Chemical Compatibility

Deionization / EDI System — Water/Aqueous

Strong evidence

Named chemicals

water (distilled/demineralized)ultrapure waterboiler feed wateracid and caustic regenerantsdissolved ions

What LibertyCES's vendor documentation shows

Real, quantified tradeoff: Single-Bed and Mixed-Bed both use chemical regeneration and require batch downtime, while CEDI is the only chemical-free continuous option of the three — 99.9% dissolved ion removal across the family. The distinctive engineering detail is the EDI-Series' Thin-Concentrate Non-Scaling Technology plus non-scaling electrode system with no concentrate recirculation, which addresses the specific EDI failure mode of scale buildup on the electrode/concentrate side — captured from no other DI/EDI vendor in this project. AXEON's DI application list spans pharmaceutical, semiconductor, power generation boiler feed, cosmetics, automotive, glass/mirror production.

Materials documented for this service

Patented Excellion membrane
Compact aluminum skid
Thin-Concentrate Non-Scaling Technology and a unique non-scaling electrode system with no concentrate recirculation

Products cited for this service

AXEON Down Flow Deionization — Single-Bed (separate cation/anion tanks, independent regeneration, cost-effective for high volume)Mixed-Bed (combined cation/anion resin in one vessel, highest purity, final polishing)Continuous Electrodeionization / CEDI (electrical regeneration, no chemical regenerants, continuous operation)AXEON EDI-Series (resistivity >16 MΩ·cm typical and up to 18 MΩ·cm, flow up to 7 GPM, >90% water recovery, patented Excellion membrane, 2 MΩ DI sensor with red/green indicator, 5-micron pre-filter included, compact aluminum skid, operates independently of RO)

Sourced to

data/vendor-sources/axeon-water-filtration-ion-exchange-disinfection-injection.md

Every material and product claim on this page traces to the vendor documentation listed above. Chemical compatibility depends on exact concentration, temperature, and duty cycle — confirm current specifications with the manufacturer and request a spec review before final specification.

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