Subscribe options

Select your newsletters:

Please enter your email address:

@

Your email address will only be used for the purpose of sending you the ITER Organization publication(s) that you have requested. ITER Organization will not transfer your email address or other personal data to any other party or use it for commercial purposes.

If you change your mind, you can easily unsubscribe by clicking the unsubscribe option at the bottom of an email you've received from ITER Organization.

For more information, see our Privacy policy.

News & Media

Latest ITER Newsline

  • 31st ITER Council | Addressing challenges

    The project's governing body, the ITER Council, convened for the 31st time in its history on 16 and 17 November to evaluate the progress of construction, m [...]

    Read more

  • Machine assembly | Key components to be repaired

    When building a machine as large and as complex as ITER, difficulties and setbacks do not come as surprises—they are an integral part of manufacturing, assembli [...]

    Read more

  • Space management | Optimizing every square metre

    Building management is a constant challenge at ITER. The American statesman Ben Franklin is credited with saying that a successful organization requires 'a plac [...]

    Read more

  • Radio Frequency Building | Installing the first power supply sets

    When the plasma in the ITER vacuum vessel is fed sufficient power, the velocity that the particles acquire causes them to collide, fuse and generate considerabl [...]

    Read more

  • Fusion history | H-mode, the discovery that made ITER possible

    Forty years ago, the scientists in the ASDEX tokamak control room at the Max Planck Institute for Plasma Physics (IPP) in Germany sat up straight. Somethin [...]

    Read more

Of Interest

See archived entries

Chinese Test Blanket System enters preliminary design phase

On 3-4 March 2016, the kick-off meeting for the Helium-Cooled Ceramic Breeder Test Blanket System (HCCB-TBS) brought together members of the Chinese Domestic Agency and experts from the Chinese institutes involved in the development program. The ITER Organization was represented by Luciano Giancarli, leader of the Tritium Breeding Blanket Systems Section, and by Jaap Van Der Laan, technical responsible officer of the HCCB-TBS TBM Arrangement. (Click to view larger version...)
On 3-4 March 2016, the kick-off meeting for the Helium-Cooled Ceramic Breeder Test Blanket System (HCCB-TBS) brought together members of the Chinese Domestic Agency and experts from the Chinese institutes involved in the development program. The ITER Organization was represented by Luciano Giancarli, leader of the Tritium Breeding Blanket Systems Section, and by Jaap Van Der Laan, technical responsible officer of the HCCB-TBS TBM Arrangement.
The preliminary design phase for the Chinese Test Blanket System was launched on 3-4 March during a kick-off meeting held in Beijing. This important milestone followed the successful conclusion of the conceptual design phase in September 2015.

Tritium breeding self-sufficiency is compulsory in future large-scale fusion power plants. Scientists know that tritium can be produced within the tokamak when neutrons escaping the plasma interact with a specific element, lithium, contained in the blanket. Six technological solutions for a tritium breeding blanket—in the form of Test Blanket Modules (TBMs)—will be operated and tested for the first time in ITER. Combined with their ancillary systems (cooling, tritium extraction, measurements) they form the six Test Blanket Systems that are designed and procured by various Domestic Agencies.

Although the systems are all based on the principle of interaction between fusion neutrons and lithium, each one is unique in its architecture, its structural materials, its cooling system, the form of its lithium (solid or liquid), and the manner in which the tritium will be extracted. The Chinese concept—called the Helium-Cooled Ceramic Breeder Test Blanket System (HCCB-TBS)—is the first Test Blanket System to enter its preliminary design phase.

Test Blanket Modules like the HCCB TBM set will be integrated into port cells in order to have a front-row seat in the vacuum vessel. Located a distance away from the front-facing sets are ancillary systems such as the helium cooling system (HCS), the tritium extraction system (TES) and measurement systems. (Click to view larger version...)
Test Blanket Modules like the HCCB TBM set will be integrated into port cells in order to have a front-row seat in the vacuum vessel. Located a distance away from the front-facing sets are ancillary systems such as the helium cooling system (HCS), the tritium extraction system (TES) and measurement systems.
A detailed work plan was officially presented by the Chinese Test Blanket System team during the kick-off meeting, chaired by the Chinese TBM Leader Chuanhong Pan and held in presence of the head of the Chinese Domestic Agency, Luo Delong, of representatives of the ITER Organization, and of experts from the three main Chinese institutes involved in the Test Blanket System development program: the Southwestern Institute of Physics (SWIP, Chengdu), the Chinese Academy of Engineering Physics (CAEP, Chengdu) and the Institute of Nuclear Safety Energy Technology (INEST, Hefei).

The work plan details the preliminary and final design phases (and the necessary R&D) for the various sub-systems and components of the HCCB-TBS such as the helium-cooling system, the tritium extraction system, the tritium accountancy system, and instrumentation and control. Participants at the meeting also discussed the required studies concerning safety and integration, and the design of a number of components that will be common to the two systems located in the same ITER equatorial port: the Chinese HCCB-TBS and Test Blanket System procured by India (the Lithium-Lead Ceramic Breeder, or LLCB-TBS).

Everything is now in place for the preliminary and final design activities to be performed for the Chinese Test Blanket System.



return to the latest published articles