Chemical Process Intensification via Microwave-Driven Dynamic and Cyclic Thermal Operation

Prof. Georgios Stefanidis
Director of the Department of Process Analysis and Plant Design, School of Chemical Engineering, National Technical University of Athens

Bio:
Prof. Georgios Stefanidis holds an MSc degree in Chemical Engineering from the National Technical University of Athens (Greece) and a PhD degree in the same field from Ghent University (Belgium). He has co-authored over 100 peer-review papers (Scopus ; Google Scholar) in the broad field of Chemical Reaction Engineering and Process Intensification, mostly focusing on alternative energy forms and transfer mechanisms (microwaves, plasma, light and ultrasound), and the first book on the “Fundamentals of Process Intensification” (Wiley VCH, 2019). His research activity includes modeling, design and development of intensified reactors and reactive separation processes for a broad range of applications including, among others, biomass gasification, reforming of hydrocarbons and oxygenated fuels, CO2 utilization, polymerization and reactive crystallization. He is currently Executive Editor of the Chemical Engineering and Processing: Process Intensification Journal (Elsevier), Co-Editor of the RSC books “Alternative Energy Sources for Green Chemistry” (2016) and “Chemical Valorization of Carbon Dioxide” (2022), Chairman of the EFCE Working Party on Process Intensification and serves on the Scientific Committee of the Association for Microwave Power in Europe for Research and Education (AMPERE).

IMPI – Past, Present and Future Influence on the Advancement of Microwave and RF Power Applications

Mr. John F Gerling
Gerling Consulting, Inc.

Bio:
Mr. John F Gerling has over 40 years background in engineering, design and manufacturing of microwave equipment for consumer, commercial, industrial and scientific applications. His experience includes executive positions with leading equipment manufacturers including MKS/ASTeX and Muegge-Gerling. Mr Gerling has been a member of IMPI since 1984 and has held positions on its Board of Governors since 1992, most recently as President since 2021. He received the Ricky Metaxas Pioneer Award during 3GCMEA in 2016 at Cartagena, Spain, and was inducted as a Fellow of IMPI in 2022.

Strengthening mechanism of microwave-matter interaction—the application of microwave technology in petroleum and environmental fields

Prof. Hui Shang
China University of Petroleum (Beijing), China

Bio:
Dr. Hui Shang received her PhD degree in 2006 in the major of Chemical Engineering from the University of Nottingham, UK, under the supervision of Prof. Sam Kingman. After that she has worked in this university as a Post Doctor. She joined China University of Petroleum (Beijing) (CUPB) in 2008. Currently, she is a full professor in School of Chemical Engineering and Environment at CUPB. 

Dr. Shang has published over 100 academic papers in journals such as Journal of Catalysis, Journal of Molecular Liquids, Fuel, Chemical Engineering Science, and Fuel Processing Technology et al. She is a reviewer for many well-known journals. Her research interests include microwave enhanced organic reactions and process, clean oil processing, catalysts synthesis, waste plastics unitization as well as hydrogen storage materials.

Induction Heating and Maxwell's Equations

Dr. Jun-ichi Sugiyama
Senior Researcher, National Institute of Advanced Industrial Science and Technology (AIST) .

Bio:
Dr. Sugiyama has a background in organic synthesis and polymer chemistry and has experience in academic fields such as dielectric measurements for microwave heating, equipment design, electromagnetic field simulation, reactor development, technological development of microwave heating operation, investigation of basic electromagnetics theory, and educational dissemination. His professional activities include:
Dielectric constant mapping of liquid mixtures, temperature representation by molecular dynamics, development of a flow-type microwave chemical synthesizer, continuous synthesis of high-strength carbon fiber, creation of a 1kW high-power circularly polarized wave irradiation system, and theoretical considerations on non-thermal effects. These studies have resulted in several publications and reviews. He received the JEMEA Research Encouragement Award 2021 for “Examination of carbon fiber production by microwave heating and composite material”, and the JEMEA academic award 2023 for “Practice of Microwave Chemistry Based on Integration with Electromagnetics”.

