Fusion for Energy

The ITER Tokamak Complex has a tempo of its own. Inside this immense facility precision sets the pace and keeps the project advancing. Assembling the biggest fusion reactor is a delicate job: components larger than a bus are lifted, fitted and inched into place with millim...

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 ...