US ITER is a DOE Office of Science project managed by Oak Ridge National Laboratory
Teams are developing tools to monitor and control ITER plasma ―Lynne Degitz ITER, the world’s largest tokamak now under construction in France, will have over 60 diagnostic systems installed to enable plasma control, optimize plasma performance, and support machine protection¬. Princeton Plasma Physics Laboratory and Oak Ridge National Laboratory, in collaboration with industry and universities, […]
―Lynne Degitz With winding of the first production module for ITER’s central solenoid well underway, US ITER and its contractor, General Atomics, are now commissioning all of the necessary tooling stations for the 13 Tesla 1,000 metric ton electromagnet. Eleven unique stations will form the module manufacturing line at the GA Magnet Technologies Center, a […]
In another step towards building the ITER fusion reactor, the US ITER team worked with international partners to verify the performance of the ITER central solenoid conductor. Using a US-designed “insert coil”
Conductor for toroidal field magnets, drain tanks and electrical components are being delivered to Europe for installation at the ITER site ―Lynne Degitz As the international ITER magnetic fusion facility rises out of the ground in southern France, US ITER is ramping up hardware deliveries to Europe. In January, the United-States delivered its first batch […]
The United States has made important progress this fall to advance contributions to ITER international fusion experiment diagnostic instruments and port plugs. As of October 29, 2014, procurement arrangements governing all 11 US ITER diagnostic systems have been signed with the ITER Organization; these arrangements define and assign the design, procurement and delivery responsibilities for […]
At the heart of the ITER international fusion reactor-scale experiment now under construction in France is the world’s most powerful pulsed superconducting electromagnet—the ITER central solenoid.
The international ITER fusion project is building “a sun on earth” that will produce a self-heated, burning plasma—a key step toward industrial-scale fusion energy production. Controlling that plasma can be tricky, though, because disruptions may occur that cool and collapse the plasma. Sudden losses of plasma energy and current have the potential to erode plasma-facing […]
An 800-meter length of sample toroidal field conductor is en route to La Spezia, Italy ―Lynne Degitz ITER is a unique international scientific partnership that aims to demonstrate industrial-scale fusion power in the world’s largest experimental tokamak. An unusual aspect of the project is the often long and intricate journey some hardware components take from […]
ITER, the international fusion research facility now under construction in St. Paul-lez-Durance, France, has been called a puzzle of a million pieces.
To initiate and maintain plasma current, the international ITER fusion reactor requires a giant solenoid—which will be the largest pulsed electromagnet ever built. The 1,000 metric ton solenoid located in the center of the ITER tokamak will have 5.5 gigajoules of stored energy and be about 18 meters, or 60 feet, tall.