Current Status and Future of Sustainable Microwave Heating Technologies in India

Dr. Parag Prakash Sutar
Associate Professor and Head Department of Food Process Engineering, National Institute of Technology Rourkela, India

Bio:
Dr. Parag Prakash Sutar earned his PhD in Food Engineering from the Indian Institute of Technology Kharagpur, India, in 2008, and his M.Tech in Process and Food Engineering from G.B. Pant University of Agriculture and Technology, India in 2003. He also completed research training at McGill University during his PhD program and post-doctoral research work at the Department of Chemical Engineering, Institute of Chemical Technology, Mumbai. His expertise is centered around the microwave and infrared-assisted food processing, with a particular interest in using various combinations of microwave and infrared energy in single/multimode cavities for drying and dehydration, peeling, starch gelatinization and sterilization. Dr. Sutar has been involved in several significant projects, including developing low-cost Lithium Zeolite adsorbents; effluent-free food processing operations using non-ionizing electromagnetic radiations; cost-effective microwave-infrared-UV-assisted continuous sterilization processes for spices; design of large-scale industrial microwave-IR dryers; microwave sterilizers; and extraction systems. Regarding research, Dr. Sutar has a record of 80+ publications in reputed journals, with the majority of them Q1 journal articles. His research contributions extend to 5 sponsored projects and 4 consultancy projects. To date, he has received funding of more than 35 million Indian rupees for his research and academic activities. Dr. Sutar has guided and mentored doctoral students, postgraduate students, and industry personnel. Continuing to foster knowledge, Dr. Sutar has actively organized and chaired various educational events, including international workshops and international conferences (Asia Pacific Drying Conference 2019 and Asia Pacific Drying Conference 2023) related to processing, drying and packaging technologies. Dr. Sutar has received recognition for his outstanding contributions to promoting Drying Research and Development in Asia in 2019 and 2023. He is one of the key people in establishing an Association of Industrial Microwave Heating and High-Frequency Applications in India.

Efficient and Stable Activation by Microwave Annealing of Nanosheet Silicon Doped with Phosphorus above its Solubility Limit

Dr. Chun Hsiung Tsai
Taiwan Semiconductor Manufacturing Company

Bio:
Dr. Chun-Hsiung Tsai is a semiconductor professional and holds a PhD in Applied Mechanics from National Taiwan University. Since joining Taiwan Semiconductor Manufacturing Company (TSMC) in 2007, he has emerged as a prolific figure in the field of advanced CMOS transistor performance enhancement. Driven by a primary focus on dopant engineering, his expertise spans various techniques including ion implantation, in-situ doped epitaxial Si, flash annealing, laser annealing, and microwave annealing. With a remarkable track record, Dr. Tsai has contributed significantly to the technological landscape, authoring over 150 US patents. Currently serving as the Technical Manager of the Advanced Technology Program at TSMC, he continues to lead and innovate in the ever-evolving field of semiconductor technology.

Solid State RF Energy Solutions are Shaping the Future

Mr. Mark Murphy
Global Market Manager Industrial High Power Energy, Mini-Circuits

Bio:
Mark is an Electrical Design Engineer by education and practice, with experience in Analog and RF technologies. He has held various management positions in Engineering, R&D, Product Line Management and then Marketing at a number of large public companies, such as Analog Devices, Philips, NXP, Dialog Semiconductors & MACOM. During his time at Philips/NXP Mark lead the introduction to the market of RF Power transistors that were dedicated to RF Energy solid state solutions. Prior to joining Mini-Circuits, Mark was the head of Marketing & Business Development for MACOM’s high power GaN-on-Silicon RF business. At Mini-Circuits Mark has lead the company’s expansion effort in high power >20W amplifiers and he is currently the Global Market Manager for the RF Energy business

Application of Microwave Energy in the Production of Carbon Nanotubes (CNTs) through Microwave Enhanced Chemical Vapor Deposition and CNT Modification as Bifunctional Catalyst.

