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The way we power our world is transforming from renewables to hydrogen, fusion to energy storage breakthroughs, and beyond. But what does the future of clean energy really look like? Join us for an inspiring evening of talks, presentations, & live demonstrations led by top researchers, academics, and industry pioneers.
This headline event will feature:
- Keynote Speech by Prof. Dan Parsons, Pro Vice-Chancellor R&I, LU, - Talks, exhibition & free gifts from Researchers, Academics, and Industry Leaders like Intelligent Energy, Johnson Matthey, Henry Royce Institute , SUShy CDT, EnerHy CDT, etc…
This headline event will feature:
- Keynote Speech by Prof. Dan Parsons, Pro Vice-Chancellor R&I, LU, - Talks, exhibition & free gifts from Researchers, Academics, and Industry Leaders like Intelligent Energy, Johnson Matthey, Henry Royce Institute , SUShy CDT, EnerHy CDT, etc…
Winds of Change: How Offshore Wind is Powering Our Net Zero Future
Professor Dan Parsons
(Pro-vice chancellor, Research and Innovation, Loughborough Univeristy)
The race to net zero is on, and offshore wind power is leading the charge. As one of the fastest-growing renewable energy sources, offshore wind has the potential to revolutionise how we generate electricity, reduce carbon emissions, and secure a cleaner, more sustainable future. But how does it really work? What challenges do we face in scaling up offshore wind farms? And what impact does this technology have on our coastal and marine environments?
Join Professor Dan Parsons from Loughborough University for a fascinating journey into the science of offshore wind energy. From the physics of wind turbine blades to the geology of the seabed that anchors them, this talk will explore the critical role of offshore wind in the transition to net zero. Whether you're a climate enthusiast, an engineering buff, or just curious about the future of energy, this talk will shed light on the opportunities and obstacles ahead as we harness the power of the wind to tackle climate change.
Join Professor Dan Parsons from Loughborough University for a fascinating journey into the science of offshore wind energy. From the physics of wind turbine blades to the geology of the seabed that anchors them, this talk will explore the critical role of offshore wind in the transition to net zero. Whether you're a climate enthusiast, an engineering buff, or just curious about the future of energy, this talk will shed light on the opportunities and obstacles ahead as we harness the power of the wind to tackle climate change.

Enhancement of biofuel production using bubbles
Ashraf Hauwa Nyako
(PhD researcher)
How can tiny hot microbubbles revolutionize biofuel production and bring us closer to net-zero emissions? Join us for an exciting talk exploring a new gas stripping technique that could make bio-based fuels more efficient, affordable, and scalable.
By optimizing gas-liquid interactions and enabling continuous recovery, this innovation tackles key challenges like product inhibition and high processing costs, paving the way for cleaner, more sustainable energy.
Through a mix of cutting-edge experiments and advanced modeling, discover how this breakthrough could transform the future of renewable fuels and reduce our reliance on fossil energy.
Don’t miss this chance to learn about the science shaping tomorrow’s clean energy solutions! ⚡
By optimizing gas-liquid interactions and enabling continuous recovery, this innovation tackles key challenges like product inhibition and high processing costs, paving the way for cleaner, more sustainable energy.
Through a mix of cutting-edge experiments and advanced modeling, discover how this breakthrough could transform the future of renewable fuels and reduce our reliance on fossil energy.
Don’t miss this chance to learn about the science shaping tomorrow’s clean energy solutions! ⚡

Turning Homes into Batteries: Unlocking Energy Flexibility
Jordan Townsend
(PhD researcher - ERBE CDT)
As we transition to renewable energy, balancing when we use electricity with when it's available becomes crucial. My research explores how our homes can play an active role in this energy shift. By studying how houses cool down in real-world conditions at test homes in Loughborough, I investigate how buildings can store and shift heat to reduce energy demand at peak times. This could transform houses from passive energy consumers into flexible energy assets, helping us use more sustainable power when it’s abundant.
Join me to discover how the future of energy might be shaped by the buildings we live in!
Join me to discover how the future of energy might be shaped by the buildings we live in!

