Fusion for Energy

ITER, the world’s largest fusion reactor, will operate in an ultra-high vacuum. To prevent any contamination, a set of European

The ITER Test Blanket Modules (TBMs) hold the key to one of fusion’s most challenging and strategic technologies: the breeding blanket. This in-vessel component will allow future fusion power plants to be self-sufficient by regenerating their fuel. It’s a closed l...

Building a fusion reactor requires mastering an extraordinary range of technologies. From plasma heating to diagnostics and cryogenics, the engineering challenges are many and demand deep know-how. Research has laid much of the groundwork, but it is industry that ...

At the heart of ITER, a set of microwave launchers will target the plasma to make it hotter than the core of the sun and sustain the fusion reaction. The launchers are at t...

Europe’s fusion supply chain has grown in size, expertise and diversity of skills. Since 2007, Fusion for Energy (F4E) has worked directly or indirectly with more than 3,000 companies across 23 Member States to deliver components for  ITER and other ambitious projects. Together, ...