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“We believe that being selected first by our esteemed proposal partners and then winning the DOE award recognizes STI’s unique HTS manufacturing process and our ability to achieve high performance, cost efficiencies and commercial scale capacity,” stated STI’s president and chief executive officer Jeff Quiram. “In addition, the significant wire improvement goals for this program will address our customers’ desire for increased infield magnetic performance and high performance/low cost wire for many applications, such as motors, generators, magnets, power cables and MRI machines. STI expects to transition from R&D to full scale production of motor- and generator-optimized wire during the three-year project plan, which will enable our superconducting technology to be introduced into Next Generation Electrical Machines utilizing high performance/low cost HTS wire."
TWMC’s president Pat Rogers stated, “TWMC recognized the immense value of superconductor technology for high-power electric machines early, and we are committed to their commercialization. We look forward to collaborating to develop the transformational technology needed to achieve commercial viability of high power superconducting next-generation electric machines.”
MIT’s Plasma Science and Fusion Center Assistant Director Joseph V. Minervini stated, “STI’s goal of high performance at low cost can be a game changer for a wide range of applications, not only at temperatures near liquid nitrogen, but also at lower temperatures.”
UNT’s Assistant Professor Materials and Science Engineering Dr. Marcus L. Young stated, “By bringing together university knowledge and capabilities from MIT and UNT with STI, a world class manufacturer of superconducting materials, and TWMC, the end user and device maker with over 100 years of experience in motor design and application, the full range of research and development to product manufacturing and wide scale commercialization of superconducting materials will be achieved.”

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Quiram continued, “STI has demonstrated the ability to incorporate pinning into our superconductor without using additional elements. This technique is now protected, allowing STI to meet the needs of our customers without the cost and difficulty of an increasingly complex manufacturing process. We believe that this will allow us to deliver the highest performing wire with high manufacturing yields, enabling us to be a market leader. Our proprietary RCE-CDR process makes Conductus wire ideal for applications such as motors, generators, MRI and NMR machines that require high in-field performance. We are excited about the growing demand for more efficient alternatives to traditional materials and designs, as well as our positioning in the industry.”
Reactive Co-evaporation and Cyclic Deposition Reaction Rare Earth, Barium, Copper Oxide (ReBCO) materials are recognized as a superior superconductor by offering better performance in a magnetic field. STI’s RCE-CDR process grows a ReBCO superconductor film onto a flexible template. This process requires accurate temperature, uniform pressure, precise ratios of elements and the presence of oxidizing atmospheres to grow high performance superconducting materials. The company’s RCE-CDR system is scaled for large batch operation to insure every portion of superconducting wire has uniform material properties.