EKC2025

DIVISIONS

NUCLEAR AND FUSION TECHNOLOGY (NF)

We are thrilled to announce the theme for EKC 2025, focusing on the cutting-edge developments and breakthroughs in Nuclear Fusion and Fission Technologies. Our division, "Nuclear and Fusion technology, NF," beckons your expertise and insights to contribute abstracts that showcase the latest advancements, challenges, and future prospects in these critical fields. Nuclear Fission, a stalwart in the energy sector, continues to evolve with advancements in reactor design, fuel cycles, and safety protocols. We invite you to submit abstracts that delve into innovations, novel methodologies, and research findings that propel nuclear fission into a new era of efficiency, safety, and environmental responsibility. Simultaneously, the promise of Nuclear Fusion as a clean and virtually limitless energy source is captivating the global scientific community. We encourage you to share your abstracts detailing breakthroughs, experimental results, and theoretical advancements in the pursuit of controlled fusion reactions. Let us collectively explore the challenges, triumphs, and potential pathways towards unlocking the transformative power of nuclear fusion. The EKC 2025 NF division provides a unique platform for interdisciplinary collaboration, fostering discussions that span from fundamental research to practical applications. We invite abstracts from scientists and engineers working in fields such as reactor physics, materials science, nuclear engineering, plasma physics, and more, to contribute to the richness of our discussions. Abstract submissions should align with, but are not limited to, the following topics: ● Advanced reactor designs and innovations in nuclear fission. ● Next-generation fuel cycles and waste management strategies. ● Safety advancements and regulatory considerations in nuclear fission. ● Fusion reactor designs, experimental results, and theoretical models. ● Materials challenges and innovations for both fission and fusion technologies. ● Cross-cutting themes addressing the societal, economic, and environmental aspects of nuclear energy. Join us in shaping the future of nuclear and fusion energy by submitting your abstracts and being an integral part of EKC 2025. Together, let's unveil the potential of nuclear fission and fusion technologies.

Programme Committee

DR. KIM, Jongjin (김종진)

Korea Atomic Energy Research Institute

kjj@kaeri.re.kr

Show Profile

2014 Ph.D, Nuclear Engineering / UNIST
2014-2016 : Post-Doc / Argonne National Lab. 
2016-Present : Principal Researcher, Korea Atomic Energy Research Institute (KAERI)

2021-2022. Team Leader of Integrated Radwaste Management Team, KAERI
2022-2023. Director of Radwaste Management Center, KAERI
2022-2023. Chair of Technical Division "LL & IL Radwaste Management", Korea Radioacitve Waste Society 
2024.3 -Present. Permanent Mission of R.O.K (Science Attaché)

DR. KIM, Hyun-tae (김현태)

UK Atomic Energy Authority

hyun-tae.kim@ukaea.uk

Show Profile

Hyun-Tae Kim (Hyun-Tae.Kim@ukaea.uk)

Principal Plasma Physicist, UK Atomic Energy Authority 
https://www.gov.uk/government/organisations/uk-atomic-energy-authority 

	Professions
•	UK Atomic Energy Authority, UK (2020 ~ )
•	EUROfusion, Programme Management Unit, UK (2015 ~ 2020)
•	UK Atomic Energy Authority, UK (2013 ~ 2015)

	Visiting professor positions
•	Visiting associate professor in Department of Nuclear Engineering at Seoul National University, South Korea (2021 ~ 2022)                                              
•	Visiting academic in Plasma Physics Group in Imperial College London, UK (2014 ~ 2020)  

	Education
•	PhD in Plasma Physics, Imperial College London, UK (2009 ~ 2013)                                          
•	Master’s degree in Nuclear Engineering, Seoul National University, South Korea (2007 ~ 2009)                                                             
•	Bachelor’s degree in Nuclear Engineering, Seoul National University, South Korea (2000 ~ 2007, study interrupted for military service in 2003 ~ 2005)

