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The primary objectives of this effort are (1) to develop and test analytical protocols for analyzing the concentration and mineralogy of rare earth elements in coal-related materials using laser-induced breakdown spectroscopy (LIBS) and Raman spectroscopy; (2) to develop a field-portable system for LIBS and Raman analysis of rare earth elements (REE) in coal-related material; and (3) to analyze the concentration and mineralogy of REE in a variety of coal-related materials principally from New Mexico coal deposits. The project is divided into two tasks. In task 1 the team will construct a field-portable prototype unit for LIBS/Raman analysis of REE in coal-related materials; field test and demonstrate the unit at New Mexico field sites; revise analytical protocols as applicable. In task 2 the team will develop analytical methods specific to the quantification of REE in various coal-related materials, developing a broader database on REE concentrations and physical forms in a variety of coal-related materials.

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Schematic representation of the project
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Principal Investigator
George Guthrie
geo@lanl.gov
Project Benefits

Such sensors could be useful for myriad purposes besides REE detection in coal, such as monitoring of REE content in process streams, detection of upsets during industrial processing, and rapid testing and validation of new extraction or separations techniques. In addition, the modeling and laboratory studies of the REE-ligand associations will contribute to fundamental understanding of the complexation behavior of lanthanides.

Project ID
FWP-FE-781-16-FY17