The catalyzed iron reduction technology based on reductive reaction with zero valent iron and catalysis of cathodic metal can reduce many refractory contaminants in industrial wastewater including halogenated compounds,nitro-aromatic compounds,azo dyes and high-valence toxic metals.

Effect of aeration on catalyzed iron internal electrolysis for organic wastewater treatment;

Researches on catalyzed iron internal electrolysis as an physicochemical method for treating synthetic leather wastewater;

Study on Coagulation of Catalyzed Iron Internal Electrolysis;

Influence of catalyzed iron inner electrolysis technique on the formation of extracellular polymeric substances.;

Based on this,the feasibility and capabilities of the catalyzed iron inner electrolysis(CIIE) process were investigated,in which the CIIE is set after the biological process and the effluent is treated by the flocculation pr.

Pilot-scale test was conducted on method of catalyzed iron inner electrolysis-A/O suspended carrier biofilm process for treating fine chemical wastewater, and removal effects of main pollutants were studied and analyzed.

Electrochemical behavior and electrocatalytic reduction of the Keggin-type transition metal substitute tungstoborate anions;

The electrocatalytic reduction of nitrite has been studied by ferricyanide at GCE.

Electrocatalytic reduction of O2 and H2O2 at the glass carbon electrode modified with microperoxidase 11 immobilized with Nafion film has been studied by means of cyclic voltammetry and rotating disk electrode techniques.