Powering industrial applications with fuel cell technology
Dr Chris Dudfield
(Chief Technology Officer - Intelligent Energy Ltd)
Want to learn how Shell and BMW are transitioning to clean tech? The following presentation will cover a range of real-world use cases that our fuel cell technology is being used in today to support improved operations and reduced emissions.
From extending flight range for drone pipeline inspection and reducing emissions on construction sites to powering material handling equipment on BMW’s production line, we look forward to sharing some of the operations taking place around the world.
From extending flight range for drone pipeline inspection and reducing emissions on construction sites to powering material handling equipment on BMW’s production line, we look forward to sharing some of the operations taking place around the world.

What is it like to drive an electric vehicle?
Professor Thomas Steffen
(Professor of Energy Systems, Loughborough University)
Having researched and joined the electric mobility movement early on, I want to take a step back and reflect. What did we expect from electric vehicles? How has the journey unfolded? Where are we now and where are we headed?
While transport electrification is now locked in across most regions of the world, the real challenge, the complete overhaul of our energy system, has only just begun. With key milestones like 2035 and 2050 fast approaching, many critical questions remain and corner cases still need solutions.
Join this discussion as we explore the evolution of EVs, energy systems and the road ahead in the transition to a cleaner electrified future.
While transport electrification is now locked in across most regions of the world, the real challenge, the complete overhaul of our energy system, has only just begun. With key milestones like 2035 and 2050 fast approaching, many critical questions remain and corner cases still need solutions.
Join this discussion as we explore the evolution of EVs, energy systems and the road ahead in the transition to a cleaner electrified future.

Hydrogen dreams - future or folly?
Peter R Rushforth
(PhD researcher - Hydrogen Production)
Will we truly have a future without oil? Why is hydrogen emerging as a key player in the energy transition? Join us for a thought-provoking discussion on the chicken-and-egg challenge facing the industry and discover how Pulsed Power is rewriting the rules.
Whether you're curious about the future of fuels or the breakthroughs shaping tomorrow’s energy landscape, this is a conversation you won’t want to miss.
Whether you're curious about the future of fuels or the breakthroughs shaping tomorrow’s energy landscape, this is a conversation you won’t want to miss.

A Just Energy Transition
Professor Philip Leicester
(Professor of Microgrids / Smart energy Systems - Loughborough University)
The shift to renewable, low-carbon energy is critical in tackling the climate emergency. Climate change affects us all, making everyone a stakeholder but is awareness alone enough to drive the rapid change we need? Perhaps the key lies in active participation, where people take a direct role in shaping the energy transition.
How can we ensure a just and inclusive shift that maximizes participation and fairly distributes the benefits? This session explores two emerging case studies that highlight how broadening participation can support low- and middle-income energy consumers while fostering a more engaged and empowered society.
The goal is to demonstrate that a fair and equitable energy transition is not only possible but can also make clean energy more affordable for all.
How can we ensure a just and inclusive shift that maximizes participation and fairly distributes the benefits? This session explores two emerging case studies that highlight how broadening participation can support low- and middle-income energy consumers while fostering a more engaged and empowered society.
The goal is to demonstrate that a fair and equitable energy transition is not only possible but can also make clean energy more affordable for all.

Measuring our way to net zero
Professor Paul Holland
(Professor of Hydrogen Metrology)
Lord Kelvin said, “If you can't measure it, you can't improve it.” Measurement allows scientists and engineers to refine experiments and enhance processes, driving scientific progress. Accurate, well-planned measurements lead to more reliable data.
Metrology, the science of measurement, affects us from birth to death. Critical measurements, such as health diagnostics or legal limits for speed and alcohol, must be accurate, as errors can have serious consequences. Ensuring accuracy and precision builds confidence in data leading to better decisions.
A global effort is underway to combat climate change and transition from carbon-based energy. Deciding if these efforts are working and which way to go on this journey will involve many, many measurements.
This presentation highlights metrology’s importance, showcasing improvements in experimental planning. It will focus on a EnerHy project, where hydrogen purity is vital for advancing fuel cell-powered vehicles.
Metrology, the science of measurement, affects us from birth to death. Critical measurements, such as health diagnostics or legal limits for speed and alcohol, must be accurate, as errors can have serious consequences. Ensuring accuracy and precision builds confidence in data leading to better decisions.
A global effort is underway to combat climate change and transition from carbon-based energy. Deciding if these efforts are working and which way to go on this journey will involve many, many measurements.
This presentation highlights metrology’s importance, showcasing improvements in experimental planning. It will focus on a EnerHy project, where hydrogen purity is vital for advancing fuel cell-powered vehicles.