[NF1] Overview and status of fusion energy development

Date / Time	2025-08-27 15:00 -- 16:30
Room	SGU06A
Conveners / Chairs	DR. KIM, Hyun-tae Principal Plasma Physicist, UK Atomic Energy Authority Show Profile Hyun-Tae Kim (Hyun-Tae.Kim@ukaea.uk) Principal Plasma Physicist, UK Atomic Energy Authority https://www.gov.uk/government/organisations/uk-atomic-energy-authority Professions • UK Atomic Energy Authority, UK (2020 ~ ) • EUROfusion, Programme Management Unit, UK (2015 ~ 2020) • UK Atomic Energy Authority, UK (2013 ~ 2015) Visiting professor positions • Visiting associate professor in Department of Nuclear Engineering at Seoul National University, South Korea (2021 ~ 2022) • Visiting academic in Plasma Physics Group in Imperial College London, UK (2014 ~ 2020) Education • PhD in Plasma Physics, Imperial College London, UK (2009 ~ 2013) • Master’s degree in Nuclear Engineering, Seoul National University, South Korea (2007 ~ 2009) • Bachelor’s degree in Nuclear Engineering, Seoul National University, South Korea (2000 ~ 2007, study interrupted for military service in 2003 ~ 2005)
Synopsis	The proposed session on "Overview and status of fusion energy development" aims to introduce fusion energy and provide an overview of the objectives and current status of fusion research in each experiment device. It will focus on magnetic confinement fusion, addressing theory, experiments and modelling in tokamaks. This session will provide not only an opportunity to update the latest fusion research for fusion researchers but also a comprehensive introduction to fusion for a general audience. The aim is to facilitate knowledge exchange and encourage international and interdisciplinary collaboration among speakers and participants. The session will include the following topics for presentation. - Introduction to fusion and the status of fusion energy development - Overview of fusion experiment programme in each device
Speakers	DR. KIM, Hyun-tae (UK Atomic Energy Authority) [ 15:00 - 15:20 ] Title: Introduction to NF division PROF. YOU, Jeong-ha (Max Planck Institute For Plasma Physics) [ 15:20 - 15:55 ] Title: New design baseline for the European fusion demonstration reactor : from the tokamak physics perspective DR. OH, Yeongkook (Korea Institute Of Fusion Energy (kfe)) [ 15:55 - 16:30 ] Title: Paving the Way to Fusion Electricity: Korea’s Compact Pilot Device (CPD) and Strategic Vision

[NF2] R&D of physics and technologies on fusion energy development

Date / Time	2025-08-27 16:50 -- 18:20
Room	SGU06A
Conveners / Chairs	DR. KIM, Byoung Yoon ITER Organization, Mechanical Responsible Officer Show Profile Dr B.Y. Kim is the mechanical responsible officer of the Test Blanket Module (TBM) port plug design and manufacture at ITER Organization since Jan 2012. He has developed the Finite Element Method (FEM) based shakedown analysis for plasma facing components to predict safety limit during his PhD in Max-Planck-Institute for Plasma Physics (IPP). Before joining ITER Organization, he worked for R&D center of Hyundai-Kia Mortors (2005-2008) as senior research engineer to develop new materials and processing. After he joined National Fusion Research Institute (2008-2011) as technical responsible officer for ITER blanket first wall and neutral beam duct liner, and vacuum vessel support. He has extensive experience on the design and engineering of fusion components.
Synopsis	The proposed session on "R&D of physics and technoloies on fusion energy development" focuses on physics and technologies that use products generated by fusion reactions and engineering solutions for fusion reactors. It aims to facilitate knowledge exchange and encourage international and interdisciplinary collaboration among speakers and participants. This session includes the following topics: • Physics theory, experiments and modelling • Neutronics, Radwaste, Hot Cell, and Remote Handling, Test Blanket Module, Diagnostics, Vacuum, Fueling, Superconducting magnet, Plasma-facing materials and components, Instrumental & control, Mechanical-electrical engineering, etc.
Speakers	DR. KWAK, Sehyun (Max Planck Institute For Plasma Physics) [ 16:50 - 17:10 ] Title: Harnessing the Stars: The Promise of Stellarator Fusion Energy DR. KWON, Sungjin (Korea Institue Of Fusion Energy) [ 17:10 - 17:30 ] Title: Korean Divertor Research Activities for Innovative Fusion Reactor DR. LEE, Dong-geun (Iter Organization) [ 17:30 - 17:50 ] Title: Exploring the Legal Basis for Nuclear Fusion Facilities Using Tritium in Korea, including Compact Pilot Device (CPD) DR. RA, Ookjoo (Iter Organization) [ 17:50 - 18:10 ] Title: A Coupled Monte Carlo-Fluid Framework for Self-Consistent Edge Simulation in Nuclear Fusion

