Full Conference

Focused on the comprehensive approach to EV efficiency, this session will examine how each component, from aerodynamics to energy recovery systems, contributes to the vehicle’s overall energy efficiency. It emphasises integrating these systems for maximised performance and sustainability.

Questions for discussion:

• How do recent developments in aerodynamics aid in enhancing EV efficiency? 
• What are the forefront technologies in energy recovery for EVs? 
• How can the integration of various vehicle systems be optimised for superior efficiency?

Benefits of New Thermoplastic Insulation on Performance of 800V E-Motors

• Dr. Mark Wright, Specialty Polymers – Transportation Key Account Manager, E-Mobility Business Development, Syensqo

Small Cars: ​Efficiency is Critical on the Road to Net Zero!​

David Hudson, Head of EV Strategy, ePropelled

Focusing on the dynamic field of electronic materials, this session will highlight emerging trends and cutting-edge material developments. It will explore materials that are pushing the boundaries of conductivity, flexibility, and miniaturisation in electronics, including conductive polymers, advanced semiconductors, and 2D materials. The discussion will also touch on the implications of these materials for future electronic devices and their potential to revolutionise the industry.

Questions for discussion:

• How are conductive polymers and 2D materials setting new standards for flexibility and miniaturisation in electronics?
• What are the latest advances in semiconductor materials, and how are they impacting electronic device performance?
• What are the key challenges in integrating these innovative materials into existing electronic manufacturing processes?

Talks:

Talk title: TBC

• Dr. Ludovic Schneider, High Performance Materials Director, XTPL

Future Applications Using Additive Printed Electronics 

• Richard Dixon, Managing Director, Dycotec Materials 

Talk title: Electrical and Thermal Properties of Nanosheet Networks

• Dr. Keiran Clifford, Materials Scientist, Surrey Nanosystems; Materials Physics Group, University of Sussex.

A world-renowned battery expert, the former CTO at CATL and NAATbatt Chair, and currently advisor to leading companies across the planet, Bob Galyen has been there and done it all when it comes to the global challenges of battery manufacturing. In this eye-opening keynote, he will address the complex geopolitical landscape affecting the procurement and processing of battery materials – exploring the implications of international trade dynamics, resource availability, and political relations on the global supply and processing of critical battery components like lithium, cobalt, and nickel and what these factors together with the skills pool, will shape the industry for decades to come, setting us up for an exciting event ahead.

Exploring the latest innovations poised to revolutionise battery manufacturing, this session will spotlight advancements in electrode material processing, energy-efficient production methods, and sustainable manufacturing practices that promise to make battery production cheaper, greener, faster, and more efficient.

Questions for discussion:

• What are the key technological innovations reducing the environmental impact of battery manufacturing? 
• How are advancements in electrode material processing enhancing battery performance?
• What are the breakthroughs in energy-efficient production methods that could reshape the battery manufacturing landscape?

Confirmed talks:

Confirmed talks:

The Importance of Early Definition of the Process Utility Loadings/Specification to Create a Cost Effective and Successful Gigafactory

• Chris Evans, Senior Technical Director, Arcadis

Talk: Greener, Faster, Better – Holistic Innovation at CATL

• Dr. Ulderico Ulissi, Research Manager, CATL 

Dry Battery Electrodes. Cheaper, Greener, Better

• Dr. Jennifer Channell, Commercial & Partnerships Lead, Anaphite 

From Better Battery Materials to North Carolina Gigafactory – How Improving Battery Inputs Led Forge Nano to Build its own Li-Ion Cells 

• Dr. Tyler Myers, Product Marketing Manager, Forge Nano 

Delving into the world of EV powertrain design, this session will highlight the significance of precision engineering through advancements in electric motors, transmission systems, and their integration for optimal performance.

Questions for discussion:

• What are the latest innovations in EV powertrains that are improving propulsion efficiency?
• How is precision engineering contributing to the advancement of electric motor technologies? 
• What challenges are faced in integrating advanced transmission systems into EVs?

Confirmed talks: 

Precision Engineering”​What is it and why does it matter?​
David Hudson, Head of EV Strategy, ePropelled

Assessing the preparedness of the UK’s infrastructure for Vehicle-to-Grid (V2G) technology and widespread EV adoption, this session will explore the current state and future requirements of the grid, charging networks, and related infrastructure to support the EV revolution.

Questions for discussion:

• What are the current capabilities and limitations of the UK’s infrastructure for supporting V2G technology? 
• How can the UK enhance its charging infrastructure to accommodate mass EV uptake?
• What are the key challenges in upgrading the grid for widespread EV integration?