PROF. JOSEPH AURESENIA, PhD, RChE, FPIChE
Professor of Chemical Engineering and Research Fellow
De La Salle University, Manila, Philippines
Fellow, Philippine Institute of Chemical Engineers

Bio:
Dr. Joseph Auresenia is a Full Professor, former Chairman of Chemical Engineering and Research Fellow of De La Salle University, He finished his Bachelor of Science in Chemical Engineering-Magna Cum Laude, from University of San Carlos. He obtained his master’s degree in applied science in Chemical Engineering from the University of New South Wales, Sydney Australia and Doctor of Engineering in Chemical Engineering from Waseda University, Tokyo, Japan.
He had post-doctoral research fellowship in Biochemical Engineering at Lund University, Lund Sweden. He attended Nuclear Science and Engineering Course conducted by World Nuclear University (WNU) at Nanyang Technological University, Singapore. He joined postdoctoral industrial training, the Instructors Training Course in Nuclear Reactor Engineering by Japan Atomic Energy Agency (JAEA) in Ibaraki Prefecture, Japan. He joint international Symposium and Technical Trainings conducted by International Atomic Energy Agency (IAEA) such as and International Atomic Energy Agency (IAEA) Nuclear Safety Education and Training Review Service (ETRES) and CEA-ICERR IAEA Workshop in Saclay and Cadarache CEA Centres, France. He joined the training Microwave 2004, International Symposium on Microwave Science and Its Application to Related Fields in Takamatsu, Japan.
He received various awards and recognition such as; Magna Cum Laude- BS ChE and First Placer in 1990 Chemical Engineering Licensure Examination. He was 2007 Outstanding Young Scientist (OYS) Award and Julian A. Banzon Medal for Outstanding Applied Research given by National Academy of Science and Technology and Department of Science and Technology (DOST). He was given the 2011 Outstanding Chemical Engineer Award (OCHEA) and Fellow by Philippine Institute of Chemical Engineers (PIChE). He was the Philippine Government’s nominee to 2020 ASEAN Awards. He has numerous publications in high impact and highly specialized international scientific journals in chemical and environmental engineering, water research and related fields and were given outstanding scientific paper awards. He is listed as one of the top 1000 Scientists in 2022 AD Scientific Index (Alper-Doger Scientific Index) -Rank No 260 (Global). He is one of the top 150 researchers of the Philippines by Google Scholar based on global citations. He had international recognition as Vice President of Asian Federation on Biotechnology (AFOB). He was given international award by KSBB (Korean Society for Biotechnology Bioengineering) for International Research Exchange Award in 2022 and listed as one of the Top 100 Asian Scientist 2023 – The Asian Scientist 100-Asian Scientist Magazine.

His current research interests are in renewable energy (bioethanol, biodiesel and solar energy by dye sensitized solar cells and solar desalination), nanomaterials and nanotechnology, environmental engineering particularly biological wastewater treatment, biotechnology and bioengineering and process control and systems engineering modelling and simulations, Pinch Technology and Microwave Energy applications. He is currently researching on the production of nanomaterials as functional catalysts using microwave enhanced chemical vapor deposition and other Microwave Energy Applications.

Microwave-initiated Heterogeneous Catalysis for Plastic Waste Upcycling

Dr. Xiangyu Michael Jie
Senior Lecturer in Chemistry
Department of Chemistry
School of Physical and Chemical Sciences (SPCS)
Queen Mary University of London

Bio:
Dr Michael Jie is a Senior Lecturer at the School of Physical and Chemical Sciences, Queen Mary University of London. Before joining QMUL, he took up a Junior Research Fellow at Merton College, Oxford, focusing on the development of microwave-initiated heterogeneous catalysis. His work has resulted in low carbon emission catalytic processes impacting the decarbonisation of fossil fuels. More recently, He expanded his research to include waste plastics upcycling using microwave catalysis. So far, he has published in international journals such as Angewandte Chemie, Energy and Environmental Science, and Nature Catalysis. His research efforts have also led to the global patenting of several innovative technologies through the PCT, gaining recognition from the wider chemical and science community, including C&E News, Chemistry World, and The Times. His work has also been acknowledged in prestigious forums such as the Royal Society of Chemistry's "10 Emerging Technologies of the Year” for 2019 and 2021, and he received a "Highly Commended" distinction in the Vice-Chancellor's Innovation Award 2020. He has collectively received over £1.3 million in funding as PI and Co-I.

