7/30 Separation Process Industrialization and Energy Saving Technology Webinar

A comprehensive book that covers various aspects related to regulations and industry trends concerning product quality in the pharmaceutical industry surrounding scale-up, as well as technology transfer in contract manufacturing!

**Features of this Book** - Comprehensive information on regulations and industry trends related to product quality in the pharmaceutical industry surrounding scale-up, as well as technology transfer in contract manufacturing, all in one volume! - Detailed explanations regarding GMP, ICH, PIC/S, equivalence evaluation, raw data, and more! - In-depth discussion on quality issues, impurity management, genotoxic impurities, continuous production, etc.! **Table of Contents** Chapter 1: Basics of Scale-Up Chapter 2: Issues in Scale-Up Chapter 3: Revised Pharmaceutical Affairs Law and GMP Chapter 4: Efficiency and GMP Measures Appendix at the End of the Chapter: The Cutting Edge of UHPLC Chapter 5: Crystal Polymorphism Chapter 6: Troubleshooting in Scale-Up Chapter 7: GMP for Investigational Drugs and Status of New Drug Development Chapter 8: Considerations When Changing Raw Materials and Points for Equivalence Evaluation Chapter 9: Handling of Raw Data and Laboratory Notebooks Chapter 10: What is Data Integrity? Chapter 11: Change Management and Deviation Management Chapter 12: Education and Training Chapter 13: Trends in Pharmaceutical Companies and Generic Drugs/Biosimilars Chapter 14: Flow of Active Pharmaceutical Ingredient Import Business Chapter 15: Trends in Pharmaceutical Companies and Contract Manufacturing Companies Chapter 16: Trends in GDP and Response Measures Afterword *For a detailed table of contents, please refer to the related link URL.*

• Pharmaceutical Intermediates
• Product Development
• Safety Management

We have added an advanced edition to the revised and updated basic edition of the highly acclaimed "Manufacturing Process & Cost Comprehensive Technology of Lithium-Ion Batteries 2016."

■ Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2022 (Advancement Edition) 　～ Advances in Battery Raw Materials and Components and Corresponding Battery Technologies ～ In the Advancement Edition, Chapters 7 to 14 focus on the recent advancements in positive and negative electrode materials and components of lithium-ion batteries. In the latter half, it also addresses the diversification of battery casing types, as well as challenges related to quality assurance and the supply chain of raw materials. 【Features of This Book】 ◆ An advancement edition added to the revised and updated foundational edition of "Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2016," which received positive feedback. ◆ Covers the latest advancements in lithium-ion battery components in addition to the basic matters discussed in the previous edition. ◆ Includes coverage of the diversification of battery casing types. ◆ Addresses challenges in quality assurance and the raw materials supply chain. ◆ Discusses the consequences of rushing results during a transformative period, including the shift to EVs. *Purchasing this book as a set of two volumes, 2022 (Foundational Edition) and 2022 (Advancement Edition), offers a great value.

• Lithium-ion battery

The highly acclaimed "Lithium-Ion Battery Manufacturing Process & Cost Comprehensive Technology 2016" has been revised and updated.

■ Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2022 (Basic Edition) The 2016 edition contained nearly all the design and manufacturing technical know-how of that time. We believe that it is appropriate for this book to retain the basic structure of the 2016 edition while adding new information on subsequent expansions and advancements in material technology. Therefore, we have revised and supplemented it as "Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2022 (Basic Edition)." We aim to provide comprehensive information on the manufacturing of lithium-ion batteries from a new perspective. 【Features of this Book】 ◆ Revised and supplemented version of the popular "Comprehensive Technology on the Manufacturing Process & Cost of Lithium-Ion Batteries 2016" ◆ Detailed description of raw materials, design and manufacturing, process equipment, and cost structure of lithium-ion batteries ◆ Explanation of the current state of battery production at the present technology level ◆ Challenges in the raw material supply chain within the manufacturing industry ◆ Provision of comprehensive information on lithium-ion battery manufacturing from a new perspective *This book is available at a discount when purchased as a set with both 2022 (Basic Edition) and 2022 (Advanced Edition).

• Lithium-ion battery

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

Investigate the CO2 separation amounts and demand trends for chemical and physical absorption methods, solid absorption methods, membrane separation methods, and cryogenic separation methods.

We investigated various trends in CO2 separation and recovery technologies, such as CCS projects and membrane separation methods, as CO2 emission reduction measures in 2021. 【Features of this document】 ➢ Investigated trends in CO2 separation volumes and demand for chemical and physical absorption methods, solid absorption methods, membrane separation methods, and cryogenic separation methods. ➢ Examined the trends in North America, where CCS policies have already been commercialized, and Norway, which is pursuing a unique path. ➢ Conducted a comparative analysis of the costs of CO2 separation and recovery methods, including chemical and physical absorption methods, solid absorption methods, and membrane separation methods. ➢ Followed the relationship between future technologies such as IGCC and BECCS and CCS, companies entering the market, and industry trends. ➢ Reviewed the development status of polymer membranes used in CO2 separation membranes, such as cellulose acetate and polyimide. ➢ Detailed the types, performance records, and development and industry trends of inorganic membranes such as zeolites, silica, and carbon. ➢ Provided insights into the actual sites and development status of microbubble technology for CO2 in tertiary recovery (CO2 EOR and CCS). ➢ Explored industry analysis and companies involved in essential hydrogen technologies such as water electrolysis, P2G, methanation, and hydrogen production methods. ➢ Introduced CO2 separation and recovery methods in natural gas plants, as well as the performance records of commercialized membrane materials.

