson Mori & Tomotsune Foreign Law Joint Enterprise [Lecture Topics] 1. Overview of AI Principles and Code and its Position in Japan's AI Governance 2. How should we interpret "Comply or Explain"? 3. Framework for Disclosure 4. AI Learning and Copyright as Peripheral Issues 5. Comparison with Transparency Requirements of the EU AI Act 6. Comparison with Transparency Requirements at the State Law Level in the U.S. 7. Impact of AI Types (High-Risk AI, Conversational AI, Deepfakes) 8. Q&A *The content of the lecture may change according to the latest trends.

[Speakers] Taisuke Takamatsu, Principal Director, Accenture Ltd. Hiroki Masuyama, Manager [Presentation Topics] 1. Market structural changes brought about by the expansion of AI data centers 2. Redefining cooling and power equipment architecture through AI implementation 3. Newly emerging business opportunities in the cooling and power equipment sector 4. Winning strategies that Japanese companies should target 5. Q&A / Business card exchange

[Instructor] Naoki Kunimine, President of Thermal Design Lab, Inc. [Key Lecture Content] The use of AI has rapidly expanded, starting with ChatGPT. AI processing consumes several times more power than search processing, and deep learning requires large capacity and high-speed processing, causing the heat output of NVIDIA GPUs to exceed 1 kW. In the construction of data centers that aggregate these, not only ICT equipment but also cooling systems such as air conditioning consume a lot of power, making the reduction of PUE (Power Usage Effectiveness: total power consumption of the data center ÷ power consumption of IT equipment) a challenge. AI servers exceed the power consumption limit of 45 kW/Rack, known as the air cooling limit, and indirect/direct liquid cooling and immersion cooling are beginning to be adopted. Data centers are progressing in power reduction through the adoption of aisle containment and efficient air conditioning systems. This lecture will provide a broad explanation of the latest trends in these cooling technologies.