STEPtoFusion

Introducing the STEP programme to build the UK’s prototype fusion energy powerplant. We’ll work together, with one mission, to develop fusion energy, scale it and deliver it at pace. We’ll build a bold new industry, one that ensures the UK is at the forefront of engineering ingenuity and commercial progress. We’ll be the step change that helps make humanity’s future brighter. Click here to view the brand film - https://lnkd.in/g_5bNTjK

What fuel does fusion need? Fusion relies on deuterium and tritium - isotopes of hydrogen. Deuterium can be found in seawater, but tritium does not occur naturally in large quantities. STEP will be designed to produce its own tritium. #FusionUnwrapped #ScienceMadeSimple #EnergyExplained *This fact is part of a series exploring the basics of fusion. Hit follow so you don’t miss the next release!*

This month, students at Mercer’s Wood Academy, Gainsborough had a hands-on experience during a workshop run by the STEP Programme. The activities are part of the Start Small; Dream Big pilot, a careers-related learning programme in Greater Lincolnshire. The workshop not only sparked curiosity in the primary school aged children, but also showcased the exciting possibilities of careers in STEM. It's amazing to see young minds dreaming big and exploring how they can shape the world of tomorrow! #STEM #NextGeneration #StartSmallDreamBig Greater Lincolnshire LEP Photography: Headshot Toby

What is plasma? Along with solids, liquids, and gases, there’s a fourth state of matter: plasma. It’s a hot, electrically charged gas made up of ions and free electrons. It can conduct electricity and responds to magnetic fields, making it key in fusion machines like tokamaks. #FusionUnwrapped #ScienceMadeSimple #EnergyExplained *We’re breaking down fusion, fact by fact. Don’t miss the next one, give us a follow.*

👉 Exciting opportunity for teachers! 👈 Attend the UK Atomic Energy Authority's workshop designed for KS3, KS4, and A-Level Physics teachers, taking place just 30 miles from the future site of the UK’s prototype fusion energy plant, STEP. Discover the fascinating world of fusion energy with an introduction to the STEP programme, an overview of global fusion research, a careers panel featuring industry experts, and practical tips on incorporating fusion into your classroom. And that’s just the beginning! 🗓️ Saturday 15th February 2025 ⏰ 10am – 4pm 🔭 Sherwood Observatory, NG17 5LF This is a free event, including lunch and refreshments. Spaces are limited so secure yours today: https://lnkd.in/evUSPVkD #Physics #Education #STEM #TeachersWorkshop #Nottinghamshire Nottinghamshire County Council East Midlands Combined County Authority

Is fusion a clean technology? Fusion energy is carbon-free at the point of generation. The process itself produces no carbon emissions. The waste product from the fusion process is helium, which does not contribute to global warming. As with most other industries, there is a focus on reducing the carbon used to manufacture the components and buildings, and to start up the plant. #FusionUnwrapped #ScienceMadeSimple #EnergyExplained *Keep learning about fusion! Follow us for the next fact in this series.*

News just in! Oxford Sigma, Kyoto Fusioneering and STEPtoFusion (Spherical Tokamak for Energy Production) have published new research exploring innovative approaches to tritium breeding in spherical tokamaks. The study investigates the feasibility of breeding tritium, a key challenge for spherical tokamak configurations, in the machine’s central column. Addressing the research Dr. Simon Kirk, Vessel and In-Vessel Systems Design Integration Lead at UKIFS, said: “This project is a great example of fusion organisations working together with a spirit of openness and meant the technical expertise from the different organisations could be combined to address the difficult challenge on centre column tritium breeding in spherical tokamaks.” Read the full article on our website: https://lnkd.in/et-3tTgS #Research #News #Tokamak #Fusion

Fusion and Fission They are both nuclear processes, but they differ fundamentally. Fission splits heavy nuclei while fusion combines light nuclei. There is zero chance of a ‘runaway reaction’ in a fusion device – the challenge with fusion is in sustaining it, not stopping it. #FusionUnwrapped #ScienceMadeSimple #EnergyExplained *Curious about fusion? Follow us for more facts.*

Why do we need fusion energy? It’s clear we must make significant changes to address the effects of climate change. Fusion energy has great potential to deliver safe, sustainable, low-carbon energy for generations to come. The world’s energy demand will increase in the second half of the century, with the global energy market expected to be worth trillions of pounds per year. Commercial fusion will have a big role to play. #FusionUnwrapped #ScienceMadeSimple #EnergyExplained *Hit follow so you don’t miss the next fact!*

Did you miss this? In July, we unveiled our new STEP brand and shared exciting updates about the programme, including developments at the West Burton site. The event, held in Gainsborough, brought together the local community and regional stakeholders, united by our mission to fusion. Relive the event highlights here: https://lnkd.in/dhNhj4-q #ThrowbackThursday #TBT #Fusion #Event