8/28 Webinar on Plastic and Textile Resource Circulation

This is a comprehensive book aimed at engineers seeking practical applications, carefully explaining everything from the basics of biodegradable plastics to the latest technologies and product trends.

Book Title: Introduction to Biodegradable Plastics - From the Basics of Biodegradable Plastics to the Latest Technologies and Product Trends - Publication Date: September 10, 2020 This book is not merely an introductory text for beginners. Rather, it is a cutting-edge academic and technical reference aimed at intermediate to advanced engineers who seek to achieve the practical application of biodegradable plastics, based on a solid understanding of their fundamentals and core principles. It is hoped that this book will serve as a valuable resource for readers who are committed to advancing global environmental conservation and building a sustainable resource-circulating society in the 21st century. **Features of this Book** ➢ Carefully explains the basics of biodegradable plastics, as well as the latest technologies and product trends. ➢ Includes a wealth of color illustrations and photographs throughout the entire book (both in print and on CD). ➢ Introduces the concept of innovation from the lineage of green chemistry. ➢ Explains the realities of environmental and resource issues, such as marine plastic pollution, and the role of biodegradable plastics. ➢ Discusses the characteristics and biodegradation mechanisms of biodegradable plastics, providing scientific evidence for the suitability of polylactic acid. ➢ Introduces advanced design technologies for enhancing polylactic acid, as well as molding and processing techniques, and trends in applications, products, and market development. ➢ A must-read for intermediate to advanced engineers aiming for serious practical application.

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Trends in recycled plastics for European environmental regulations!

Latest trends in recycled plastics that need to be addressed due to European environmental regulations, covering developments, business, and industry trends from chemical and material recycling to various categories! 【Features of this book】 ➢ Trends in recycled plastics such as PET, PE, PP, PS, PU, PC, PMMA, PA, fluoropolymers, and engineering plastics! ➢ Business strategies of ventures like Loop Industries, PureCycle, INEOS Styrolution, and major companies! ➢ Development trends of new methods such as solvent-based purification, microwave, and bio-recycling, as well as future trends! ➢ Trends and backgrounds of chemical recycling methods such as depolymerization, pyrolysis, and gasification! ➢ Companies addressing the challenges of fiber-to-fiber recycling, including European projects like CISUTAC, T-REX, and SIPTex! ➢ European projects like Car2Car, GlassLoop, MaterialLoop, and PlasticLoop that reuse materials from end-of-life vehicles to new vehicles! ➢ Recycling conditions and industry analysis of stretch films, as well as films for MLCC manufacturing and agricultural use! ➢ Business strategies of companies providing additives for recycled plastics and recycled materials with traceability!

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We investigated the global bioplastics industry, focusing mainly on the development status of various polymers from the perspective of industrial utilization of microorganisms.

■Book Title: Global Bioplastics and Microbial Polymers - Latest Industry Report This report investigates the bioplastics industry worldwide, focusing primarily on the development status in the fields of "biodegradable plastics" and "bio-based/non-biodegradable plastics." ➢ Analyzes bioplastics and the development status of their raw materials from the perspective of "microorganisms and industrial use." ➢ Tracks production strains, production capacity, and industry trends for biodegradable and non-biodegradable types of bioplastics. ➢ Details the development status of P(3HB), P(3HB-co-3HV), P(3HB-co-4HB), P(3HB-co-3HHx), and P(4HB). ➢ Explores the background and reality of the rapidly growing market for biodegradable plastics such as PBAT, PBS, PLA, and PHA. ➢ Examines the growth factors, business strategies, and future developments for bio-based/non-biodegradable plastics like PE, PP, and PA. ➢ Analyzes the development status of bio-based MEG and terephthalic acid, HMD, and adipic acid. ➢ Provides detailed information on the development status, use cases, and full-scale market deployment of PEF, an alternative to bio-PET. ➢ Introduces the utilization of biomass in the rubber industry, which is experiencing a wave of carbon neutrality.

