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Poloidal field coils | 12 months saved on number two
Whatever their size or position, the role of the ITER poloidal field coils is to shape and stabilize the plasma inside the vacuum vessel. However, as the plasma [...]
Divertor dome | Russia delivers a full-scale prototype
A multiyear qualification program in Russia has concluded with the successful manufacturing and testing of a full-scale divertor dome prototype at the Efremov I [...]
Image of the week | Adjusting a correction coil's position
Compared to the massive ITER magnets that weigh up to 400 tonnes, the machine's correction coils are quite lightweight: at 4.5 tonnes, they are the smallest [...]
Construction | The stage is now set for the next act
Nine years and 382 Newsline issues ago, a lone power shovel began removing the top soil from the area on the ITER platform where the Tokamak Complex now stands. Following two years of clearing and levelling work by France, construction of the ITER installation was beginning in earnest.
This is what the 42-hectare ITER platform looked like in the early months of 2010: a vast, featureless, moon-like expanse.
It may be hard to believe, but this is what the 42-hectare ITER platform looked like in the early months of 2010, just before being transferred from Agence Iter France to the European Domestic Agency, responsible for construction. A vast, featureless, moon-like expanse that—being located in Provence—some described as the largest pétanque court ever created.
One by one, the now-familiar buildings and structures have sprung from the earth: nine years into construction civil works are 73 percent complete, concrete has reached its final level in the Tokamak Building, and a massive machine component—the cryostat lower cylinder—is visible, carefully encased in its protective cocoon, waiting to be installed in the Assembly Pit.
The ITER plant systems are distributed across the one-kilometre-long construction platform in Saint-Paul-lez-Durance, France. In the centre, the concrete Tokamak Complex which will house the ITER machine. The precise location of the 430,000-tonne Complex was determined by the quality of the underlying bedrock.
As conveyed by the images from this latest drone survey (June 2019), the stage is now set for the next act in the project's history: the machine assembly phase, set to begin in May 2020.