To enable innovation in the advanced materials sector requires measurement capabilities in-line, in-situ and utilising multiple data sources. But what does this mean in reality? In this session, NPL’s expert metrology teams will provide an overview of the Advanced Materials Metrology Strategy, published recently, and introduce technologies and case studies that cover the breadth of opportunities in advanced materials.

Questions for discussion:

• Are current material characterisation methods becoming obsolete with new technological advancements? 
• How does the integration of digital tools in testing challenge the traditional R&D processes? 
• What are the key hurdles in adopting new characterisation techniques in rapidly evolving sectors like energy storage?

Graphene production capacity, demand forecasting, current trends and major application announcements.

An exciting overview of the past year’s efforts in EV advocacy, highlighting key successes, challenges, and lessons learned. Roger will delve into the strategies that effectively influenced public opinion and policy, the role of grassroots movements in shaping the EV narrative, and the impact of corporate advocacy on accelerating EV adoption. The discussion will also cover the evolving landscape of EV incentives, the response to infrastructure needs, and the integration of EV advocacy with broader environmental and sustainability goals.

Bringing together experts from the automotive, government, aerospace and electronics industries, this panel will discuss the transformative role of materials in driving the circular economy. The session will focus on sustainable material innovation, the potential growth areas for sustainable design and policy frameworks across these diverse industries, highlighting their collective impact on environmental sustainability and economic growth and why the bedrock of materials that form their foundations is key to driving their sustainability.

Questions for discussion:

• How can industries like automotive and aerospace adapt to and benefit from sustainable material innovations in the circular economy? 
• How can advanced materials better demonstrate their credentials as a viable, sustainable and in-the-long-term economically beneficial alternative to traditional materials?
• What are the latest technical developments that are key to supporting a circular economy across different sectors? 
• How can government policies and regulations facilitate the transition to a circular economy in material-intensive industries?

Delving into sustainable manufacturing practices, this session examines the feasibility of low-cost, low-impact, and energy-efficient ceramic production. It will focus on new technologies and process optimisations that can revolutionise ceramic manufacturing to enable greener, lower cost lower energy options.

Questions for discussion:

• Can standards for sustainability transform the ceramics sector? What support is needed and what is the limit for sustainability in energy intensive manufacturing industries?
• How can new technologies make ceramic manufacturing more energy-efficient and cost-effective? 
• What are the challenges in implementing low-impact production processes?

Confirmed Talks:

Making Small or Single Crystal Battery Materials in a Flash!

• Prof. Jawwad A. Darr, Professor of Chemistry, University College London (a)

Low-Cost Ceramic Manufacturing Through Vat Photopolymerisation Additive Manufacturing.”

• Dr. Farzaneh Sameni, Head of Material Development, Additive Manufacturing Centre of Excellence (AM-COE)

Systematic Waste Reduction Using Time-series Data

• Mike Thomas, MD, Reliable Insights

According to the International Energy Agency, “Li-ion battery demand increased by about 65% to 550 GWh last year, primarily as a result of growth in electric passenger car sales, with new registrations increasing by 55%.” Demand is not slowing down, and neither can the battery industry. However, building the foundations for a competitive battery manufacturing presents a real challenge for UK-based businesses. This session will address how the UK can turn its world-leading research capabilities into world-class manufacturing.

Questions for discussion:

• What are the key barriers in scaling up new battery technologies from research to industry? 
• How can partnerships between academia and industry expedite this transition?
• Does the UK want and need gigafactories, what are the alternatives?
• What role does government policy play in supporting the commercialisation of innovative battery technologies?

Exploring the critical need for skilled professionals in the evolving UK EV sector, this discussion emphasises the importance of tailored education, specialised training programs, and robust industry-academia partnerships. The session aims to identify effective strategies to cultivate a skilled workforce capable of driving future innovations in electric vehicle technology.

Questions for discussion:

• What advanced engineering skills are critical for developing next-gen EV powertrains and battery systems? 
• How can industry-academia partnerships be optimised to address these gaps? 
• How can academia integrate emerging technologies like AI and IoT into EV engineering curriculums? 
• What role will interdisciplinary skills and/ or government policies play in advancing the UK’s EV technological innovations?

• and Development, UKBIC (a)

Talks

Electrification Skills Network Presentation 

• Paul Whiteside, Project Manager, Coventry University, ESN (Electrification Skills Network)

Mind the (Skills) Gap: ​Acting Now to Secure Tomorrow’s Talent in the UK’s EV Sector​

•  Rosa Wells, Project Manager, University College Birmingham

National Battery Training and Skills Academy (NBTSA)​ Presentation 

• Alison Maynard, Deputy Principal, New College Durham

Talk: Title TBC 

• Jonty Deely-Williamson, Head of Learning and Development, UKBIC

Exploring the role of interdisciplinary collaboration in advancing material science, focusing on future drivers like sustainability, efficiency, and adaptability. Collaboration across different scientific and industrial domains can lead to innovative material solutions, driving progress in various sectors, including aerospace, automotive, and energy but how do we turn the theory of greater collaboration into action?

