EKC2024

DIVISIONS

Chemical Engineering and Material Science

The Chemical Engineering and Materials Science (CM) division at the Europe-Korea Conference on Science and Technology 2024 presents an array of sessions covering key topics in materials science, chemistry, and chemical engineering. The featured sessions include: "Battery Cell Production in Europe: Full Power Ahead within Global Competition?" "Future Qualifications and Skills in Battery Ecosystem" "Advancements in Next-Generation Battery Technologies: Powering the Future" "Advanced Characterization Techniques on Material Science" "Battery Tutoring" "Advanced Functional Materials Ranging from Material Science to Space Applications" "Optimization in Chemical Engineering and Chemistry via Machine Learning and Knowledge-Based Approaches" The CM division offers a comprehensive platform for fostering collaboration and knowledge exchange among global experts encompassing a wide spectrum of relevant topics: battery technologies, sustainability of inorganic material processes, automated molecular discovery, and advanced modelling/optimisation methods in chemical engineering processes. Given the multidisciplinary and interdisciplinary nature of CM challenges, the division welcomes contributions that provide theoretical insights or demonstrate practical implementations in these fields.

Programme Committee

DR. LEE, Juhan (이주한)

Heraeus Battery Technology GmbH

Juhan.Lee@electrochemist.de

Show Profile

Juhan Lee holds a Doctorate from Saarland University in Germany under the supervision of Prof. Volker Presser. He has had the privilege of working in some of the world's leading institutions, including the Leibniz Institute for New Materials, Helmholtz-Zentrum Dresden-Rossendorf, and the Faraday Institute & University of Liverpool, where he had the opportunity to investigate degradation mechanisms of Li-ion batteries and contribute to the development of innovative battery technologies. Currently, as Project Manager Innovation at Heraeus Battery Technology, he remains committed to making meaningful contributions to the field of battery technologies.

DR. LEE, Lauren Ye Seol (이예슬)

University College London (UCL)

lauren.lee@ucl.ac.uk

Show Profile

Dr Lauren Ye Seol Lee, Assistant Professor at University College London and Honorary Research Fellow at Imperial College London. She joined the Molecular Systems Engineering research group in 2017 and received her Ph.D. in 2022. During her PhD, she focused on the development of computer-aided molecular and process design frameworks aiming to provide a reliable path to accelerate the identification of optimal solvents. Awards include a Global Visiting Fellowship (2022) at Seoul National University, a British Federation of Women Graduates (2020) and Roger Sargent scholarship (2018). Before joining the group, she worked as a Research Engineer in Hanwha Ocean Co., Ltd. She led an R&D project for the development of a new concept of offshore oil production process. As a research associate, she worked on a project of the PharmaSEL-Prosperity partnership, which focuses on the data-driven design of reacting solvents for drug production processes. Her research interests include knowledge-based and data-driven molecular/chemical product design, spanning the development of design method, reaction optimisation for small molecule design, property prediction techniques and optimisation algorithms.

[CM1] Advanced Characterization Techniques on Material Science

Date / Time	2024-07-31 09:00 -- 10:40
Room	OC1.08
Conveners / Chairs	DR. PARK, Junbeom Staff Scientist, Institute of Energy Technologies - Fundamental Electrochemistry (IET-1), Forschungszentrum Jülich GmbH, Germany Show Profile - (2020-present) Institute of Energy Technologies - Fundamental Electrochemistry (IET-1), Forschungszentrum Jülich GmbH, Germany - (2014-2020) Student researcher / Researcher / Postdoc. Carbon Composite Materials Research Center, Korea Institute of Science and Technology (KIST), Korea - (2012-2017) MS-Ph.D. in Chemical Engineering, Pohang University of Science and Technology (POSTECH), Korea - (2008-2012) BS. in Chemical Engineering, Pohang University of Science and Technology (POSTECH), Korea
Synopsis	In materials research, characterization is one of the most important procedures during scientific research, because characterization results can support to prove proposed hypothesis about mechanisms, effects or phenomena. Unfortunately, there is no ultimate characterization technique that can do everything we want. Each characterization technique has advantages and limitations, so we need to know several characterization techniques. Here is the list of popular characterization techniques: Microscopy (TEM, SEM, STM, AFM, XRM, etc.), Spectroscopy (FT-IR, Raman, XRD, XPS, MS, etc.) or Property Measurement (Strength, Conductivity, BET, Chromatography, etc.). However, as each characterization technique evolves towards higher resolution, efficiency or feasibility, it becomes complicated to learn and manipulate even a single characterization technique. In addition, the adaptation of in-situ/in-operando and AI-driven data processing accelerates both the quality of the analysis result and the technical requirements to perform it. To keep these technical developments high potential, this session brings researchers to share their knowledge and know-how on different characterization techniques. Facing with a non-similar characterization technique can open not only a good insight but also a direct solution.
Speakers	DR. TILVE, David (IMDEA Materials) [ 09:00 - 09:40 ] Title: Nanostructured networks to overcome the limits of traditional materials: multiscale studies and industrialisation progress MISS. LEE, Yeajin (University Of Southampton, µ-vis X-ray Imaging Centre) [ 09:40 - 10:00 ] Title: Advancing Characterisation of Fibre Break Interaction via In-situ Synchrotron Tomography and Digital Volume Correlation MR. NAM, Kyeonghyeon (Fritz-haber-institute Of The Max-planck-society) [ 10:00 - 10:20 ] Title: Linking Bulk and Surface Structures in Complex Mixed Oxides DR. KIM, Jiyong (Fraunhofer Iap) [ 10:20 - 10:40 ] Title: Surface Chemistry of InP Quantum Dots and its Connectivity with Electroluminescence Devices

