The chemical stability of Aemion™ across the full pH scale (0-14) helps to unlock the recovery and reuse of various strong chemicals, previously constrained…
PEM electrolyzers are the most common hydrogen generators when used with intermittent renewable power sources (e.g. wind & solar)…
Aemion™ membranes were developed specifically for use in hot and strong alkaline environments.
Ionomr’s polymers are extremely resistant to degradation by draw solutions and other harsh chemicals making them attractive for development of…
Ionomr’s polymers have much wider chemical stability than conventional materials with properties that are highly tunable, making them attractive for development of…
Ionomr’s polymers are soluble in low boiling point solvents, enabling a wide range of processing techniques for coating directly onto porous electrodes.
Ionomr membranes have high ionic conductivity and are thin in comparison to traditional membranes used in electrodialysis systems.
Pemion™ membranes have been developed for superior chemical stability, showing a significant increase in lifetime over perfluorinated materials in Fenton and…
Aemion™ membranes were developed for stability in strong alkaline solutions under the oxidizing conditions of high voltage and current.
Pemion™ has triple the conductivity of leading PEMs, making it an attractive option for continued development of solid-state lithium polymer (Li-Po) batteries…