[Live Stream/Zoom] Seminar: "Waste Heat Recovery Technology and Decarbonization in Material Manufacturing Industries" to be held! Thursday, May 21. Hosted by: CMC Research Co., Ltd.

📢 We are pleased to announce a featured live stream seminar (including a 'missed-session' archive) hosted by CMC Research Co., Ltd. (https://cmcre.com/). 🎓 Lecturer: Yutaka Mori (Mori Yutaka Consulting Engineer Office) 📆 Date and Time: Thursday, May 21, 2026, 13:30–16:30 🖥️ Format: Zoom live stream + time-limited archive streaming (materials included) 💬 Theme: "Waste Heat Recovery Technology and Decarbonization in Material Manufacturing Industries" -- Turning unused energy into profit. Covering everything from binary power generation and heat pumps to fuel cells, this seminar provides a concrete explanation of the forefront of waste heat recovery technology in the materials industry, domestic and international case studies, and key points for implementing decarbonization. 📌 Registration Fee - General: 44,000 yen (tax included) - Newsletter Member: 39,600 yen (tax included) - Academic: 26,400 yen (tax included) 📺 Don't worry if you can't make it! You can watch the [Time-limited Archive] after the live stream concludes. 🔗 Click here for details and registration: https://cmcre.com/archives/142791/ 🧠 There will be time for a Q&A session. Please join us to apply this to your research and business! [Knowledge to be gained from the seminar] 1. Current state of waste heat in Japan 2. Types, characteristics, trends, and implementation examples of waste heat utilization technologies 3. Domestic and international implementation examples of waste heat utilization in material manufacturing industries 4. Full scope of decarbonization technologies for material manufacturing industries 5. Trends in the use of hydrogen and ammonia 6. Trends in CO2 utilization technologies [Target Audience] Manufacturing energy utilization departments, manufacturing departments, production management departments, R&D departments, new market development departments, companies wanting to know market trends, trading companies, research companies, mid-level engineers, management, etc. 1) Seminar Theme and Schedule Theme: Waste Heat Recovery Technology and Decarbonization in Material Manufacturing Industries Date and Time: Thursday, May 21, 2026, 13:30–16:30 Participation Fee: 44,000 yen (tax included) *Includes materials and archive access *39,600 yen (tax included) for newsletter subscribers *26,400 yen (tax included) for academic pricing Lecturer: Yutaka Mori, Mori Yutaka Consulting Engineer Office With the closure of the Strait of Hormuz in March once again threatening to cause a surge in Japan's energy prices, Japan, with its energy self-sufficiency rate of only about 15%, must use its existing energy as effectively as possible to minimize the impact of reliance on overseas energy. In this regard, industrial waste heat recovery is extremely important. We should recognize anew that waste heat recovery can ultimately reduce the amount of purchased energy required. Furthermore, regarding energy usage, there is the challenge of decarbonization for carbon neutrality. In this respect, waste heat recovery, which can use unused energy without requiring additional production, is also effective. In this seminar, we will explain various waste heat recovery technologies for the material manufacturing industry and introduce domestic and international examples. Decarbonization can be broadly divided into the decarbonization of input energy, the decarbonization of manufacturing processes, and the decarbonization of items generated or emitted from manufacturing processes. We will introduce the concrete contents and trends of these as well. *This seminar will be delivered live using the video conferencing tool 'Zoom.' Please refer to the tool's recommended environment. We will provide the viewing URL via a separate email at a later date. ★Recording or photographing during the seminar is strictly prohibited. 💡 Time-limited Archive Available - By registering for this webinar, you will be provided with a 'missed-session archive' via Zoom as a service. - The archive allows you to watch the recorded video of the webinar for a certain period. - Those who wish to review the webinar or cannot attend on the day can watch the video multiple times within the provided period. 2) How to Apply Please register via the dedicated seminar page on the CMC Research website. We will send the viewing URL via a separate email in reply. Please check the URL for details. 🔗 Click here to register: https://cmcre.com/archives/142791/ 3) Seminar Program Introduction (A break will be taken mid-way) 1. Current state of waste heat in Japan 2. Types and characteristics of waste heat utilization technologies 2.1 Technologies for converting waste heat into thermal energy (1) Heat exchangers (2) Heat pipes (3) Refrigerators (4) Heat pumps 2.2 Technologies for converting waste heat into electric energy (1) Steam turbines (2) Binary power generation (3) Stirling engines (4) Thermoelectric elements 2.3 Technologies for higher thermal and electrical efficiency (1) Cogeneration (2) Combined cycle (3) Fuel cells 3. Examples of waste heat recovery in various material manufacturing industries 3.1 Steel industry 3.2 Chemical industry, petroleum refining 3.3 Cement industry 3.4 Glass industry 3.5 Paper and pulp industry 4. Decarbonization technologies and CO2 utilization technologies in material manufacturing industries 4.1 Material manufacturing industries 4.2 Steel industry 4.3 Chemical industry 4.4 Cement industry 4.5 Glass industry 4.6 Paper and pulp industry 4) About the Lecturer Yutaka Mori, Mori Yutaka Consulting Engineer Office [Lecturer Background] Graduated from Waseda University, Faculty of Science and Engineering, Department of Mechanical Engineering. Completed Doctoral Program at Kyushu University, Faculty of Engineering, Department of Mechanical Engineering. From 1976, worked at Ebara Corporation, responsible for the development and design of gas machinery and related equipment, development of systems applying binary power generation to waste-to-energy power generation and waste heat recovery power generation, and commercialization of fuel cell cogeneration systems. In 2018, opened Mori Yutaka Consulting Engineer Office, providing technical support for binary power generation, waste heat utilization technology, and hydrogen/fuel cell systems. 2014–2022: Part-time lecturer at Waseda University, Faculty of Creative Science and Engineering. From 2022: Part-time lecturer at The Open University of Japan. Registered Consulting Engineer (Mechanical Engineering), Energy Management Officer, Doctor of Engineering. 5) Information on Upcoming Webinars (Online Seminars) [List of links omitted] 6) Related Books [Link omitted] End of Document