• others

Nitto Kohki will hold the "2025 Attack Fair in Meiko" for two days from July 23 (Wednesday) to July 24 (Thursday), 2025, at the "Kowa Seminar Plaza 2F Training Room NO.12 (inside Kowa Sports Land)." The Attack Fair is an exhibition where you can actually "see, touch, and operate" Nitto Kohki's products. Additionally, there will be wonderful souvenirs for attendees and many fun activities planned. We look forward to welcoming everyone!

On August 4, 2026 (Tuesday), we exhibited at "Wellness Food Japan 2026" held at Tokyo Big Sight. We would like to express our heartfelt gratitude to all the visitors who attended. The products and services that particularly attracted attention at the exhibition are as follows: 1. No shaker needed? "Protein Spout Pouch" At the venue, we showcased a "shaker style" display inspired by protein and supplements. Due to its convenience for portioning, portability, and ease of use, we received numerous inquiries such as, "We want to create a pouch for easy protein consumption" and "We want to switch from existing aluminum pouches." 2. High light-blocking pouch that can pass through metal detectors "ZEKKO Series" "We want to conduct foreign matter inspections with metal detectors for all products before shipping. However, we have no choice but to use aluminum pouches because the ingredients are sensitive to light and oxygen..." We heard many such concerns regarding quality control and product development at the venue. Our proposed "ZEKKO Series," which does not use aluminum at all while maintaining excellent light-blocking and barrier properties, garnered significant interest from many attendees.

[Speaker] Accenture Ltd. Managing Director, Industry and Enterprise, Yoshiyuki Fujino Principal Director, Digital Core, Strategy, Akihito Masuda [Key Lecture Content] With the rapid spread of AI, the infrastructure supporting urban competitiveness is transitioning from physical foundations such as roads and water supply and sewage systems to a "Watt-Bit Collaboration" that integrates computation (bits), power (watts), and communication into a single design. The idea of placing data centers in areas with surplus power and delivering only the results as bits redefines the location of data centers, power systems, communication networks, and even urban and regional development, fundamentally changing the design philosophy of social infrastructure. This lecture will explain the role that private companies can play and the strategies for achieving this, taking into account overseas leading examples. [Lecture Items] 1. Watt-Bit Collaboration - The Core of Urban Infrastructure Reorganization 2. The Significance of Integrating Computation, Power, and Communication in Three Layers 3. The Speed of Change Observed in Overseas Leading Examples 4. Changes in Collaboration with Government Agencies and Local Governments 5. The Next Move for Private Companies - Points of Strategic Shift 6. Q&A / Business Card Exchange

[Lecturer] Anderson Mori & Tomotsune Foreign Law Joint Enterprise Partner Attorney Fumiya Utagawa [Key Lecture Content] Thermal power generation occupies an important position for ensuring stable electricity supply, but there is also a social demand for decarbonization. In addition to the establishment and replacement of LNG-fired power plants, the utilization of hydrogen and ammonia as fuels and the application of CCS are also anticipated. Recently, there have been revisions to the system in preparation for the fourth round of the long-term decarbonized power source auction and the full implementation of the CCS Business Act. In this lecture, the instructor, who has been involved in the Japanese government's policies at the Agency for Natural Resources and Energy until June of this year, will explain the challenges and considerations in project formation, focusing on the utilization of hydrogen, ammonia, and CCS. [Lecture Items] 1. Overview of policy trends regarding decarbonized thermal power 2. System revisions for the fourth round of the long-term decarbonized power source auction 3. Introduction of preliminary examination based on the Hydrogen Society Promotion Act 4. Full implementation of the CCS Business Act 5. Considerations for project formation 6. Q&A / Business card exchange

In this webinar, we will explain the latest regulatory trends, as well as practical points for SCR spot checks and NOx measurements on board ships. This time, we will also introduce the method for zero span checks and the necessary equipment. We will provide useful information for practical applications, so please join us. Hosted by Testo Ltd. Webinar Date: September 9, 2026 (Wednesday) 16:00 - 16:45 Method: Microsoft Teams Webinar Participation Fee: Free Webinar Content: • Institutions, laws, and regulations related to the shipping industry • Testo 350 MARITIME_V2, which is NK and DNV type-approved • Methods and necessary equipment for zero span checks in spot checks This webinar will present some content changes from the session held on June 3, 2026.