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The Department of Energy is seeking to develop high-performance cation exchange media with improved thermal stability and ion exchange capacity for use in high-temperature applications.
Develop cation exchange media with improved thermal stability (≥ 250°F), total mixed bed ion exchange capacity (>0.8 milliequivalents per milliliter), and low solubility in dilute alkaline solution at elevated temperature.
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Verify on SAM.govProblem Statement: NNL is interested in developing cation exchange media with enhanced performance characteristics. Traditional cation-anion mixed bed organic resins have an operating temperature range limited by the anion resin thermal stability limit of 140°F. To complement development of high-temperature anion media, NNL is seeking a cation media that meets the following
requirements: Improved thermal stability to enable normal operating temperature ≥ 250°F at saturation pressure or above; Total mixed bed ion exchange capacity >0.8 milliequivalents per milliliter; Low solubility in dilute alkaline solution at elevated temperature. Prospective offerings should include a description of the changes to typical media (organic resin) properties (e.g. chemistry, structure) or of new media materials that would meet the
requirements above. The selected materials will be tested for cation exchange capacity, solubility, and physical integrity at varying temperatures and durations. Q&A to be held during the next four weeks, please reach out to POC to be included on Q&A Cognizant Scientist: John Arnason Cognizant Manager: Cassandra Dickson ATIP Contracting , c/o Fluor Marine Propulsion, LLC P.O. Box 1072 Schenectady, NY 12301 USA to this opportunity.
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