TECHNOLOGY TRANSFER Annual Report 16 Exelon and FuelCell Energy INL, Argonne National Laboratory, National Renewable Energy Laboratory and Sandia National Laboratories will support a CRADA to address the technical feasibility and business case for using a nuclear power plant to produce bulk hydrogen for energy storage, industrial uses and fuel-cell vehicle filling stations. LightMAT The goal of this project between INL, Oak Ridge National Laboratory, Diversitak and ArcelorMittal is to develop a new manufacturing process to reduce the weight of a vehicle and lower the cost of weight reduction. IHB Technologies, Inc. BEA will conduct pelleting tests using a commercial scale pellet mill with the IHB binding product, evaluating the impact of IHB on the physical properties of pellets produced and energy consumption of the pelleting process. Cooperative Research & Development Agreement (CRADA) Highlights BEA will conduct pelleting tests using an IHB binding product. INL will enhance RAVEN to identify and increase the safety margin in nuclear reactor systems. The following CRADA highlights are part of the TCF initiative, which is focused on supporting the commercialization and deployment of promising energy related technologies that have commercial potential. AREVA This CRADA will create a production-grade high temperature gas-cooled reactor physics and system analysis package from software that was created at INL, allowing AREVA to analyze the performance of its own HTGR concept. FPoli INL will enhance RAVEN, a software tool, in order to identify and increase the safety margin in nuclear reactor systems by focusing on industry application development needs. TerraPower, X-Energy and Southern This CRADA will improve the economics of Generation IV advanced reactors by developing an analytical methodology for seismic isolation of systems and large components, focused on systems that optimize advanced reactor concepts and reduce cost. NextAxiom INL will develop a scalable computer-based procedure solution and commercialization strategy to provide fieldworkers a streamlined and dynamic work experience to improve human performance and overall efficiency. WindSim This CRADA will advance DOE-funded Dynamic Line Rating of Overhead Transmission Lines methodology and research software toward a viable commercial product that is intended to be complementary to existing line rating solutions.