[October Seminar] High Efficiency Operation and Utilization Rate Improvement of Biomass and Other Plants
20261008
High-efficiency operation and availability improvement technology for biomass, waste, coal, and other solid fuel power plants.
- Three speakers (Nagoya University: Professor Naruse, Tohoku Electric Power Industry, Yokogawa Electric) will be presenting. This seminar will cover the behavior of ash during the combustion processes of fine coal, industrial waste, and wood biomass, including ash adhesion behavior to heat transfer tubes and ash adhesion suppression technologies. It will also address the mechanisms of ash adhesion and high-temperature corrosion, along with the latest development technologies, specific countermeasures, evaluation and analysis methods, and groundbreaking water jet cleaning device technologies that enable efficient operation. Additionally, solutions for reducing maintenance costs, improving operational rates and profit margins, and extending lifespan through chemical reactions to reduce high-temperature corrosion and prevent clinker hardening will be thoroughly explained by leading experts in the field. All speakers are expected to attend in person, but there may be instances where the presentation will be held online. Any changes will be updated in real-time, so please check the information below. *This seminar can be attended in person at the venue, via live streaming (Zoom), or through archived sessions (available later). *The application form can be found at the bottom of the related links. Please apply from there.
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basic information
● Lecturer National University Corporation Tokai National Higher Education and Research System, Nagoya University Professor Ichiro Naruse ● Lecturer Tohoku Electric Power Engineering Co., Ltd. Engineering Department, Technology Development Laboratory, Director Hiroshi Naganuma ● Lecturer Yokogawa Electric Corporation Energy & Sustainability Business Headquarters Business Strategy & Business Development Department, Water and Power Business Development Division Yutaro Kotani ● Date and Time October 15, 2026 (Thursday) 10:15 AM - 4:15 PM ● Venue Tokyo, Shin-Ochanomizu, Rengokai Hall (Formerly Sōhyō Hall), Conference Room 〒101-0062 Tokyo, Chiyoda-ku, Kanda Surugadai 3-2-11 Venue map here → https://rengokaikan.jp/access/index.html
Price information
●Tuition Fee: 55,000 yen (per person) (If applying for multiple participants at the same time, 44,000 yen per person) *Includes textbook fee and consumption tax ●Organizer: Technical Information Center Co., Ltd.
Price range
P2
Delivery Time
Applications/Examples of results
● Seminar Program ● I. Fundamentals of Ash Behavior, Ash Adhesion, and Ash Adhesion Control in Solid Fuel Power Plants such as Coal, Biomass, and Waste II. Mechanisms and Countermeasures for Ash Adhesion and High-Temperature Corrosion in Biomass/Waste Boilers III. Technologies for Improving the Operating Rate of Biomass/Waste Power Plants - Cost Reduction through Non-Stop Cleaning - Achieving Increased Operating Rates and Profit Margins, Reduced Maintenance Efforts and Costs, and Extended Lifespan
Company information
Since our establishment in 1982, with the support of innovative researchers, engineers, and consultants who resonate with our mission of providing "technical and management information to the industrial society," we have been dedicated to organizing management and technology seminars as well as publishing and selling technical materials. In recent years, the wave of technological innovation surrounding the industrial society has become more intense and faster. In such circumstances, we have focused our corporate activities on a "flexible" response to the information needs of the industrial society. At the corporate level, the number of companies participating in "REIT," which aims to meet 100% of their business power needs with renewable energy, is increasing rapidly. There is also a growing interest in the 17 goals of the "Sustainable Development Goals (SDGs)" related to global challenges concerning the economy, society, and the environment, and ESG investment is gaining attention. Given this situation, we are convinced that technologies centered around energy and the environment, such as those addressing global warming, will become key technologies for the future world. We will continue to focus on information related to "energy" and "environment," and we are committed to providing truly useful information for society and our descendants.
