Transporting a 320-Ton Magnet for the World's Largest Nuclear Fusion Reactor

🚚The transport of the 320-ton magnet is a challenging and complex task that requires precision and careful planning.

💡The magnet is an essential component of the nuclear fusion reactor and generates the strong magnetic field needed to hold the super hot plasma in position.

🔧Specialized equipment, including a self-propelled modular transporter (SPMT), is used to move the magnet, which weighs a total of 400 tons.

🌍The nuclear fusion reactor, known as the ITER project, aims to bring clean and sustainable energy to the world by harnessing the power of the sun.

🔬The transport team consists of skilled professionals who ensure the magnet is safely transported and delivered to the construction site of the nuclear fusion reactor.

What is the purpose of the 320-ton magnet?

—The magnet is used in the nuclear fusion reactor to generate a strong magnetic field that holds the super hot plasma in position.

How is the magnet transported?

—The magnet is transported using a self-propelled modular transporter (SPMT) with 18 axles and 288 wheels for stability and maneuverability.

What is the ITER project?

—The ITER project is a global collaboration to build the world's largest nuclear fusion reactor, aiming to bring clean and sustainable energy to the world.

How long does the transport take?

—The transport of the magnet takes several days, with each leg carefully planned and executed to ensure the magnet's safe arrival at the construction site.

Who is involved in the transport?

—The transport involves a team of professionals, including logistics experts, engineers, and skilled operators who work together to move the magnet safely and efficiently.

01:02The 320-ton magnet has arrived in Bellata, France, after being transported by sea from Italy.

01:23The magnet, along with an 80-ton transport frame, is 17.7 meters long, 3.6 meters high, and 9.2 meters wide.

02:01Transporting the magnet requires careful planning and coordination, as it is a unique and valuable component.

02:27The self-propelled modular transporter (SPMT) with 18 axles and 288 wheels is used to move the magnet.

03:31The nuclear fusion reactor, known as the ITER project, aims to generate electricity from super hot plasma.

08:07The transport faces challenges such as weight limits on bridges and detours to navigate the route.

13:15The transport team carefully steers the trailer, with every movement requiring precision and coordination.

14:45The first leg of the journey is complete, and the team prepares for the next leg, which is the longest.