[NF3] Advanced Nuclear Technology and Radwaste Management

Date / Time	2025-08-28 09:00 -- 10:30
Room	SGU06A
Conveners / Chairs	DR. KIM, Shin Whan International Atomic Energy Agency Show Profile Mr. Shin Whan Kim is the Head of the Nuclear Power Engineering Section in the Nuclear Power Division of the Nuclear Energy Department of the IAEA. Before he joined the IAEA in 2021, he was Executive Vice President, leading the NSSS Division of KEPCO Engineering and Construction Company. His professional experience at KEPCO E&C for 28 years includes engineering for the design of NPPs and technology developments, project manager, director of the engineering group, and director of the business department for strategic planning and implementation. He received BS and MS in Nuclear Engineering from Seoul National University and Ph. D from Rensselaer Polytechnic Institute in the USA.
Synopsis	Part1 Radiation technology plays a vital role in various industries, including healthcare, agriculture, materials science, and so on. While the sustainable management of radioactive waste remains a crucial challenge for the safe utilization of nuclear technology. This session will explore the lasts advancements in radiation applications and radioactive waste management, bringing together experts from Europe and Korea without limiting discussions to specific fields. Through this collaborative platform, participants will share best practices for the responsible use of radiation technology and address key challenges in radioactive waste management. The session aims to foster interdisciplinary cooperation and provide a valuable opportunity for knowledge exchange and networking - Status and trends in radiation technology for variety fields - Next-generation radiation technologies and safety research - Status and trends in radwaste treatment and volume reduction technology - Disposal strategies for high-level and Low-level radwaste Part 2 Nuclear power has significant potential to play a crucial role in addressing climate change and enhancing energy security. It is one of the most efficient, effective, and clean sources of electricity generation. Additionally, nuclear power offers substantial opportunities to transition from fossil fuels to clean energy in sectors that require heat and energy. Many countries operating nuclear power plants are extending the operation beyond their original design life, and an increasing number of countries are initiating nuclear power programs. Advanced and innovative technologies are being developed and proposed to support nuclear power's vital role in moving towards a clean energy system. This session will discuss the status and advancements in technologies aimed at improving the safety, reliability, and sustainability of nuclear power, and expanding its applications. Topics will include, but are not limited to, the following: - Status and trends in nuclear technology - Development and deployment of innovative reactor systems - Development and application of innovative technologies to enhance the safety, reliability, and efficiency of nuclear power plants - Non-electric applications of nuclear power
Speakers	MR. HANJEONG, Na (Iter Organization) [ 09:00 - 09:20 ] Title: Institutional and Technical Considerations for Domestic Application of Fusion Radioactive Waste Management: Insights from the ITER Case DR. KIM, Byouungkwan (The University Of Sheffield) [ 09:20 - 09:40 ] Title: Immobilisation of radioactive wastes using alkali- or acid-activated geopolymer wasteforms in the United Kingdom and South Korea DR. YOON, Juhyeon (Saltfoss Energy Aps) [ 09:40 - 10:00 ] Title: Saltfoss' strategic choice of technologies for the development of offshore floating SMRs

[NF4] Job fair - Introduction to the ITER Project and Career Opportunities for Korean Scientists and Engineers in Europe

Date / Time	2025-08-28 11:00 -- 12:30
Room	SGU06A
Conveners / Chairs	MS. YUN, Hyejin ITER Korea Domestic Agency
Synopsis	(Please note, this session is open to all participants of the EKC. Job opportunities at ITER cover a wide range of backgrounds, e.g. chemical engineering, electrical engineering and IT.) The ITER Project is a large-scale international collaboration involving seven member countries, jointly constructing and operating a fusion research reactor to demonstrate the feasibility of fusion energy for electricity generation. The project requires the active participation of experts, professionals, and younger generations from a wide range of scientific and engineering disciplines. The ITER Korea Domestic Agency (KODA) supports staff, IPAs, scientists, engineers, and Korean researchers - including those with Master’s and Ph.D. degrees, postdoctoral fellows, and research scientists - in joining the ITER Organization. At EKC 2025, the ITER Korea Domestic Agency (KODA) will host an information session to introduce the ITER Organization and present opportunities for Korean scientists and engineers interested in contributing to this global effort to develop fusion as a sustainable energy source.
Speakers

PROGRAMME