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Monovalent Cation Exchange Membranes with Extreme Selectivities and Permeance Enabled by Quaternized and Crosslinked Ultrathin Films

Monovalent Cation Exchange Membranes with Extreme Selectivities and Permeance Enabled by Quaternized and Crosslinked Ultrathin Films is a funding opportunity from NSF, closing August 31, 2029.

Funder
NSF
Funding
Grant / contract
Deadline
Aug 31, 2029
(1128d left)

Overview

Wind and solar power generate energy intermittently. Low-cost, grid-scale energy storage can help ensure energy is available on demand. Redox flow batteries are promising grid-scale storage technologies, but their cost is too high for broad use. A major reason is the costly membrane that separates the two liquid…

Monovalent Cation Exchange Membranes with Extreme Selectivities and Permeance Enabled by Quaternized and Crosslinked Ultrathin Films | Go Fund It Now