[CM2] Battery Tutoring

Date / Time	2024-07-31 11:00 -- 12:40
Room	OC1.08
Conveners / Chairs	DR. LEE, Keon Woo Senior Manager PD Battery Solutions, Adhesive Technologies, Henkel AG & Co. KGaA, Germany Show Profile Keon Lee is leading ‘Fuel the Future’ team of Henkel since 2021. Being originally a chemist, he has been in continued search of the best material solutions which are found individual scenes of innovation for safe, sustainable, and affordable EV batteries. He proudly supports his team composed of prodigies and veterans to create the innovative yet carefully-validated solutions by utilizing expertise in formulation, application, advanced testing, and simulation.
Synopsis	We are now facing with unprecedented growth of the market of lithium-ion batteries, mainly following the demand in electric vehicles and energy storage systems. However, many are addressing that the current lithium-ion battery technology is immature. It is often said innovation has not complete but rather just started in the field of materials, designs, manufacturing process, and systems. Innovation needs creators. In this tutoring session, we would love to provide you with fundamental knowledge on batteries and their materials. We all believe that it will provide you with some insights into battery technology, which will then become the very cornerstone of innovation for more efficient, safe, and sustainable EV’s and ESS’s.
Speakers	DR. LEE, Keon Woo (Henkel Ag & Co. Kgaa) [ 11:00 - 11:40 ] Title: Introduction to key materials inside lithium-ion batteries DR. LEE, Juhan (Ek-debatt) [ 11:40 - 12:10 ] Title: Fundamentals and roles of electrochemistry for energy storage applications DR. BOERZSOENYI, Gabor (Lg Chem Europe Gmbh) [ 12:10 - 12:40 ] Title: Carbon Nanotube : Novel Conductive Agent beyond Battery applications

[CM3] Advanced Functional Materials Ranging from Material Science to Space Applications

