The invention discloses a method for electro-regeneration of a membraneless
ion exchange resin based on an equivalent
filter element electrode, which aims at reviving and regenerating inactive cation and anion exchange resin and
chelating resin, etc. by using an
electrode reaction and OH<-> and H<+> produced in hydrolytic dissociation. A microporous
filter element electrode is adopted and the power is supplied by a
direct current power source or a chemical power source. When in regeneration, the
external pressure of an regeneration chamber of the
filter element electrode is higher than the
internal pressure of the filter element electrode; displaced counter ions enter into the exterior of an electrode filter element under the
coupling effect of an
electric field force and a
water flow drag force, and an electrochemical
reaction system is lead out to realize the regeneration of the resin. The
anode derived water is
disinfectant fluid with
acid oxidation potential and used for regenerating an acidulous cation resin; the
cathode derived water serves as
raw water for regeneration after going through acidulous resin treatment. The method dispenses with expensive
ion exchange membranes, avoids defects of blocking and electrode scaling, etc., owing to the features of membranes and has wide market prospect in a swage treatment industry.