Sensing applications using microwaves for industrial purposes

Dr. Seitaro Kon
Group Leader
Electromagnetic Measurement Group
Research Institute for Physical Measurement
National Metrology Institute of Japan (NMIJ)
National Institute of Advanced Industrial Science and Technology (AIST) 

Bio:
Dr. Seitaro Kon joined the National Metrology Institute of Japan (NMIJ), National Institute of Advanced Industrial Science and Technology (AIST), Tsukuba, in 2007, as a research scientist. He has been involved in highly precise current, impedance, and power measurements, as well as in the development of sensing applications using RF, microwaves, and millimeter waves. His research interests include material characterization using electromagnetic phenomena and its sensing applications for industrial purposes, such as nondestructive measurement of water content in agricultural products, nondestructive detection of foreign objects in industrial products, and data analysis for sensing applications using artificial intelligence and quantum computing. He is currently the Co-editor-in-Chief of the Editorial Board of the Fundamentals and Materials Society at the Institute of Electrical Engineers of Japan.

Vibrating-Electromagnetic-Field-based Technology as a Strategy Dealing with Carbon Neutral Issues

Dr. Yuji Wada
Chair of the General Incorporated Association, Professor Emeritus of Tokyo Institute of Technology, Chair of R024-Electromagnetic-field-Excited-Reaction -Field Committee, University-Industry Cooperation societally Applied Scientific Linkage and Collaboration, Japan Society for the Promotion of Science (JSPS)

Bio:
Yuji Wada obtained a Dr. degree of engineering from Tokyo Institute of Technology in 1982. After experienced the post-doc works at Fritz-Haber-Institute of Max-Planck-society and Southern Illinoi University at Carbondale, he joined Tokyo Institute of Technology as an associate professor. He moved to Osaka University in 19991 for working as a lecturer and an associate professor (1991-2005). After he joined Okayama university as a full professor in 2006, he moved to Tokyo Institute of Technology in 2007 and was assigned as a full professor in the field of applied chemistry. After he retired Tokyo Institute of Technology in 2020, he worked as a chair of basic research division for Microwave Chemical., Co., Ltd. in 2020-2023. Now he launched “General Incorporated Association ZeroC” as the head chair on the purpose of starting the activities in dealing with Carbon Neutral Issues. He also acts as the chair of R024-Electromagnetic-field-Excited-Reaction -Field Committee, University-Industry Cooperation Societally Applied Scientific Linkage and Collaboration, Japan Society for the Promotion of Science(JSPS). He published more than 300 papers in his research career, including those on microwave technology. His research interests are widely spread from photochemistry of nano-hybrid systems, creation of nano-hybrid systems aiming at new functions, microwave-driven chemistry and its application to industrial processes, environmental chemistry driven by photochemistry and microwave chemistry He acts as the chair of the R024 EM-Field-Excited-Reaction-Field committee supported by JSPS and promotes the information delivery on microwave chemistry and other related technology to scientists and engineers for realizing the zero-carbon-emission society, beside he also works for a start-up named “Microwave Chemical., Co., Ltd. for the activities on the business side. He launched “General Incorporated Association ZeroC” in order to more accelerate realizing the countermeasures for the carbon neutral issues in October, 2023.

Applications of Microwave on Metal Smelting and Mining Sector

Mr. Kazuya Kono
Microwave Chemical Co., Ltd.