Date / Time	2024-07-31 16:20 -- 18:00
Room	OC1.08
Conveners / Chairs	DR. KONG, Kyungil Senior Research Associate, University of Bristol, UK Show Profile Dr. Kyungil Kong is a Senior Research Associate at the Bristol Composites Institute, a world-leading research centre in composites, at the University of Bristol. His expertise is in the field of fibre-reinforced polymer composite materials and their manufacturing processes. With a strong background in experimental composite mechanics, he significantly contributes to the understanding of the complex behaviours and properties of composites. His proficiency also extends to the physical and chemical characterization of composites, where he employs innovative techniques to analyze and improve the performance of these materials. His research not only pushes the boundaries of composite material science but also opens the door to new applications and enhancements in various industries, including aerospace and renewable energy, for example, wind turbine blades and space applications. DR. KANG, Kyongok Biomacromolecular Systems and Processes, Forschungszentrum Jülich GmbH Show Profile Dr. Kyongok Kang is investigating both non-equilibrium phase transitions (in electric field and shear-flow) and the equilibrium orientation dynamics of interacting charged chiral DNA-virus rods, as well as slow dynamics and glass phenomena. She developed several instrumentations, such as image-time correlation, in-situ electric field small angle dynamic light scattering, and an electric birefringence setup, to investigate non-equilibrium phases/states. Her current research interests focus on the interactions of charged fibrous viruses, protein misfolding/ aggregation in electric fields, and functional soft-matter composites.
Synopsis	Advanced functional materials stand at the forefront of innovation, bridging the gap between current capabilities and the vast potential of future technologies. These materials, known for their exceptional strength-to-weight ratios, versatility, and adaptability, have become pivotal in a variety of cutting-edge applications. The purpose of exploring and advancing functional materials is multifaceted. In space applications, the unique environmental challenges—such as extreme temperatures, radiation, and the vacuum of space—demand materials that are not only lightweight and strong but also capable of providing protection and functionality in harsh conditions. Advanced polymer composites, with their ability to be engineered for specific properties, offer a solution to these challenges, enabling more efficient and longer-duration space missions. Similarly, the integration of these materials into structural health monitoring systems presents a revolutionary approach to ensuring the safety and longevity of infrastructure. By embedding sensors within composite materials, structures can become self-monitoring, capable of detecting and even responding to changes in their condition. This innovation holds the promise of significantly reducing maintenance costs and preventing catastrophic failures before they occur. Moreover, the development of robot or AI-responsive functional materials opens up new horizons in the field of robotics and autonomous systems. These materials can adapt their properties in real-time, responding to environmental changes or commands from AI systems, thereby enhancing the versatility and effectiveness of robots in complex tasks. The significant impact of advanced functional materials in these areas is profound. By pushing the boundaries of what is possible, they not only promise to transform our approach to space exploration, infrastructure management, and robotics but also pave the way for a future where innovation and connectivity are seamlessly integrated. The exploration and development of these materials, therefore, represent a critical step towards realizing a vision of a transformed tomorrow, where challenges are met with advanced solutions that are as dynamic and adaptable as the needs they serve.
Speakers	PROF. KOO, Hyung-jun (Seoul National University Of Science & Technology) [ 16:20 - 16:50 ] Title: Interfacial Engineering of Liquid Metal: Fundamentals and Applications DR. RIVERA LOPEZ, Mayra Yadira (Bristol Composites Institute (BCI), University Of Bristol) [ 16:50 - 17:15 ] Title: High-performance polymer materials for deployable satellite applications DR. KONG, Kyungil (University Of Bristol) [ 17:15 - 17:30 ] Title: Non-destructive Polymerisation Observation of Polybenzoxazine Nanocomposite Blends for Space Applications DR. KIM, Tae-hoon (Technische Universität Dresden) [ 17:30 - 17:45 ] Title: Molecular-Level Insights into Carbon Nanotube Hybrid Thermoelectrics: From Organic Small Molecules to Lanthanide Oxides MR. JEON, Joonyeob (Technical University of Denmark) [ 17:45 - 18:00 ] Title: Buckling investigation for defomration of reconfigurable architected material from electrochemical effect

[CM4] Advancements in Next-Generation Battery Technologies: Powering the Future

Date / Time	2024-08-01 09:00 -- 10:40
Room	OC1.08
Conveners / Chairs	DR. IM, Eunmi Postdoctoral researcher, Fundamental Electrochemistry (IEK-9), Forschungszentrum Jülich GmbH , Germany Show Profile -Education Ph.D in Energy engineering (Battery Science and Technology), UNIST, (2023) Thesis: Unveiling the Electrochemical Characteristics of Na-CO2 battery catholytes through NASICON-Based Hybrid cells -Working experience Postdoctoral researcher- research area: Synthesis of electrode materials and development of flow-type/hybrid cell system for metal-air batteries
Synopsis	As the demand for clean and sustainable energy sources intensifies, the development of next-generation battery technologies becomes increasingly crucial. This session will delve into the forefront of innovation in battery technology, exploring the latest advancements, breakthroughs, and promising avenues for future development. From solid-state batteries to lithium-sulphur and beyond, we will examine the challenges facing current battery technologies and the potential solutions offered by emerging alternatives. Through a comprehensive overview of cutting-edge research and industry trends, this session aims to provide insights into how next-generation batteries are poised to revolutionize energy storage, transportation, and beyond. Join us as we explore the exciting frontier of energy innovation and its transformative impact on the future landscape of power.
Speakers	PROF. PASTA, Mauro (University Of Oxford) [ 09:00 - 09:50 ] Title: Lithium-Alloy Anodes in Solid-State Batteries DR. HASA, Ivana (Wmg, The University Of Warwick Coventry, Cv4 67al, Uk) [ 09:50 - 10:30 ] Title: Development of sodium-ion battery cells: a sustainable journey from materials to cell prototypes DR. IM, Eunmi (Forschungszentrum Jülich Gmbh) [ 10:30 - 10:40 ] Title: Unveiling the electrochemical characteristics of Na-CO2 battery though NASICON-Based hybrid cells

[CM5] Battery Cell Production in Europe: Full Power Ahead within the Global Competition?