What is needed for the UK ceramics sector to excel globally? This session will highlight the innovations in material science, export policies, and collaboration models that can position the UK as a leader in advanced ceramics. What innovations in ceramic materials and processes can give the UK a competitive edge? How can the UK leverage export policies to enhance the global reach of its ceramics industry? What collaborative approaches can be adopted with international partners to drive growth?

A British climate tech business whose patented technology cracks methane into hydrogen and carbon, locking the carbon into high-quality green graphene..

Digital tools are reducing the need for building hundreds of prototypes when it comes to both EV and battery development. Mastering their use and reducing expensive and time-consuming outlays of resources on physical testing whilst retaining safe and efficient testing strategies could open up new pathways to success for manufacturers at any scale. This session incorporates how to plan your testing strategy for maximum performance and minimal outlay. It will cover new approaches in accelerated life testing, real-time data analytics, and predictive maintenance algorithms that enhance both the performance and affordability of batteries.

Questions for discussion:

• How can advanced testing methods reduce the cost and time-to-market for new battery technologies? 
• What role does data analytics play in improving battery testing efficiency? 
• How do predictive maintenance and real-time monitoring systems contribute to longer battery lifespans and reliability?

Confirmed Talks

Levelling the Playing Field in the Battery Industry: Accelerating Affordable Innovation with Smarter Testing

• Dr. Peter Miller, Chief Engineer – Battery, UTAC 

Joint Talk: Testing Methodology – Front Loading BEV Development from Road to Rigs

• Spoorthi Ullur, Propulsion HIL design Subject Matter Expert, JLR (a)
• Michael Kwan Ho Lee, Subject Matter Expert, JLR (a)

Accelerated Test Campaigns Enabled Through Battery Modelling

• Gery Fossaert, Principal Simulation Engineer, Cosworth (a)

Our expert speakers will set about discussing the lifecycle of battery design, from material selection to end-of-life considerations and everything in between. It will highlight the importance of sustainable material choice, innovative pack architecture, and efficient recycling processes in the development of next-generation batteries, as well as considering the cost, collaboration, integration and design challenges that face pack manufacturers and automotive OEMs today, and in future.

Questions for discussion:

• How does material selection impact the overall sustainability of battery packs, and what factors should we be considering? 
• What are the latest trends in battery pack architecture for maximising efficiency and safety? 
• How are current recycling technologies adapting to the evolving needs of battery end-of-life management?

Confirmed Talks:

Progression of Lithium-ion Cell Format and its Latest Development in Chinese Market

• Luke Hu, Co-founder & General Manager, Global Business, Electroder (a)

 How to Make Custom Battery Packs Actually Affordable and Onshored

• Stephen Large, Chief Manufacturing Officer,  IONETIC

Holistic Pack Design ​from Material to End-of-Life ​in the Next Generation of Batteries​ from the Perspective of Battery Testing​

• Bob Zollo, Solutions Architect, Keysight Technologies

Battery Engineering Using 3DExperience Based Integrated Modelling, Simulation and AI

• Dr. Padmeya P. Indurkar, MODSIM Industry Consultant, Dassault Systèmes

Focusing on the cutting edge of battery technology, this session provides an update on alternative cell chemistries, such as lithium-sulphur, sodium-ion, and solid-state. Discussions will centre on their current technology readiness levels, potential applications, and the challenges faced in bringing these technologies to market.

Questions for discussion:

• What are the latest developments in lithium-sulphur battery technology, and what challenges remain for its commercialisation? 
• How do sodium-ion batteries compare with traditional lithium-ion in terms of performance and cost? 
• What are the key obstacles in the widespread adoption of solid-state batteries?

Confirmed talks:

Industrialization Beyond Lithium-ion: Technology Overview and Estimated Market Readiness

• Jochen Di Vincenzo, Senior Consultant/Project Lead, P3

Summary of Day 1 and Look Ahead to Day 2

Take a moment to explore the future trends shaping the battery and electric vehicle (EV) industries, focusing on a broad spectrum of potential advancements and challenges. We will discuss how emerging battery technologies, beyond the current Lithium-ion paradigm, could revolutionise energy storage and efficiency. The session will also examine the evolving dynamics of EV design and manufacturing, considering factors like cost, automation, material innovation, and consumer demand. The aim is to provide a holistic view of the factors driving change in the battery and EV sectors, preparing for a rapidly evolving future.