Bio:
Kazuya Kono serves as the Business Development Manager at Microwave Chemical Co., Ltd, leading the charge in exploring and implementing microwave technology for industrial applications. After earning his law degree from Kyoto University, he started his career at Marubeni Corporation, where he focused on project development, mergers and acquisitions, and project financing of power projects, including gas-fired and geothermal power plants. At Microwave Chemical, he's now committed to developing sustainable industrial processes and businesses using microwave technology.

The development of efficient electrified heating processes: a case study in using microwaves in low carbon steel production

Dr Rob Bell
C-Tech Innovation Ltd

Bio:
Dr Rob Bell has been Technical Director at C-Tech Innovation ltd since 2015 leading a multi-disciplinary team of scientists, engineers, and designers to develop and implement technology at scale. C-Tech Innovation ltd is a UK based company that design and build Electro-Heating and Electrochemical Equipment for a global client list, focusing on new processes that reduce costs, improve quality, and increase productivity. Rob is a materials scientist with a broad background in the development and implementation of novel processes with a focus on systems combining microwave/ radio frequency technologies with conventional heating. He leads the technical development of electrified manufacturing processes for industry, specialising in development of continuous electrified processes, and has a range of patents in areas covering, nuclear decontamination, microwave applicator design, reactor design, control, and plasma systems. In 2020 Rob was awarded a 4-year industrial Future Leaders Fellowship by UKRI focussed on industrial decarbonisation, focussing on the interaction of electric fields with materials and the impact on chemical reactions.

Microwave-assisted catalytic processes for environmental protection

Prof. Hisahiro Einaga
Department of Advanced Materials Science and Engineering, Faculty of Engineering Sciences, Kyushu University

Bio:
Dr. Hisahiro Einaga graduated from the Department of Applied Chemistry, Graduate School of Engineering, The University of Tokyo in 1997, and received his Ph.D. under the supervision of Prof. Makoto Misono. After working as a postdoctoral researcher at Hokkaido University, he worked at the National Institute of Advanced Industrial Science and Technology (formerly National Institute for Resources and Environment (NIRE)) from 1998 to 2006. He moved to Kyushu University as an associate professor in 2006, and has been a professor in the Faculty of Engineering Sciences, Kyushu University since 2016. Dr. Einaga devoted to the works on catalysis science and environmental technology. His current interest is on microwave-assisted catalytic process using mixed metal oxides for environmental protection and energy conversion.

Challenging way of Next-Generation Ironmaking with Microwave Heating Technology

Prof. Ko-ichiro Ohno
Dept. of Materials, Graduate School of Eng., Kyushu University

Bio:
Prof. Ko-ichiro OHNO worked at Kyushu University as an Assistant Professor from 2006 to 2012. At the same time, stayed at RWTH Aachen University as a Postdoctoral Researcher from 2010 to 2011. He worked at the Kyushu university as an Associate Professor from 2012 to 2021. He works at the Kyushu university as a professor from 2021 to present. He earned a Master of Engineering in 2003 and a Doctor of Engineering in 2006 at department of Metallurgy in Tohoku University. He is metallurgist specializing in kinetics, transport phenomena, and thermodynamics with a focus on ironmaking processes. He dedicated to reducing CO2 emissions through innovative technologies, leveraging in-situ observation techniques for detailed kinetics analysis and thermodynamic studies. He passionate about advancing sustainable practices in the metallurgical industry through research and education.

Effects of Microwave on Direct Decomposition of NO on Metal Oxide

Prof. Tatsumi Ishihara
International Institute for Carbon Energy Research, Kyushu University

Bio:
Prof. Tatsumi Ishihara graduate Kyushu University at 1986 and join Kyushu University as a Research Associate. At 1989, he moved to Faculty of Engineering, Oita University and promoted to Lecture at 1991. After He gained his PhD from the Kyushu University at 1992, he became Associate Professor at 1993. At 2003, he promoted to Professor in Faculty of Engineering, Kyushu University. At 2013, he became Associate Director of International Institute for Carbon Neutral Energy Research (WPI=I2CNER) and at 2023, he became director of I2CNER. His main interest in research is Inorganic Materials Sciences, in particular, Material Development concerning with solid state ionics materials and environmental catalyst. He received several awards from society and also publishers as follows. At 1995, Young Researcher Award from Japan Chemical Society, at 2006, Award from Ministry of Education, Culture, Sports, Science, and Technology, at 2022, Award from Catalyst Society of Japan (Academic area).