Get with the H2ype
Cheryl Duke
(PhD researcher - SUShy CDT)
Join the Sustainable Hydrogen CDT PhD researchers and dive into the exciting world of hydrogen energy at our interactive, educational stalls. Get With The H2ype is all about making hydrogen fun, engaging, and easy to understand. We’re bringing you a debunking exercise in the A to Z of hydrogen, where we’ll demystify everything from production methods to real-world applications.
At our stall, you’ll meet friendly, approachable stall members who are passionate about sharing the benefits hydrogen can bring to everyday life, all wrapped up in a fun, positive, and interactive experience. Visitors can try hands-on demos like:
A portable fuel cell generator
Hydrogen-powered RC cars
A miniaturized hydrogen economy demo
Plus, test your knowledge with the Colours of Hydrogen Game and explore our educational posters that explain everything from hydrogen production methods to sustainable use cases.
Having previously wowed crowds at Glastonbury, Greenman Festivals, and Women in STEM conferences, we’re ready to spread the hydrogen hype and get you involved in the energy revolution. Come see how hydrogen is shaping a cleaner, sustainable future, in a way that’s fun for everyone!
At our stall, you’ll meet friendly, approachable stall members who are passionate about sharing the benefits hydrogen can bring to everyday life, all wrapped up in a fun, positive, and interactive experience. Visitors can try hands-on demos like:
A portable fuel cell generator
Hydrogen-powered RC cars
A miniaturized hydrogen economy demo
Plus, test your knowledge with the Colours of Hydrogen Game and explore our educational posters that explain everything from hydrogen production methods to sustainable use cases.
Having previously wowed crowds at Glastonbury, Greenman Festivals, and Women in STEM conferences, we’re ready to spread the hydrogen hype and get you involved in the energy revolution. Come see how hydrogen is shaping a cleaner, sustainable future, in a way that’s fun for everyone!

DNV Energy Transition Outlook and the Role of Hydrogen
Dr Sarah Kimpton
(Vice President - Energy Transition & Innovation Development)
Join Us for an Exclusive Insight into the Future of the UK Energy System
How will the UK’s energy landscape evolve in the coming decades? Will we meet the government's ambitious emissions reduction targets by 2050?
DNV presents a data-driven forecast on the decarbonisation of the UK energy system, examining the progress, challenges, and critical steps needed to achieve net zero. This talk will provide:
- A clear projection of how the UK’s energy system will transform over the next 25 years
- An honest assessment of whether we are on track to meet climate targets
- A deep dive into the potential role of hydrogen in tackling the toughest decarbonisation challenges
- Key areas where further research and innovation are essential
Whether you're an industry professional, policymaker, researcher, or simply passionate about the future of energy, this is a must-attend discussion. Gain expert insights and be part of the conversation shaping a cleaner, more sustainable energy future.
Don’t miss this opportunity to stay ahead in the energy transition. Join us!
How will the UK’s energy landscape evolve in the coming decades? Will we meet the government's ambitious emissions reduction targets by 2050?
DNV presents a data-driven forecast on the decarbonisation of the UK energy system, examining the progress, challenges, and critical steps needed to achieve net zero. This talk will provide:
- A clear projection of how the UK’s energy system will transform over the next 25 years
- An honest assessment of whether we are on track to meet climate targets
- A deep dive into the potential role of hydrogen in tackling the toughest decarbonisation challenges
- Key areas where further research and innovation are essential
Whether you're an industry professional, policymaker, researcher, or simply passionate about the future of energy, this is a must-attend discussion. Gain expert insights and be part of the conversation shaping a cleaner, more sustainable energy future.
Don’t miss this opportunity to stay ahead in the energy transition. Join us!
Map data © OpenStreetMap contributors.
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