Questions for discussion:

• What emerging battery technologies have the potential to significantly alter the landscape of energy storage and EV efficiency?
• How might changes in consumer behaviour and regulatory environments impact the EV industry in the next decade?
• How will the cost profiles of EVs and batteries change?

Confirmed talks:

Expectations for EV Battery Technologies in 2030

• Dylan Khoo, Industry Analyst, ABI Research 

Battery Costs – How Low Could They Go in The West?

• Dr. Aaron Wade, Head of Battery Costs, CRU

Why China is Leading the Race to Sodium-ion Battery Commercialisation

• Shazan Siddiqui, Senior Technology Analyst, IDTechEx

Addressing the intricate balance of ethics, sustainability, and efficiency in the EV and battery material supply chain, this session discusses the importance of responsible sourcing, fair labour practices, and supply chain transparency. It aims to highlight how ethical considerations can transform supply chain resilience into a competitive advantage in the EV industry.

Questions for discussion:

• How can companies overcome challenges in maintaining supply chain transparency?
• What impact does ethical sourcing have on the global competitiveness of the EV supply chain?
• What will be the impact of the EU Battery Regulation that comes into effect in February on the resilience and sustainability of battery supply chains?

Where is investment going in battery and EV tech? What does success look like for the UK’s battery industry when it comes to winning investment? Should we change tack and import already-economical and reliable EVs from Asia? Or should we be focused on attracting satellite operations and investment from large international players in the US or Asia? What are the environmental and economic implications of all these decisions? The future of the EV and battery manufacturing sector and what technologies, strategies and resources are needed to make it a growing success will form the basis of this short but exciting session.

Questions for discussion:

• Is the UK EV and battery industry getting the investment it needs to succeed? How does it compare and where are the gaps in the value chain?
• Where and how should investment be directed for maximum impact, which factors make the best environment for inward investment and does the UK and its EV and battery industry have them? If not, how can it change this?

Confirmed talks:

An Overview of the Automotive Council Electrical Energy Storage Roadmap 2024: UK and EU Battery Production and Demand

• Dr. Hadi Moztarzadeh, Head of Technology, Advanced Propulsion Centre (APC) (

Summary of Day 1 and Look Ahead to Day 2

Discussing the commercialisation of cutting-edge materials, this session delves into business models that effectively bring novel materials like advanced ceramics and nanomaterials to market, emphasising value creation and market differentiation.

Questions for discussion:

• What strategies are effective for SMEs in commercialising advanced innovations? 
• How can SMEs create a market differentiation?
• What are the key elements in a business model that drives success?

In this session, industry leaders will delve into the nuanced aspects of scaling an advanced materials business. Discussions will focus on key criteria such as market readiness assessment, aligning product development with regulatory standards, and securing venture capital and strategic partnerships. Our speaker panel will offer insights into navigating the competitive landscape, intellectual property management, and meeting the demand-supply balance in different markets.

Questions for discussion:

• How should advanced materials companies assess market readiness for new products? 
• What strategies are crucial for aligning product development with evolving regulatory standards in international markets? 
• How can businesses in the advanced materials sector effectively attract venture capital and form strategic partnerships for scaling?

Confirmed Talks:

Graphene@Manchester​ Presentation: 

• James Baker, CEO, Graphene@Manchester (a)

This session will explore the innovations in material engineering that lead to more efficient production processes, sustainable use of resources, and the optimisation of material lifecycles. The discussion will cover how new strategies and advanced materials processes are reshaping industries such as steel, ceramics, construction, manufacturing, and energy, with the crossover between advanced and traditional materials of particular focus, addressing where they can learn from each other in order and collaborate on the journey to Net Zero.

Questions for discussion:

• How are recent advancements in materials engineering contributing to increased energy efficiency across foundation industries? 
• What role do materials play in promoting sustainable practices within these industries? 
• In what ways are innovations optimising the material life cycle for greater sustainability?

Confirmed talks:

Transforming Foundation Industries​

• Dr. Ben Walsh, Challenge Director, Innovate UK Transforming Foundation Industries

Material Prioritisation Strategy for the UK Automotive Sector​

• Prof. Alan Banks, Lightweight Materials Manager, Ford 

Metals as a Foundation Industry: an Aluminium Perspective  ​

• Dr. Mark Jones, Head of Business Development, BCAST (Brunel Centre for Advanced Solidification Technology)

 Industries Sustainability Consortium​

• Dr. Lorraine Ferris, Research Fellow, Foundation Industries Sustainability Consortium

PETRONAS ADVANCED MATERIALS: Advancing tomorrow’s material, today for a more sustainable future​

• Alan YL Leong, Principal Scientist (Materials), Group Technology and Commercialisation, Petronas 

This session confronts the growing talent crisis in the advanced materials sector. It will spark discussions on innovative workforce development strategies, including cutting-edge training programmes and dynamic industry-academia collaborations. The session aims to challenge traditional approaches and envision a future where skill development aligns seamlessly with the rapidly evolving needs of the materials industry and the engineering and science based industries are a reflection of the society they serve.