Microwave Synthesis of Inorganic Materials; Insight and Advances

Prof. Duncan Gregory
WestCHEM Chair of Inorganic Materials, University of Glasgow
Visiting Professor at Kyushu University

Bio:
Prof. Gregory is the WestCHEM Chair of Inorganic Materials, University of Glasgow. He has held the positions of Head of Inorganic Chemistry (2008-2014), Head of Inorganic Teaching (2014-2017) and Head of Transnational Education (2017-2020) at the School of Chemistry. He was previously an EPSRC Advanced Fellow, Lecturer then Reader in Materials Chemistry at the University of Nottingham. He is currently a Visiting Professor at Kyushu University and was Vice President of the RSC Materials Chemistry Division Council (2009-2014). He was the recipient of the RSC Sustainable Energy Award in 2009 and the IOM3 Kroll Medal and Award in 2019. He is the founding Editor in Chief of Inorganics, an associate editor of Materials for Renewable and Sustainable Energy and sits on the editorial boards of Crystals, Materials and E-Science.
His research interests focus on the sustainable production of materials including the microwave synthesis and processing of solids. His research also embraces discovery of new solids including sustainable energy materials (e.g. Li batteries, fuel storage, thermoelectrics), inorganic nanomaterials and the solid state chemistry of non-oxides. He has authored over 200 peer reviewed publications and supervised 42 postgraduate students to graduation to-date. is the WestCHEM Chair of Inorganic Materials, University of Glasgow. He has held the positions of Head of Inorganic Chemistry (2008-2014), Head of Inorganic Teaching (2014-2017) and Head of Transnational Education (2017-2020) at the School of Chemistry. He was previously an EPSRC Advanced Fellow, Lecturer then Reader in Materials Chemistry at the University of Nottingham. He is currently a Visiting Professor at Kyushu University and was Vice President of the RSC Materials Chemistry Division Council (2009-2014). He was the recipient of the RSC Sustainable Energy Award in 2009 and the IOM3 Kroll Medal and Award in 2019. He is the founding Editor in Chief of Inorganics, an associate editor of Materials for Renewable and Sustainable Energy and sits on the editorial boards of Crystals, Materials and E-Science.
His research interests focus on the sustainable production of materials including the microwave synthesis and processing of solids. His research also embraces discovery of new solids including sustainable energy materials (e.g. Li batteries, fuel storage, thermoelectrics), inorganic nanomaterials and the solid state chemistry of non-oxides. He has authored over 200 peer reviewed publications and supervised 42 postgraduate students to graduation to-date.

Thermal Plasma Processing for Material Synthesis and Environmental Applications

Assoc. Prof. Manabu Tanaka
Department of Chemical Engineering, Faculty of Engineering, Kyushu University

Bio:
Dr. Manabu Tanaka holds a PhD degree in the Energy Sciences from Tokyo Institute of Technology, Japan, in 2010, under the supervision of Prof. Takayuki Watanabe. Since 2013, he has been an Assistant Professor while he has been an Associate Professor in 2021 at Department of Chemical Engineering, Faculty of Engineering, Kyushu University, Japan. He is currently Editor of Plasma and Fusion Research (PFR), Journal of Plasma and Fusion Research, and Magazine of Chemical Engineering. He is committee of general affairs of Kyushu Branch, The Society of Chemical Engineering, Japan, and committee member of Plasma Electronics Division, The Japan Society of Applied Physics. His research activity includes thermal plasma generation, diagnostics, and applications. He received 9 awards as represented by SPP young researcher award for his pioneering contributions to generation and fundamental studies of thermal plasma visualization.