This paper relates to the self-prepared nano-particle ZnO-TiO2 synthetic material for a three-phase photo-catalytic reactor,with which acid red,a dying stuff,is degraded for a laboratory study of photocatalytic degradation of refractory organic pollutants.

The process of simulated sunlight irradiation,H2O2 oxidation and the combination of these two were studied to degrade Acid Red in water,respectively.

Study on the mechanism of coupled oxidation and flocculation treatment of acid brilliant scarlet GR;

Removal of Acid Brilliant Scarlet GR using a new composite adsorbent is presented,which is chitosan coated cellulose and a discussion of several factors such as the amount of adsorbent,pH value,adsorption time.

Study of Fenton's reagent Catalysis oxidation on Acid Brilliant Scarlet GR dye wastewater;

Photocatalysis of the acid brilliant scarlet dyestuff wastewater was carried out by using TiO2-coated ferric oxide.

A test for decomposting of azo dye acid brilliant scarlet GR by ultrasonic wave was introduced.

In this paper, the influence factors and reaction mechanism of using three-dimensional electrode treated dye-wastewater with acid scarlet 3R as a modelpollutant were researched.

Fe/AC was used as the third electrode in a three dimensional electrode reactor which used to degrade the acid scarlet analogue wastewater,the COD and chroma removal rates by two dimensional electrode,three dimensional electrode and Fe/AC three dimensional electrode method was compared respectively,and simultaneously inspected the amount of activated carbon and the service life of Fe/AC.

A new type treating agent bentonite coated chitosan was prepared and the absorption of acid scarlet in dyeing wastewater on modified bentonite were investigated.