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Latest ITER Newsline

  • Last stages of assembly for behemoth tool

    Among the dozens of specially designed tools that will have a role to play in positioning and assembling ITER's giant machine components, two stand—literally—a [...]

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  • Kazakhstan expresses interest in collaboration

    The representatives of the nuclear institutions of Kazakhstan who visited ITER last Tuesday stated it simply and clearly: they are very interested in collaborat [...]

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  • Let there be light!

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  • Safety control electronics remain fit after furious shaking

    ITER's nuclear safety control electronics have undergone a series of tests in order to demonstrate that they can continue to perform their functions flawlessly [...]

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  • Japan completes first 110-tonne winding pack

    Japan has the procurement responsibility for 9 of ITER's 19 superconducting toroidal field winding packs and all 19 of the toroidal field coil cases. In a major [...]

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Of Interest

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First four levels of Tokamak Complex now defined

-Ingo Kuehn, Tokamak Complex Buildings Integration

The heart of the ITER facility will be the Tokamak Complex, comprising the Tokamak Building, the Diagnostic Building, and the Tritium Plant.

The seven-storey Complex measuring 118 by 80 metres and towering 57 metres above the platform will contain more than 30 different plant systems including cooling systems and electrical power supplies, all having physical as well as functional interfaces. As you can tell from the configuration drawing there won't be much extra room for manoeuvring. The house is pretty busy!

With more than 30 different plant systems the seven-storey Tokamak Complex will be a pretty busy house... (Click to view larger version...)
With more than 30 different plant systems the seven-storey Tokamak Complex will be a pretty busy house...
In order to make sure that all the necessary pipes, ducts, structures, cable trays and penetrations are correctly defined before the pouring of the concrete, a Building Integration Task Force was created in April last year to go through the building floor by floor. All the required documentation has now been delivered for the basement level (B2), the lower level (B1) and the equatorial level (L1) according to the agreed schedule with the European Domestic Agency Fusion for Energy and the Architect Engineer ENGAGE. The upper level (L2) has also been reviewed and the data files will be handed over by the end of this month.

The configuration for each level was reviewed in compliance with the safety files and the installation and assembly feasibility of the systems and components. The design also respects the requirements on the civil works such as radiation shielding, fire protection and sectorization, and confinement leak tightness.

For the Level B2 slab, the detailed design of the rebar arrangement will be completed by F4E's designer Engage by December followed by the review of all the embedded steel plates that will be cast into the concrete to support the heavy loads.

About 55,000 such plates have been identified and tagged in the floors, walls and ceilings of the Tokamak Complex. The review will focus on the exact position of each plate with respect to the concrete rebar grid. Furthermore, for each plate the plate type and anchoring system need to be confirmed. Following the finalization of the design in March 2013, pouring will begin on the B2 slab. This process will continue for the remaining levels of the Tokamak Complex.


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