Questions for discussion:

• What specific skill sets will define the next generation of experts in materials?
• How can training programs adapt their approach to keep pace with the rapid advancements in digital R&D within materials and their end users?
• In what ways can industry-academia partnerships be reimagined to create a robust pipeline of talent equipped for the future challenges in the materials sector?

Summary of Day 1 and Look Ahead to Day 2

Exploring the transformative role of advanced ceramics in the high-tech applications that are set to transform our world from energy and mobility to IoT, carbon capture, water filtration and more. This session will delve into the unique technical properties of ceramics and how they might provide a cornerstone for advanced technologies. Our keynote speaker will outline how advanced ceramics’ properties are being harnessed, what more is needed to continue this progress and the challenges in scaling up production to meet diverse technological demands.

Highlights:

• In what innovative ways are advanced ceramics being integrated into cutting-edge technological developments? 
• What roadblocks might lie ahead for continued technical ceramics growth and how could they be overcome?
• What production challenges need to be overcome to increase the availability of advanced ceramics for various high-tech uses?

This session addresses the unique challenges and potential solutions in adopting additive manufacturing for ceramics. It will explore current technological advancements in 3D printing ceramics, the specific barriers such as material compatibility and precision issues, and strategies to overcome these challenges. The discussion will also focus on how additive manufacturing can revolutionise ceramic production, potentially transforming traditional methods.

Questions for discussion:

• What recent advancements in additive manufacturing are pivotal for ceramics? 
• What are the main challenges in 3D printing ceramic materials, and how can they be addressed? 
• What comes next in the progression of additive manufacturing ceramics innovation? What is the end goal?

Confirmed Talks:

Industrial-Scale 3D Printing of Industrial-Grade Ceramics: Challenges, Opportunities, and Prospects

• Dr. Ehsan Sabet, Founder & CEO, Additive Manufacturing Centre of Excellence 

Optimisation of Debinding and Sintering of Oxide and Non-Oxide Ceramics 

• Dr. Tim Kusters, Product Manager, Carbolite

Exploring the evolution of Ceramic Matrix Composites (CMC), this session will discuss how next-generation fibres are pushing the boundaries in terms of performance and applications, particularly in aerospace and automotive.

Questions for discussion:

• How are next-generation fibres transforming the capabilities of CMCs? 
• Which existing and new applications for CMCs and fibres are demonstrating the most promise?
• What are the technical challenges in developing and integrating advanced fibres?

Confirmed talks:

Next Generation of Fibre for Industrial Application Using Graphene-Based Nanocomposite Materials

• Prof. Alexander M. Seifalian, Director/Professor of Nanotechnology & Regenerative Medicine, Nanotechnology & Regenerative Medicine Commercialisation Centre 

The Challenges of Cost Effective Ceramic Matrix Composites

• Danilo Di Salvo, HTMS Tech 

Talk title – TBC

Dr. David King, Lead – CMCs, NCC UK

Examining the defence sector’s role in advancing material technology, this session discusses how these innovations can be translated into broader industrial applications, focusing on cross-sector collaboration and technology transfer.

Questions for discussion:

• What cutting-edge materials developments in defence can be adopted by other industries?
• How can collaborations between defence and civilian sectors enhance technology transfer? 
• What are the challenges in adapting defence-driven material technologies for commercial use?

Summary of Day 1 and Look Ahead to Day 2

Paragraf uses a unique method to create a family of advanced graphene sensors that deliver superior performance.

Use the latest state of the art Raman Spectroscopy tools to characterise graphene materials.

Join us to learn about the latest developments and opportunities of graphene-enhanced products including polymers, paints and coatings, rubber, and more, and its potential to reshape industries for a more sustainable future

Understand why Graphene Oxide is an effective choice to develop cement and concrete applications with superior performance with reduce CO2 content.

Learn about how HydroGraph is driving commercial progress and the growth of the graphene market including use cases in concrete, lubrication, biosensors and composites.

Turquoise Group is developing an innovative commercial solution to produce bulk, high-quality, sustainable graphene. Discover how Turquoise Group is setting new benchmarks in sustainability and innovation, providing a pathway to bringing bulk volumes of low-cost high-quality graphene to the global market.

Graphene is an amazing material that can be modified and improved through a process called functionalisation. This session will review the application of plasma treatment to graphene.

