is an engineering SME specialized for the R&D market and offering innovative engineering and managerial solutions for projects involving substantial amounts of human expertise. We are supplying solutions covering the whole development process: from conceptual through final designs up-to prototype manufacturing, testing and installation of the final product.Learn more...
Examples of some manufactured prototypes and mockups are below. GEMS engineers and manufacturing experts have gained, among others, plenty of valuable expertise during the manufacturing of these items in terms of manufacturing optimization (speed, optimum raw material usage, cost, and alike).
We have also tested these components for functionality, installability, assemblability, etc.
The in-vessel components of the ITER Diagnostics are located all over the inner shell of the Vacuum Vessel, in the Ports and on the Divertor Cassettes. The electrical transmission lines that transmit the signals from the sensors across the vacuum boundaries are Mineral Insulated Cables. These cables will be arranged into looms, which will be fixed to the vacuum vessel with different kinds of attachments.
The ITER tokamak is at a stage, where manufacturing and testing of each component are becoming more and more important. For this reason, to allow the ITER IO to assess feasibility, gain experience and obtain feedback with respect to the suitability of the current designs regarding handling and installation of in-vessel signal cables and loom components, GEMS Engineering has carried out a series of installation trials on full-scale mockups of in-vessel and divertor looms, upper and lower port marshalling area looms. Besides of installation trials, the scope of the work also covered the manufacturing and testing of in-port connectors, cable clamps and clips for in-vessel and divertor looms and marshalling areas.
Recent developments and results had also been summarized and presented at the 2022 Symposium on Fusion Technology event (https://soft2022.eu/).
GEMS Engineering is deeply involved in and fully devoted to the success of the ITER project. As a result, our main reference works are in connection with ITER, and - more closely - to its diagnostic systems.
The ITER device, currently under construction in the south of France, will study the potential of controlled nuclear fusion to provide energy for mankind. In order to study the behaviour of this device, a set of monitoring systems (referred to as Diagnostics) is required. These Diagnostics will provide the information required to understand the performance of the device.