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Comprehensively grasping the recycling knowledge of plastics through 'recycling technology' and 'additives and composite materials'!

Title: Additives and Advanced Plastic Recycling 【Features of this Book】 - A comprehensive understanding of "recycling technology" and the recycling knowledge of "additives and composite materials" in plastics! - Plastic recycling is essential for both environmental conservation and securing carbon resources! - A catalyst for comprehensive research on property stabilization, quality improvement, and the utilization of additives! - Includes recycling case studies by material! - Aids in the promotion of material recycling and chemical recycling! - A book aimed at further practical applications of plastic recycling! 【Table of Contents】 Part 1: Fundamental Principles Part 2: Recycling Technologies and Additives for Each Material Part 3: Corporate Trends

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• Technical and Reference Books
• Other environmental measures and recycling

A book summarizing the use and recycling of plastics, as well as the use of recycled plastics, from the perspectives of policy, technology, and LCA, in light of the global turning point.

【Features of this Book】 ● Summarizes the use and recycling of plastics, as well as the use of recycled plastics, from the perspectives of policy, technology, and LCA during a significant global transition period! ● Introduces plastic measures in Europe, the United States, and China, along with forecasts and recommendations from organizations like the OECD! ● In Technical Section 1, various noteworthy recycling technologies are introduced! ● In Technical Section 2, the production of plastics using biomass, municipal waste, and CO2 utilization is explained! ● In the LCA section, an overview of the report "Environmental and Economic Assessment of Plastic Waste Recycling" by the Joint Research Centre (JRC), which supports the European Commission's policies with scientific and technological data, is presented! 【Table of Contents Structure】 Part I: Policy Section: Current Status of Plastic Recycling and Comparison with European Policies Part II: Technical Section 1: Technologies Related to Plastic Recycling Part III: Technical Section 2: Production of Plastics Using Biomass, Municipal Waste, and Carbon Dioxide Part IV: LCA Section Part V: Future Prospects Part VI: Appendix: Reference Materials * For a detailed table of contents, please refer to the related link URL.

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We investigated the trends in the plastic recycling industry and technology in Europe, the United States, Japan, and China.

Description of trends in the recycled plastic industry, various recycling technologies, and carbon fiber development. **Features of this document** ➢ The momentum of European projects such as DEMETO, NEXTLOOPP, ResolVe, and Life EPS-SURE ➢ Increasing partnerships between ventures like Loop Industries, PureCycle, INEOS Styrolution, and major companies ➢ Trends in European technology incorporating advanced techniques such as electronic watermarking, AI-based identification, and sensor sorting, along with their backgrounds ➢ Development trends and capabilities of new methods such as solvent-based purification, microwave, and bio-recycling ➢ Trends and backgrounds of chemical recycling methods such as depolymerization, pyrolysis, and gasification ➢ Exploration of the current state of recycled plastics such as PET, PE, PP, PS, PU, PC, PMMA, PA, and PVC ➢ Investigation of trends in the industry and companies related to bio-based PET, PEF, PE, PA, PP, PTT, PC, PU, and PMMA ➢ Movements in the U.S., Europe, Japan, China, and rising investment in recycling businesses in India, Indonesia, Thailand, etc. ➢ The need for change in recycling technologies and business strategies of companies in the automotive, textile, and cosmetics industries.

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Based on actual research and development and practical experience, this explains the fundamentals of bioplastics, their applications, production trends, and future prospects.