Versarien’s commercialisation efforts include the launch of Graphene-Wear™, graphene ink formulations developed to enhance thermal and moisture management of garments and in the construction sector, Versarien has developed CementeneTM, a water-based graphene admixture that offers a low carbon concrete alternative.

Graphene has attracted many intentions for a post-Si material due to its high mobility. Until recently, graphene field-effect transistor (GFET) applications were expanded to various sensor applications such as gas sensors, biosensors, and phototransistors. However, the sensitivity could not be high due to GFET’s low on/off ratio. Since graphene barristor was proposed to solve the switching issue, it could also improve the sensitivity for the various sensor applications. This talk will review the limits of graphene transistors for sensor application applications and the barristor-based sensor platform will be introduced.

An evaluation of commercially available types and forms of graphene based on a collection of more than 600 Technical Data Sheets (TDS) and a forecast of near term demand by application area.

Join industry leaders Bob Galyen and Roger Atkins as they engage in a thought-provoking dialogue about the transformative trends in EV and battery technology. This session offers a dive into their insights on market evolution, innovation, and the roadmap for future developments in the sector.

• What are the most impactful changes in the EV sector over the years? 
• Where do you see the greatest potential for innovation in battery technology? 
• What guidance would you offer to emerging companies in the EV and battery marketplace?

Join our leading speakers as we jump right into the integration of digital tools like machine learning algorithms for predictive analytics, and real-time monitoring systems in battery development. It focuses on how these tools optimise battery chemistries, enhance cell design, speed up manufacturing and improve lifecycle management.

Questions for discussion:

• In what ways can Machine Learning expedite the discovery of new battery materials? 
• What are the challenges in implementing real-time monitoring systems in large-scale battery production?

Confirmed talks:

Confirmed talks:

Energising the Pace of Battery Development: Achieving Safer, More Reliable Batteries, Faster With AI-Guided Testing

• Dr. Richard Ahlfeld, CEO and Founder, Monolith 

Model-Based Design for Battery Systems: Fast Charge, Usable Energy and Faults

• Sebastián Arias, Senior Energy Storage Modelling Engineer, Mathworks 

SOC Needs a ‘Wake-Up’: Errors in SOC Estimation

• Nick Muir, Battery Application Engineer, Elysia Battery Intelligence from Fortescue WAE 

How can Advanced Testing Methods Reduce the Cost and Time-To-Market for New Battery Technologies

• Dr. Christian Miesner, Vice President Battery and Cell-Testing, AVL 

Sponsored by

Hear about the latest techniques in thermal runaway analysis, accelerated life testing (ALT), and non-destructive testing methods. The focus is on how these methodologies contribute to the development of safer, more reliable battery systems for electric vehicles.

Questions for discussion:

• How do advancements in thermal runaway analysis contribute to safer battery designs? 
• Can ALT effectively predict long-term battery performance and safety? 
• What are the pros and cons of current non-destructive testing methods in EV battery assessment?

Confirmed talks:

Avoiding Recalls – Effective Audit Strategies For Li-Ion Cell and Pack Manufacturers

• Stefan Louis, Director, Simmol (a)

Safety Approaches to Modern Day E-Mobility Testing Challenges

• Markus Welte, Senior Sales Manager – EMEA, Weiss Technik (a)

Digatron Group: Corporate Presentation 

• Kevin Campbell, Global Head of Strategy and Market Development, Digatron Group (a)

Panellists discuss the impact of evolving EU and UK regulations, such as the Battery Directive and REACH, on material sourcing, battery design, and waste management. The session explores strategies for compliance and the role of lifecycle assessments in product development.

Questions for discussion:

• How will changes to the Battery Directive shape battery design and recycling?
• What does the Battery Passport mean for both the EU and UK industries?
• What strategies can manufacturers adopt to align with REACH regulations?.
• How do lifecycle assessments influence battery manufacturing processes under new regulatory frameworks?

As we near the tipping point for EV uptake, it is becoming increasingly critical to consider battery recycling and second life at every stage of design and production. This interactive panel discussion will examine the technical challenges in lithium-ion battery recycling processes, the economics of battery material recovery, and the feasibility of second-life applications.

Questions for discussion:

• What technical advances are needed to improve the efficiency of lithium-ion battery recycling?
• How does the economic viability of material recovery impact recycling initiatives? 
• What are the key factors in determining the feasibility of second-life applications for EV batteries?

The global automotive industry is in a race to electrification at breakneck speed and the UK and Europe are not currently in the lead. Could collaboration change this, causing a step-change leap in efficiency at the top level whilst simultaneously accessing competitively priced components and materials for smaller businesses? What does the model look like and does it include things like consortium buying, joint ventures for bulk purchasing, and shared supply chain networks?

