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Latest ITER Newsline

  • Crane operator | A cabin in the sky

    There are times, at dusk, when the ITER construction platform resembles an airport, with roads and buildings illuminated by yellow and white lights. From their [...]

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  • Assembly | A colossal task made manageable

    For the execution of work during the next project phase—machine and plant assembly up to First Plasma—the ITER Organization has chosen a contractual approach th [...]

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  • Neutral Beam Test Facility | A new agreement for a new era

    The ITER Organization and the Italian consortium Consorzio RFX* have signed a new agreement governing the construction and operation of the ITER Neutral Beam Te [...]

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  • Load tests | Heavyweight champion

    The Assembly Hall, with its two giant tools towering 20 metres above ground, is one of the most spectacular locations on the ITER site. When a dummy load weighi [...]

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  • Fusion's new pioneers | How to go fast enough to make a difference

    Last month in New York, the Stellar Energy Foundation and the Fusion Industry Association co-hosted an invitation-only workshop: 'Roadmap to the Fusion Energy E [...]

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Of Interest

See archived entries

Progress in the field of leak localization

Liam Worth, Vacuum Leak Technical Engineer

Kicking off the development of a Fast Deployment Device: Liam Worth (ITER), Alan Rolfe (Oxford Technologies), Alexander Antipenkov (ITER), Simon Mills (Oxford Technologies), Edward McCarron (Oxford Technologies) and Robert Pearce (ITER). (Click to view larger version...)
Kicking off the development of a Fast Deployment Device: Liam Worth (ITER), Alan Rolfe (Oxford Technologies), Alexander Antipenkov (ITER), Simon Mills (Oxford Technologies), Edward McCarron (Oxford Technologies) and Robert Pearce (ITER).
As part of a three-year program of leak localization research and development, a contract between the English company Oxford Technologies and the ITER Organization to develop a concept design for a fast deployment device (FDD) for leak localization on ITER was kicked off this week.

Under the scope of the contract, Oxford Technologies will develop the concept design of the FDD which is a quickly-deployable, remotely-operated dexterous device capable of carrying a light payload of sensors dedicated to the localization of leaks in the main ITER vacuum vessel and/or cryostat.

It is envisaged that the FDD will form part of the overall leak localization system which comprises several complementary sub-systems developed to localize the range of potential leaks on ITER.


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