Electrologic develops electrode and ion-exchange membrane materials for capacitive deionization, and electrode materials for battery applications — two markets built on the same underlying discipline: engineering how ions move at a charged surface.
CEM / AEM = cation- / anion-exchange membrane. Ions migrate under an applied field and are held at the electrode or membrane until the cell is regenerated.
Every electrochemical device is only as good as its electrode-ion interface.
Capacitive deionization removes dissolved ions from water by holding them at a charged, high-surface-area electrode; a battery stores energy by moving ions between two electrodes through an electrolyte. Different outcomes, same underlying problem — get more ions to the electrode surface, hold them there efficiently, and do it again for millions of cycles without the material breaking down.
Electrologic works on that shared problem from both directions: electrode and membrane materials for CDI, and electrode materials for battery cells.
Porous carbon electrodes and cation/anion-exchange membranes for membrane capacitive deionization (MCDI) — for brackish water desalination, softening, and process water polishing.
Anode and cathode active-material formulations, coated onto current-collector foils, for cells in energy storage, mobility, and consumer-electronics applications.
Early-stage. Deliberately.
Electrologic is currently in the materials research and development phase across both product lines, validating electrode and membrane formulations before committing to first production runs.