This thought-provoking discussion will outline how cooperative approaches at the very top could transform a historically secretive and siloed incumbent OEM landscape into something more agile and efficient., Also, at the other end of the chain, more collaboration can level the playing field for smaller players, thereby boosting their growth and competitiveness in the market, and shared facilities for research at all levels can drive innovation and scalability in the UK and European battery manufacturing sector.

Questions for discussion:

• How could and should collaboration work in a competitive industry?
• What models of shared research facilities could benefit the UK battery industry?
• Can collaboration help to enable scale through greater spending power?

manufacturing and that of materials end users. This session examines the paradigm shift towards ultra-efficiency and superior quality through digital innovation. Speakers will highlight new technologies before discussing the challenges to traditional manufacturing norms, integration challenges and the necessity of upskilling.

Questions for discussion:

• How are robotics and automation disrupting traditional material manufacturing? 
• What are the key barriers to adopting these advanced technologies in established industries? 
• How does intelligent manufacturing redefine workforce requirements?

Confirmed Talks:

3D Electroform Printing with Robotics – Robotic Electroforming of Parts with Designer Properties

• Steve Newbury, MD, Ultima Forma

COREF : COnnected REconfiguable Factory – Reducing the Barrier to Entry for Digital Technology Innovation in Manufacturing

• Nicole Ballantyne, Head of Customer Success, MESTEC

This session addresses how AI and machine learning are redefining material R&D, from accelerating discovery to optimising material properties. It will explore the balance between machine-driven innovation and human expertise, challenging the traditional R&D paradigms.

Questions for discussion:

• Can AI replace the intuitive aspect of human-driven material innovation?
• How are Machine Learning algorithms transforming material property optimisation? 
• What ethical considerations arise from AI-driven material development?

Confirmed talks: 

Designing new and more sustainable materials with machine learning​

• Dr. Tom Whitehead, Head of Machine Learning, Intellegens

The Importance of Usability and Scalability in AI Platforms for Materials 

• Dr. Hannah Melia, Product Marketing Citrine Informatics 

How to Use Data-Pipelines in Machine Learning for Material Science

• Dr. Jakob Zeitler, Head of R&D, Matterhorn Studio 

A critical look at digital transformation in material science, this session addresses the promise and perils of increasing digitalisation, from fostering innovations to creating new complexities in data and analytics. Is the digitalisation of material science creating more problems than it’s solving? How can the industry manage the data deluge brought about by digital tools? Will the future of material science be dictated by algorithms and predictive models?

Concentrating on strategies for a future-proof supply chain, this session covers the need for sustainability as well as resilience, security, and cost-effectiveness amidst global uncertainties. It will probe into the intricacies of balancing global sourcing with local supply resilience.

Questions for discussion:

• Are global supply chains becoming greener? What is needed to expedite this process?
• How can businesses ensure supply chain resilience in an era of global unpredictability?
• Is the shift towards localisation a realistic solution for supply chain challenges? 
• How does sustainability factor into the economics of material supply chains?

Confirmed talks:

A Strategic Analysis of the Value Chain of Current and Future “Electrification Materials” Used in Critical Applications

• Dr. Vitor Farinha Marques, Chief Engineer Materials, Leonardo Electronics UK 

Net-Zero – We All Need A Little Help From Our Friends: Scope 3 Supplier Engagement

• Dr. Toby Green, Director and Co-Founder, My Carbon 

Life Cycle Assessment of Advanced Materials to Enhance Sustainability and Enable Scope 3 Declarations.

• Robin Mottram, Global Lead Low Carbon Technology, Morgan Advanced Materials 

This keynote will explore the transformative impact of advanced materials, from graphene to smart textiles, highlighting their potential to revolutionise industries and address global challenges. We’ll examine breakthroughs from lab to market, focusing on their applications in renewable energy, healthcare, and more. This engaging overview will underscore the critical role of collaboration in bringing these pioneering materials to fruition.

Advanced materials are critical cornerstones of innovation for transport applications and progress. With end users and materials designers focusing on creating lighter, more durable solutions for automotive, aerospace, and marine applications there is huge scope and vast amounts of work being done to develop new materials. This session will explore new innovations and processes and their impact on industry efficiency and performance.

Questions for discussion:

• What advancements are being made in lightweight, durable materials for transport? 
• How do these materials enhance efficiency and performance in automotive and aerospace? 
• What are the key challenges in adopting these new materials in mainstream transport applications?

