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News & Media

Latest ITER Newsline

  • Divertor | Far more than a fancy ashtray

    It has been likened to the filter of a swimming pool or an oversized ashtray. It has been called alien in shape and hellish in its affinity for heat. But whatev [...]

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  • Council milestone #50 | The way to assembly is open

    Passing an ITER Council milestone is always an achievement. Passing this milestone at this moment is much more than that: it is a demonstration that, despite th [...]

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  • Deliveries | A third magnet ready for transport to ITER

    Three ITER magnets are now in transit to ITER from different points on the globe—two toroidal field magnets and one poloidal field coil. In terms of component w [...]

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  • Heaviest load yet | Europe's coil soon to hit the road

    It's big, it's heavy, it's precious and it's highly symbolic: the toroidal field coil that was unloaded at Marseille industrial harbour on 17 March is the most [...]

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  • Russia's ring coil | Entering the final sequence

    The smallest of ITER's poloidal field coils is entering the final sequence in a long series of activities that transform cable-in-conduit superconductor into a [...]

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Of Interest

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Auxiliary buildings

Support for the machine

A tokamak would be a lifeless machine if it was not supported by a significant industrial infrastructure. On the ITER platform close to 40 buildings host the equipment and systems that make burning plasma experiments possible.

One of the newest structures on site has gone up in the heat rejection zone on the north side of the platform. The European Domestic Agency is building the infrastructure, the Indian Domestic Agency is procuring the equipment, and the ITER Organization is overseeing installation works. (Click to view larger version...)
One of the newest structures on site has gone up in the heat rejection zone on the north side of the platform. The European Domestic Agency is building the infrastructure, the Indian Domestic Agency is procuring the equipment, and the ITER Organization is overseeing installation works.
A tokamak needs to be fed electrical power in both AC and DC form; it requires powerful heating systems to bring the plasma to the required temperature; the machine's superconducting magnet system demands a constant circulation of cooling fluids; the heat generated on the plasma-facing components must be evacuated by a large water cooling system, complete with kilometres of piping, basins and cooling towers.
 
See the gallery below to see some of the under-sung areas of the ITER worksite that host critical plant systems.


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