University of Illinois gains major plasma/fusion facility from German institute

The University of Illinois at Urbana-Champaign has joined a short list of universities worldwide that has an operating fusion device on its campus. Earlier this year, the Max Planck Institute for Plasma Physics gifted its multi-million dollar plasma/fusion WEGA advanced physics testing facility to the University of Illinois as a result of the relationship the Nuclear, Plasma, and Radiological Engineering (NPRE) plasma/fusion group has developed with the German institute.

Photo of the plasma device at the Max Planck Institute for Plasma Physics as it was being disassembled and prepared for shipment to Illinois.
Photo of the plasma device at the Max Planck Institute for Plasma Physics as it was being disassembled and prepared for shipment to Illinois.

The machine, renamed the Hybrid Illinois Device for Research and Applications, or HIDRA, will make NPRE one of a handful of U.S. nuclear departments offering such a significant facility for plasma/fusion research and education.

“Fusion is a limitless clean source of energy,” explained David Ruzic, a professor and director of the Center for Plasma-Material Interactions (CPMI) at Illinois. “While commercial fusion power is still a long way off, realizing it could dramatically change society. The things we will learn with HIDRA will help us make significant progress in fusion research.

“Fusion is the joining together of light elements—just like what the sun does, and when that happens, energy is released,” Ruzic said. “The sun is made of plasma—hot ionized gas. HIDRA is a device that confines plasma in the shape of a donut—allowing it to be heated and studied. HIDRA will be the first fusion device of its kind solely devoted to studying how the hot confined plasma interacts with the material on the boundary—the walls themselves—and what is learned can directly translate into future fusion energy production.”

The HIDRA will also aid in developing and utilizing new materials for a variety of engineering purposes, along with providing the data to verify computational models.

“Computer resources such as Blue Waters have attracted top computational scientists,” Ruzic said. “The new models they create need to be benchmarked with experimental data. Since our device can run steady state, the amount of data we can generate is enormous. Such a data set could be of great use in verifying and aiding in the creation of new computational paradigms which could eventually transform society.”

Ruzic estimates that it would cost $10-$20 million to build it from scratch. The University’s acquisition of HIDRA began in Summer 2013, when a group of Illinois researchers learned that the Max Planck Institute in Griefswald, Germany, had completed its WEGA experiments and was interested in giving away the equipment. The possibility of transferring the WEGA equipment to the Nuclear Radiation Laboratory, CPMI’s home at Illinois, then became serious. Besides the sheer size of the machine, the disassembly, shipping and rebuilding involves many technical challenges. For example, a European toroidal reactor has never been moved to the United States before; all of its major power components are rated for EU standards and must be adapted to operate in the U.S. electrical network.

The final pieces of the HIDRA plasma devices arrived on November 20, and will begin its new life at Illinois.
The final pieces of the HIDRA plasma device arrived on November 20, and will begin its new life at Illinois.

The technical details were resolved by January 2014, and Ruzic traveled to Germany, with NPRE colleagues Jean Paul Allain and Davide Curreli, to finalize the deal. Ruzic’s former postdoctoral research associate, Daniel Andruczyk, who had worked on the WEGA machine prior to coming to Illinois, was hired as a research assistant professor to run the machine.

In September, researchers and students from CPMI spent a month in Greifswald disassembling, packing, and readying the HIDRA for shipping. Rebuilding will begin immediately upon arrival and operations are expected to begin by the middle of next year.

In addition to enabling research, HIDRA is an exceptional teaching tool. Students will learn as they help rebuild the device this summer and fall. In addition, Andruczyk will begin teaching 200-level, 400-level and 500-level courses in Fusion Device Operations as early as spring 2015. All the students in NPRE’s plasma-track—roughly one-third of our undergraduates (around 50) and one-third of our graduate students (around 25)—will directly benefit by having courses and research projects on the machine.

“I will be teaching a class in the design and operations of fusion devices,” Andruczyk said. “It’s all well and good to know the plasma equations and know the theory, but learning what goes into designing, building and testing such a device is extremely important, and as far as I know there is nowhere else that really offers a course like this.”
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Contact: David Ruzic, Center for Plasma-Material Interactions, University of Illinois at Urbana-Champaign, 217/333-0332, druzic@illinois.edu.

Daniel Andruczyk, Department of Nuclear, Plasma, and Radiological Engineering, University of Illinois at Urbana-Champaign, 217/333-2295, andruczy@illinois.edu.

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