Date / Time	2024-08-01 11:00 -- 12:40
Room	OC1.08
Conveners / Chairs	DR. BRINGS, Christin Sophie Eun-sook Scientific Consultant, VDI/VDE Innovation + Technik GmbH, Berlin Show Profile • Scientific consultant at VDIVDEIT, researches in changing HRM in terms of digitalization and transformation of industry, capacity building in SMEs • Researcher at the Federal Institute of Vocational Education and Training (Structural regulation of Vocational Training as a part of public-private partnership in Germany) • Seniour researcher at the K-HRD for development of national qualification standards (NCS) • Promotion at University Duisburg-Essen, Germany – Research on collaboration of industry companies and education instituzions to promote the skills development of apprenctices between Germany and South Korea (2012) • Diploma in Education/Social/Psychology science at University Duisburg-Essen • Export of steel products, perforated screens, centrifuges (1988 – 2002) ✔ Recent publications (e.g., book, journal paper, conference proceeding, patent, etc) • Presentation: Trends and market development of German start-ups in mobility. DSC university cooperation event at Chungnam University, Daejeon/South Korea. 09. October 2023
Synopsis	The world battery cell production is facing currently a dynamic growth and high competitive pressure of global battery market, due to the circumstances of competitive market situation among the main players and, not at least, the impact of the IRA of the US: Battery industry in Europe is principally basing on solid basis and growth in line with the market. It has a nominal production capacity of a good 150 GWh. Also, Eastern European countries are planning to establish battery factories. Europe is basically on the path to ensuring self-sufficiency of second battery market demand. The next few years will determine whether the European market share in battery manufacturing will be closer to the targeted 30%. Uncertainties are to deal with availability of skilled workers, dependency and strong concentration of power in the up-stream value chain, volatile energy prices, machinery and equipment supply, rapid market growth creates opportunities as well as resilience. Europe and especially Germany has a leading position in research into solid state battery. From the view of many global battery experts, further networking of the innovation system in terms of economy, politics and education will be important facts to achieve the aim of a successful transformation strategies of the industry policy is given by securing sustainable battery ecosystem. Effective policy measures and accompanying measures for sustainable battery production can fulfil the requirements, as 12 EU member states are doing so. Within the industry forum of EKC 2024, world battery experts from four continents (Europe/Germany, South America, Asia/Korea, Africa) will discuss the current challenges of global battery market from the industry expert perspectives and exchange strategies for a successful transformation in this extremely developing industry field.
Speakers	DR. BRUCHHAUSEN, Matthias (European Commmission - Joint Research Centre) [ 11:00 - 11:25 ] Title: Putting Science into the European Batteries Regulation DR. KIM, Sangwon (Kist Europe) [ 11:25 - 11:50 ] Title: Battery production and development in Europe: status, innovation and future prospects MR. BRUNNER, Simon (VDI/VDE Innovation + Technik Gmbh) [ 11:50 - 12:15 ] Title: The European battery ecosystem and current developments in the European funding landscape MR. JOO, Hyunsang (Helmholtz Institute Münster) [ 12:15 - 12:40 ] Title: Pre-Charging Strategies of Alkali-Metal-Ion Batteries for Enhanced Energy Density and Extended Cycle Life

