[Archive] Resource Recovery Technology for Ammonia Nitrogen Containing Wastewater and Exhaust Gas
20200610
Resource recovery technology for wastewater and exhaust gas containing ammonia nitrogen.
~Significant CO2 Reduction through Ammonia Energy Recycling~ We have newly launched a website to distribute a recorded and edited video of the seminar held on June 19, 2020, titled "Resource Recovery Technology for Ammonia Nitrogen Containing Wastewater and Exhaust Gas." You can also watch a sample video, so please take a look! ● The recording time is just under 3 hours (including Q&A). ● The materials from the day (text) will be sent in PDF format. ● The price is 33,000 yen (including tax).
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basic information
● Lecturer Gifu University, National University Corporation Tokai National Higher Education and Research System Deputy Director, Headquarters for Academic Research and Industry-Government Collaboration Professor, Department of Chemical and Life Engineering, Faculty of Engineering, Material Chemistry Course, Nobushi Kanbara <Lecturer Introduction> In April 1986, joined Idemitsu Kosan Co., Ltd.; in May 2003, became an Associate Professor at Gifu University; in June 2013, became a Professor at Gifu University; in April 2016, appointed Director of the Next-Generation Energy Research Center at Gifu University; in April 2020, became Deputy Director of the Headquarters for Academic Research and Industry-Government Collaboration at Gifu University and Assistant Vice President, continuing to the present. Awards and Honors: In December 1993, received the Research Encouragement Award from the Japan Society of Combustion Engineers. In July 1996, received the Excellent Award from the Nikkan Kogyo Shimbun and the Ministry of the Environment Environmental Award. In March 1998, received the Progress Award (Technical Division) from the Japan Society of Energy. In December 2002, received the Research Technology Award from the Japan Society of Combustion Engineers. In October 2005, received the Excellent Paper Award at the 6th International Conference on High-Temperature Gas Cleaning. In October 2008, received the Grand Prize from the Onogi Science and Technology Promotion Foundation. In July 2011, received the Paper Award from the Japan Society of Energy. In February 2013, received the Research Achievement Award from the Environmental Engineering Division of the Japan Society of Mechanical Engineers. In December 2013, received the Paper Award from the Japan Society of Combustion Engineers.
Price information
33,000 yen (tax included) *Includes text fee and consumption tax
Price range
P2
Delivery Time
Applications/Examples of results
●Instructor's Words In this seminar, we will first provide an overview of nitrogen compound emissions from the material flow of nitrogen derived from ammonia, followed by a discussion on the treatment methods for ammonia nitrogen-containing wastewater. We will particularly elaborate on the stripping method and introduce its energy-saving process. After that, we will explain the composition and performance of a new ammonia treatment process that can generate electricity using recovered ammonia as a raw material, achieving zero CO2 and zero NOx emissions. We will also clearly explain the principle of producing hydrogen from ammonia. Furthermore, we will discuss the latest trends and prospects of a CO2-free power generation system that actively utilizes not only recovered ammonia but also CO2-free ammonia as fuel. ●Program 1. Material flow of nitrogen compounds 2. Treatment of nitrogen compounds in wastewater 3. Energy recycling of recovered ammonia 4. Ammonia as fuel 5. Q&A (as needed) For more details, please visit our company website or contact us.
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.