Confirmed Talks

Multifunctionalisation of Ceramic Coatings for Corrosion Protection of Light Alloys

• Dr. Beatriz Mingo, Senior Lecturer and Royal Academy of Engineering; Fellow, University of Manchester, Henry Royce Institute (a) 

Delivering Net Zero Aircraft Technologies Today and for the Future

• Stephen Kyle Henney, MD, TISICS

Enhancing the efficiency and durability of solar panels, improving the performance of wind turbine blades, and enabling higher energy density in batteries are just a few of the critical impacts that materials can provide for renewable energy technologies. Our pioneering speakers will highlight breakthroughs in materials that support the transition to green energy through the integration of renewable sources and energy conversion technologies whilst discussing the remaining hurdles and milestones that lie in the way towards a full green energy transition.

Questions for discussion:

• How will advanced materials impact the green energy transition and are there obvious needs for innovation?
• How are new materials improving the performance and lifespan of wind turbine and alternative energy components?
• What are the challenges and potential solutions in developing materials for higher-density energy storage and efficient grid integration?

Confirmed talks:

Driving Electrification by Multi-Material Additive Manufacturing

• Dr. Bram Neirinck, Manager Sintered Applications, Aerosint 

Shaping the Future with Plastics and Advanced Polymeric Materials for Green Energy

• Sergio Navarro, Construction and Renewable Energies Group Leader. Aimplas 

Revolutionising Energy Storage: Harnessing Graphene and 2D Technologies for Enhanced Performance

• Dr. Nicky Savjani, Applications Manager, Graphene Engineering Innovation Centre, University of Manchester 

Talk title TBC

• Dr. Mandar Thakare, Associate Director bp-ICAM; Innovation & Engineering | bp 

This keynote talk will explore the construction innovations that are set to redefine the possibilities for architecture and infrastructure. It will focus on 3D Construction Printing (3DCP), the key technologies involved, opportunities and challenges for 3DCP material development and how nanotechnology can help materials rise to meet these challenges.

The talk will highlight key examples of how the UK construction industry is taking its first steps on the road to automation, and what role materials have to play in this crucial transition.

This session explores the latest advancements in materials science that are driving the next wave of battery technology. It will cover innovations that are enhancing energy density, safety, and longevity. The focus will be on how these material breakthroughs are addressing current limitations and opening new horizons for energy storage applications.

Questions for discussion: 

What breakthroughs in electrode materials are crucial for the next generation of high-energy-density batteries?

What challenges must be overcome to integrate these advanced materials into commercial battery production?

Confirmed talks:

Is Your Battery Safe? A Case Study Into Analytical Testing Methods for Insights Into Battery Safety

• Dr. Tim Mann, Senior Product Specialist, Perkin Elmer

Automated Formulation for Accelerated Prototyping of Battery Materials

• Dr. Robert Mitchell, Principal Scientist, CPI 

The Crucial Role Of Advanced Carbon Additives For Improved Battery Performance – Dispelling The Myths And Addressing The Supply Chain

• Steve Catchpole, Business Development Manager, Levidian

Tackling the crucial aspect of thermal management in electric vehicles, this panel will dissect the latest innovations in cooling systems and battery temperature regulation. Emphasis will be on how these technologies enhance vehicle performance, extend battery life, and ensure safety.

Questions for discussion:

• What recent advancements in thermal management are shaping the future of EVs? 
• How does efficient thermal management contribute to enhancing battery performance and longevity?
• What are the current challenges in incorporating advanced cooling technologies into EVs?

Confirmed talks:

Delivering Cost-Effective Thermal Cell Barriers for Safer, Higher Performance Batteries

• Kevin Porter, Technical Director, Tecman Advanced Material Engineers UK (a)

Novel Perspective to Mastering Thermal Efficiency in EVs

• Dr. Mohammad Moghimi, Associate Professor of Clean Energy Technologies, Staffordshire University (a)

How to Cool a Supercar

• Dr. Chris Smith, Principal Engineer – Electric Drive Technology, McLaren Automotive (a)

Evaluating the environmental impact of the EV industry reveals a critical challenge: the significant waste and embedded carbon in battery and EV production. This issue tarnishes the image of EVs as sustainable alternatives and hampers progress toward Net Zero goals. Although the industry has initiated positive changes, there is an urgent need to rapidly transition to an innovative circular economy. This shift would involve adopting greener energy solutions for manufacturing and embracing a design philosophy centred on the repairability, reusability, and upgradability of batteries and EV components. Such a strategy not only reduces waste but also enhances sustainability. The key lies in developing a business model that supports this approach while remaining profitable.

This exciting keynote talk from Maria Bengtsson at EY delves into initiatives and innovations aimed at reducing the embedded carbon in EV manufacturing. It will cover how to tackle sustainable material sourcing, production processes, and life cycle assessments.

Questions to be addressed: 

• What are the current strategies for minimising embedded carbon in EV production? 
• How do lifecycle assessments influence manufacturing decisions for environmental sustainability?
• What challenges does the industry face in aligning environmental goals with manufacturing efficiency?