[CM6] Future Qualifications and Skills in Battery Ecosystem

Date / Time	2024-08-01 14:00 -- 15:40
Room	OC1.08
Conveners / Chairs	DR. BRINGS, Christin Sophie Eun-sook Scientific consultant, VDI/VDE Innovation + Technik GmbH, Berlin Show Profile ∙ Scientific consultant at VDIVDEIT, researches in changing HRM in terms of digitalization and transformation of industry, capacity building in SMEs ∙ Researcher at the Federal Institute of Vocational Education and Training (Structural regulation of Vocational Training as a part of public-private partnership in Germany) ∙ Seniour researcher at the K-HRD for development of national qualification standards ∙ Promotion at University Duisburg-Essen, Germany – Research on collaboration of industry companies and education instituions to promote the skills development of apprenctices between Germany and South Korea (2012)
Synopsis	Due to the transformation to the renewable energy sector, particularly in battery sector, there is an urgent need of recruitment of workforce in R&D as well as of high demand on re-skilling and up-skilling of the workforce in this field. Since large parts of the automotive and supplier industry are affected by the transformation and have to switch from conventional vehicles with combustion engines to electric batteries, the economy is faced with the challenge of not only repurposing the workbenches, but also the qualifications of those trained and experienced adapt skilled workers. The qualification measures in the area of the battery value chain is a top theme currently, Germany has begun to identify qualification needs alongside the value chain of renewable energy sector. To cover the growing need for further training in this industry, regional competence clusters (consisting of scientific institutions, educational institutions and innovation clusters) in Germany have established to identify regional qualification needs alongside the value chain of the production and create, test and evaluate needs-based qualifications and skills. The participation of regional stakeholders such as technical advisory boards enables to focus on the “ecosystem” to work together on a regional basis and network. It also contributes to achieving long-term goals regarding the development of qualification measures at national
Speakers	MR. SPáNYIK, Marek (Vsb - Technical University Of Ostrava) [ 14:00 - 14:25 ] Title: Project ALBATTS - Developing an European Blueprint for Collaboration on Skills and Education MRS. SCHMIDT, Christine (Ibbf) [ 14:25 - 14:50 ] Title: Building VET expertise for battery cell production in the German capital region DR. BRINGS, Christin (Vdivdeit Berlin) [ 14:50 - 15:30 ] Title: Aspects of Future qualifications and skills in battery ecosystem in connection with Global Sustainable Development goals 2030

[CM7] Optimisation in Chemical Engineering and Chemistry via Machine Learning and Knowledge-Based Approaches

Date / Time	2024-08-01 16:00 -- 17:40
Room	OC1.08
Conveners / Chairs	DR. LEE, Lauren Ye Seol University College London / Assistant Professor in Data-Driven PSE Show Profile Dr Lee is an Assistant Professor at UCL. She joined the Molecular Systems Engineering research group at Imperial College London in 2017 and received her PhD in 2022. During her PhD, she focused on the development of computer-aided molecular and process design frameworks aiming to provide a reliable path to accelerate the identification of optimal solvents. Awards include a Global Visiting Fellowship (2022) at Seoul National University, a British Federation of Women Graduates (2020) and Roger Sargent scholarship (2018). Before her PhD, she worked as a Research Engineer in Daewoo Shipbuilding and Marine Engineering. She led R&D projects for the development of a novel offshore oil production process. Before joining UCL, she focused on automation and machine learning techniques in chemical synthesis, in collaboration with the Centre for Rapid Online Analysis of Reaction, to enable evaluation of the synthesizability of the molecule.
Synopsis	This session focuses on the integration of machine learning and knowledge-based methods in chemical engineering and chemistry. Emphasizing the growing importance of systems engineering, we invite papers showcasing advancements in modelling, control, and optimisation. This session solicits submissions pertaining to both methodological advances as well as application-driven case studies demonstrating the use of data and state-of-art optimisation techniques to infer correlations and develop models. Submissions would highlight innovative applications in industrial and manufacturing settings. Applications may span diverse areas including pharmaceuticals, sustainable energy, and bioprocesses. The proposed topics would include: - Optimisation and design for chemical product and process development - Computer-aided molecular and process design - Combining chemical robotics and statistical methods for accelerated process development - Process control and dynamic modelling - AI-based drug/material discovery - Model-based design of experiment for chemical reaction and synthesis
Speakers	PROF. NA, Jonggeol (Ewha Womans University) [ 16:00 - 16:30 ] Title: Autonomous design of products and processes: Generative Chemical Transformer to reinforcement learning-guided combinatorial chemistry DR. BESENHARD, Maximilian (Department Of Chemical Engineering, University College London, Torrington Place, London Wc1e 7je, Uk) [ 16:30 - 16:50 ] Title: Digital discovery and synthesis of advanced materials MISS. ZHU, Mengjia (University Of Manchester) [ 16:50 - 17:10 ] Title: Discrete and mixed-variable experimental design with surrogate-based approach (Roundtable Discussion) Powering the Future of Chemical Engineering [ 17:10 - 17:40 ]

PROGRAMME