University of Nevada, Reno partners with Argonne to offer training in nuclear packaging
Nuclear packaging — used for the storage, transport and disposal of radioactive waste — is a global challenge, critical to ensuring U.S. safety and security. The U.S. Department of Energy’s (DOE) Argonne National Laboratory has partnered with the University of Nevada, Reno to offer DOE training courses for the university’s graduate certificate program in nuclear packaging. The unprecedented partnership leverages the resources and expertise of the DOE, national laboratories and academia.
The holistic, experience-driven program appeals to a diverse community of engineers, analysts and users in the United States and abroad. Students report that the program offers invaluable practical knowledge that permits them to immediately ramp up their skills to support the safe and secure transportation of nuclear and other radioactive materials.
The university has conducted nuclear packaging research since 1993. Four other national laboratories — Lawrence Livermore, Oak Ridge, Sandia and Savannah River — have joined Argonne in the training effort. To date, 88 students have enrolled in the course; the first certificate was awarded in 2017.
Albemarle Corporation, Argonne streamline lithium extraction from brine
As the global demand for electric vehicles continues to grow, auto manufacturers in the United States seek a domestic supply of lithium, a key component in EV batteries. In response to this increasing need, global chemicals producer Albemarle Corporation has partnered with Argonne to identify more efficient ways to produce lithium at its Silver Peak plant in southwestern Nevada.
Under a DOE grant, an Argonne/Albemarle research team is investigating processes that would streamline the commercial production of lithium hydroxide from brine resources at Albemarle’s plant in Nevada’s Clayton Valley. The Silver Peak site is said to be the only lithium-producing resource in the United States.
The team’s goal is to design a novel technology that would eliminate steps in the current state- of-the-art process by going directly from lithium chloride to lithium hydroxide. Such a technology, scientists believe, would mark a pivotal discovery in advancing green technology.