The Pyrochemical Research and Operations (PyRO) lab explores unique chemistry at high temperatures to develop reliable sensors and sustainable processes for the production of energy and critical materials
Molten salts provide a process media that has high thermal and electrochemical stability. The page highlights unique aspects of and recent developments in molten salt chemistry
We specialize in the handling and high-temperature processing (pyroprocessing) of actinide and rare earth metals including electrorefining and chloride volatility.
RAISE is an instructor- and/or peer-reviewed journal that publishes papers in the field of electrochemistry with a specific aim to fill the instructional gap between broad textbooks and advanced scientific studies to help raise the next generation of electrochemists and electrochemical engineers and raise the quality of electrochemical studies. This journal welcomes studies that clearly convey the fundamentals of electrochemical methods, theory, measurements, and/or analyses in various applications. The journal will consider submissions with positive and negative findings.
There is no article processing charge. The journal is now accepting submissions!
See the Aims and Scope for a complete coverage of the journal.
The PyRO (Pyrochemical Research and Operations) Lab consists of 3 laboratory rooms with multiple gloveboxes (see picture above). One room is a shared laboratory with Nuclear Engineering Reactor Desing (NERD) Research Group, which synergistically works on molten salt reactors. Another room is being developed into the HEET (High-Efficiency Electrochemical Test) facility where hydrodynamic electrodes can be prototyped and tested for rapid, in situ corrosion and property measurements. The last room is the wet lab where bench-top aqueous systems can be used to rapidly test new equipment and samples for various chemical analyses can be prepared.