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News & Media

Latest ITER Newsline

  • Industrial milestone | First cryopump passes all tests

    The serial production of ITER's powerful torus and cryostat cryopumps is progressing at Research Instruments, Germany, on behalf of the European Domestic Agency [...]

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  • Cryoline installation | Ball joints against earthquakes

    In order to reach clients inside the Tokamak Building, cooling fluids produced by the ITER cryoplant flow through many kilometres of highly sophisticated p [...]

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  • The changing fusion landscape | ITER hosting private sector workshop

    Take out your smart phone and search your favourite news site for 'nuclear fusion' or 'fusion energy.' On any given day, you will find articles discussing break [...]

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  • Image of the Week | Advisory committee season

    The 30th Meeting of the ITER Council Science and Technology Advisory Committee (STAC-30) took place at ITER Headquarters from 13 to 16 May. The Science and Tech [...]

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  • ITER Design Handbook | Preserving the vital legacy of ITER

    The contributions that ITER is making to fusion physics and engineering—through decades of decisions and implementation—are delivering insights to the fusion co [...]

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Of Interest

See archived entries

Component delivery

A jewel in a box

Sailing under the flag of Germany, the Regine is a mighty ship, strengthened for heavy cargo and equipped on its portside with two 750-tonne on-board cranes. Having sailed from Korea on 25 June, the ship berthed at Marseille-Fos harbor on the morning of 21 July. In its hold, the ship carried a dull, cabin-sized metal box with slated walls and a corrugated roof. The box was nondescript, but inside it contained a 450-tonne jewel that had been more than ten years in the making.
 
On Wednesday 22 July, the first vacuum vessel sector from Korea was unloaded at Marseille harbour—a long and delicate operation that lasted more than two hours. Photo Emmanuel Bonici (Click to view larger version...)
On Wednesday 22 July, the first vacuum vessel sector from Korea was unloaded at Marseille harbour—a long and delicate operation that lasted more than two hours. Photo Emmanuel Bonici
An ITER vacuum vessel sector is a wondrous piece of technology and one of the most challenging sub-components of the whole machine. As the vacuum vessel acts as the first confinement barrier for the burning plasma, its elements are subject to stringent regulations, strict controls and in-depth inspections at every stage of the fabrication process.
 
A single sector (and it takes nine to form the toroidal structure of the vacuum vessel) comprises approximately 20 kilometres of welds that must all be carefully verified and tested, and for which several dozen ultrasound scanning techniques were developed.
 
This dull, cabin-sized metal box with slated walls and a corrugated roof houses a a wondrous piece of technology and one of the most challenging sub-components of the whole ITER Tokamak. (Click to view larger version...)
This dull, cabin-sized metal box with slated walls and a corrugated roof houses a a wondrous piece of technology and one of the most challenging sub-components of the whole ITER Tokamak.
Captain Franck Escher, of the Regine, was aware that his cargo was unique. His ship had handled loads that were considerably heavier, but none as precious as the one he was preparing to unload.
 
The operation was a long and delicate one that lasted more than two hours. Equipped with a complex rigging arrangement, the load was slowly lifted from the deep cargo hold, pivoted to align with the waiting transportation platform, and finally lowered and positioned carefully onto the waiting flatbed truck.
 
All the while powerful pumps, capable of moving 500 tonnes of water per hour, were filling ballasts on the starboard side of the ship to compensate for the weight of the cabin-sized component.
 
Another convoy, among the heaviest that will cross the inland sea Étang-de-Berre and travel the ITER Itinerary, is now on its way to the ITER construction site, heralding the start of a new project phase: machine assembly.
 
Click here to watch a video of the unloading operation on 22 July, commented by ITER Director-General Bernard Bigot and Vacuum Vessel Project Team leader Chang Ho Choi.
 


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