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Latest ITER Newsline

  • Worksite | First pillars for the crane hall

    For the overhead cranes to deliver machine components into the Tokamak assembly pit, the rails that carry them need to be extended some 80 metres beyond the tem [...]

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  • Transport | 300 tonnes of equipment on its way to ITER

    A specially designed assembly tool and elements of the cryostat and vacuum vessel thermal shields are part of the shipments travelling now from Korea to ITER. W [...]

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  • Fusion world | A new tokamak in town

    After EAST in China and WEST in France, another of the cardinal points of the compass has been chosen to name a tokamak. Introducing NORTH—the NORdic Tokamak de [...]

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  • Opportunities | Bringing the ITER Business Forum to Washington

    Every second year, a two-day ITER Business Forum is held to invite existing and potential suppliers for the ITER Project—laboratories, universities, and compani [...]

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  • World Energy Congress | Fusion "at a time of transition"

    In the United Arab Emirates, Abu Dhabi is often referred to as a tourism hotspot that combines luxury and ancient traditions. In September, Abu Dhabi was in the [...]

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Of Interest

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US and India confer on cooling water system

Warren Curd, Cooling Water Section Leader

The international cooling water team last week in Cadarache. (Click to view larger version...)
The international cooling water team last week in Cadarache.
The ITER cooling water system is all cool. Last week, representatives from the two procuring parties—the US ITER Project Office and ITER India—plus their contractors A/E Areva FS and consultants from Nuclear Power Corporation India Limited and Engineers India Limited, as well as staff from the ITER Cooling Water Section—moved the project a big step forward. In a series of meetings, US-ITER reconciled their component delivery dates with the need dates given in the ITER assembly schedule and further developed the optimization of shop fabrication and field assembly requirements.

The focus of the meetings with ITER India was the optimization of the design of the heat rejection system and the component cooling water system. This optimization focused on the size and number of cooling towers, water basin size, and size and number of heat exchangers. Also included in these discussions were the instrumentation and controls for the Indian scope of supply.

To learn more about ITER's cooling water system click here...


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