Study on simultaneous removal of SO_2 and Hg in wet flue gas desulfurization;

A mathematical model was established, for simulating the separation efficiency of demisters with serrated baffles in a wet flue gas desulfurization tower, based on a group of equations, which describe the two phase flow within demisters, to be closed with both a k-ε and a particle-track model.

Several issues about effection of wet-type boiler-flue gas cleaner in measurement;

Study on the wet catalytic oxidation of H_2S to sulfur by Fe/Cu catalyst;

Effect of sintering pressure on behaviours of copper-base wet frictional materials;

At present wet limestone-gypsum in the wet desulfurization is one of the most popular methods in the world because of its low cost in materials, easy access, less investment, low operation cost and wide application.

Study on treatment of chemical industrial wastewater by wet oxidation technology;

Research and development in the reactive systems of wet oxidation abroad;

In order to study the feasibility of treating TNT red water with wet oxidation method and determine the optimum technology conditions,various parameters affecting the chemical oxygen demand(COD) value,such as reaction temperature,reaction time,pH value of in fluent and initial reaction pressure of oxygen,were investigated.

Treatment of degradation-resistant pesticide wastewater with high salinity by wet air oxidation;

Fixing wastewater treatment by combination of wet air oxidation and catalytic wet air oxidation;

Study on the treatment of dye wastewater by wet air oxidation;