CX-270404: Infrastructure Upgrade for Nuclear Engineering Research and Education at Virginia Tech

Categorical Exclusion Determination

Office of NEPA Policy and Compliance

July 24, 2017
Estimated Read Time   min

The Virginia Polytechnic Institute and State University proposes to enhance the infrastructures for the nuclear engineering research and education at Virginia Tech in the following experimental and computational areas: 1) Development of advanced measuring techniques to quantify the effects of turbulent coolant flow on flow-assisted corrosion-erosion of reactor materials; 2) Development of 3-D light field techniques to measure singleand two-phase flows; 3) Development of computational nuclear engineering infrastructure for Nuclear Energy Advanced Modeling and Simulation (NEAMS). These objectives will be accomplished by purchasing the following equipment: a phase array ultrasonic pipe thickness monitor, a wall shear stress monitoring system, a constant temperature anemometer system, two corrosion system data loggers, a fluid-motion 3D light-field camera system, and parallel computing clusters and workstations.