Looking for a used or new machine tool?
1,000s to choose from
Bodor MPU Ceratizit MPU Hurco MPU Mills CNC MPU 2021 XYZ Machine Tools MPU

The online search from the pages of Machinery Market.

HWACHEON VT1150MC Vertical Lathe machine.
This HWACHEON VT1150MC Vertical Lathe machine was made in the year 2011. It has 18140 of power on ti
This HWACHEON VT1150MC Vertical Lathe machine was made in the year 2011. It has 18140 of power on ti...

Be seen in all the right places!

ITM Industry Europe 2022 Subcon 2022 Advanced Engineering 2022 Manufacturing Indonesia 2022 TIMTOS 2023 MACH 2024

North Ayrshire primary school pupils back fusion power proposal

Posted on 24 Jan 2022 and read 472 times
North Ayrshire primary school pupils back fusion power proposalPupils from a North Ayrshire primary school are backing plans to bring a pioneering fusion energy plant to a former industrial site in Ardeer. Children from P6 at Ardeer Primary School have produced a series of drawings of how the Spherical Tokamak for Energy Production (STEP) plant might look if the bid to bring it to Scotland is successful.

The drawings will form part of a presentation from the bid’s backers to representatives of the UK Atomic Energy Authority (UKAEA) during their final site visit to Ardeer tomorrow.

Early last year, UKAEA sought bids from around Britain to find a suitable site to base STEP. The Ardeer bid, produced by a consortium called Fusion Forward (Ardeer) led by the University of Glasgow, North Ayrshire Council, and landowners NPL Group, is one of the five proposals under consideration — it is the only Scottish site still in contention.

The drawings illustrate some of the potential benefits of STEP for the region. Pupils have chosen to highlight how STEP could bring new jobs and training opportunities and explain how fusion power might help reduce carbon emissions around the world.

Fusion technology harnesses the energy generated when atoms are pressed together under conditions similar to those found in the centre of stars.

Abundant zero-carbon energy

Unlike the fission reactions harnessed in conventional nuclear power plants, which generate potentially dangerous radioactive waste products, fusion reactions have the potential to create abundant zero-carbon energy while producing helium, a harmless inert gas, as a by-product.

The pupils’ drawings are the result of a virtual visit to the class from Fusion Forward (Ardeer) earlier this year.

FusionAnne Surgenor, Ardeer Primary School head teacher, said: “We are delighted to have been involved in STEP. The children were fascinated to hear about how fusion energy works and excited about the possibility of a breakthrough in environmentally-friendly energy generation happening right where they live.

“That excitement really comes through in their drawings, where you can see how they’ve imagined things they learned about like robot maintenance crews and the super-heated plasma that will be created in the heart of the reactor.

“By the time STEP is operational in 2040, our current children will be adults and could be directly benefitting from the plant by using the energy it produces and many have ambitions for successful careers there. We are proud to be part of the presentation to the UKAEA and we hope we can do our part to make the Ardeer bid successful.”

UKAEA expect that STEP will support the delivery of around 3,500 skilled jobs during its construction phase, and up to 1,000 engineers, technicians and support staff once the plant is operational. Up to 5% of those jobs will be apprenticeships and graduate positions.

The consortium’s engagement with Ardeer Primary is just one part of a wider plan to tap into the educational, research and training benefits that STEP could bring to the region.

Professor Declan Diver, of the University of Glasgow’s School of Physics and Astronomy, is convenor of Fusion Forward (Ardeer) and led a virtual meeting with Ardeer Primary 6 to explore STEP.

FusionHe said: “STEP represents a huge opportunity for education and training in a whole new area of industry. I’ve been working in the field of plasma physics for 30 years, and the prospect of being able to see my area of research turned to a practical benefit for Ardeer and the world is fantastic.

“We have been working closely with further and higher education institutions across the west of Scotland to agree a coordinated approach in preparing for STEP. We are aiming to deliver appropriately-designed education opportunities from primary to postgraduate level.

“It was great to see the interest and enthusiasm from the Ardeer pupils and we are delighted to be able to demonstrate to UKAEA that we can rely on the support of future generations, who are set to benefit the most from fusion power generation.”

Representatives from UKAEA will be visiting the Ardeer site today to make their final assessments ahead of a recommendation to the UK Government in the spring.

On Wednesday evening (26 January), Fusion Forward (Ardeer) and UKAEA will host an online public presentation and Q&A session The presentation will include contributions from Ardeer Primary School.

To take part in the virtual event, which will take place between 6 and 8pm, register via the website (www.eventbrite.co.uk/e/step-siting-ardeer-community-forum-tickets-247200622717).