With printing and dyeing wastewater as the treatment object, using D301 macroporous resin as adsorbent and sodium hypochlorite as regeneration oxidant, the feasibility of the adsorption-oxidation regeneration process treating printing and dyeing wastewater and the influencing factors thereof were studied through the test.

[Method]β-amylase was immobilized through the method of ion exchange adsorption with D301 macroporous anion-exchange resin as carrier.

The adsorption property of reactive deep blue K-R on D301 resin is studied.

The effects of different pervious to light(pigment),inorganic salts(conductance)and acidity to the exchange D301 resin are invesitated.

D301 resin adsorbed with active deep blue K-R was regenerated by H2O2-V2O5 catalytic oxidation,and effect on regeneration efficiency were studied.

Decoloration effect of macroporous resin on UF permeate of soy molasses;

Study on purifying tea saponin by macroporous resin;

Study on microwave assisted synthesis of n-butyl cinnamate catalyzed by macroporous resin;

Purification of total licorice triterpenes with macroreticular resin;

Enrichment process of paeoniflorin from Kunyining Granules with macroreticular resin.;

Study on purification process of total saponin of alfalfa with AB-8 macroreticular resin;

Adsorption and desorption characteristics of macroporous resins to purple sweet potato pigments;

Studies on separation conditions of glucosinolates from the extraction of horseradish with macroporous resins;

Study of adsorption of bioflavonlids from F.tatarium with macroporous resins;