This book explains bioplastics (biodegradable/bio-based plastics) that can contribute to environmental problem solutions, based on actual research and development and practical experience, covering everything from the basics to applications. It is aimed at all personnel involved in research and development, product planning, and technical sales related to bioplastics and products utilizing them. The book emphasizes providing clear and detailed insights into bioplastics, as well as thoroughly explaining the mechanisms behind research results to deepen understanding of the essence. **Features of this book:** ➢ Explanation of bioplastics from basics to applications based on actual research and practical experience ➢ Comprehensive overview of plastics as a whole, the relationship between structure and properties, history, and trends in environmental problem solutions and regulations ➢ Description of the characteristics and production trends of major bioplastics ➢ Trends and tendencies in usage in Japan and around the world, and future prospects for bioplastics

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We would like to express our congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will introduce a number of products, including new ones. We sincerely apologize for the inconvenience during your busy schedule, but we would like to invite you to attend this event. 【 Exhibition Name 】 31st Measurement and Measurement Exhibition INTERMEASURE 2024 Official Website: https://intermeasure.org/itms2024/ 【 Dates 】 From __ (Wednesday) to __ (Friday), 202_ 【 Venue 】 Tokyo Big Sight (Tokyo International Conference Center) East Hall (Booth Number: ___) 【 Exhibited Products 】 - Air Leak Tester - Hydrogen Leak Detector - Pin Hole (Reference Test Piece) and more. For more details, please refer to the "Related Materials" (PDF file) below.

[Speaker] Kazunari Ogata, Senior Researcher, Public Policy Research Department, SOMPO Institute Plus Inc. [Key Lecture Content] Addressing climate change requires not only decarbonization on the supply side through renewable energy, hydrogen, and nuclear power, but also essential efforts in energy conservation, electrification, fuel switching, and behavioral change in corporate activities. This lecture will explain the impact of fossil fuel dependency risks on corporate management, crisis responses from various governments, and the demand-side GX required from companies, along with key points for effective communication to establish these concepts both internally and externally. [Lecture Items] 1. Why consider climate change response from the demand side now? 2. Fossil fuel dependency risks and their impact on corporate management. 3. Energy crisis responses and demand-side measures observed in various governments. 4. Demand-side GX required from companies. 5. Methods to establish demand-side GX internally and externally. 6. Q&A / Business card exchange.

This seminar systematically explains the fundamentals of optical sensors and the latest application examples against the backdrop of the rapidly growing optical semiconductor sensor market. It provides clear explanations of the photoelectric effect, the basics of semiconductors, the characteristics of key devices such as PD, image sensors, SiPM, and SPAD, as well as design and selection points regarding wavelength, sensitivity, response speed, and noise. Furthermore, it introduces the latest implementation cases for applications such as LiDAR for autonomous driving, medical and healthcare devices, industrial equipment, and IoT/smart homes, allowing participants to learn about application strategies and market trends for commercialization. It targets a wide range of individuals, from product planning and business development to marketing, research and development, and design engineers, providing knowledge that can be applied to product development and business strategies starting tomorrow.

This text systematically explains the latest trends in recycling technology and biomass plastics, focusing on the resource circulation of waste plastics and textile waste. It covers the characteristics and challenges of material, chemical, and thermal recycling, as well as domestic and international regulations and market trends, and introduces cutting-edge approaches to difficult-to-recycle materials such as composite materials and blended fibers. In particular, it provides detailed explanations of advanced separation technologies for blended fibers and composite materials using microwave selective heating, as well as the development of technologies aimed at realizing a circular society utilizing biomass resources and contributions to carbon neutrality. This content is ideal for engineers, researchers, product development and business planning personnel, and sustainability promotion personnel in the plastics, textiles, chemicals, and recycling industries who wish to learn about the latest trends in resource circulation technology.

This seminar will explain the latest technology of "heat absorption power generation," which converts low-temperature heat that has been difficult to utilize, such as factory waste heat and environmental heat, into a new energy resource. It will focus on semiconductor sensitized thermal utilization power generation (STC), which has a different power generation principle from conventional Seebeck-type thermoelectric conversion, covering its principles, material design, power generation and cooling mechanisms, latest research results, and the status of demonstration tests. Additionally, the seminar will discuss the importance of utilizing unused heat towards achieving carbon neutrality, the resourceization of waste heat from factories and data centers, and the potential applications in the energy industry. This content is ideal for decarbonization-related engineers, researchers, engineers in the energy and manufacturing industries, and new business planners who want to systematically learn about next-generation energy technologies.