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2004•Journal of Chemical Industry and EngineeringRequires access

Technologies for removing SO_x and NO_x from flue gas simultaneously

Zhao Hai-hong

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Abstract

The methods for controlling the venting of SO_x and NO_x in the flue gas effectively are described. The technologies for removing SO_x and NO_x in the flue gas simultaneously are reviewed, It is pointed out that the regenerable catalytic oxidation reduction method is a promising dry process for removing SO_x and NO_x in the flue gas simultaneously.

About this research paper

What this paper is about

The methods for controlling the venting of SO_x and NO_x in the flue gas effectively are described. The technologies for removing SO_x and NO_x in the flue gas simultaneously are reviewed, It is pointed out that the regenerable catalytic oxidation reduction method is a promising dry process for removing SO_x and NO_x in the flue gas simultaneously.

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Available abstract

The methods for controlling the venting of SO_x and NO_x in the flue gas effectively are described. The technologies for removing SO_x and NO_x in the flue gas simultaneously are reviewed, It is pointed out that the regenerable catalytic oxidation reduction method is a promising dry process for removing SO_x and NO_x in the flue gas simultaneously.

Key concepts: Flue gas, Process engineering, Chemistry, Flue, Reduction (mathematics), Selective catalytic reduction, Chemical engineering, Catalysis

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