The invention provides a
metal-organic frame material Cu-BTC for removing
nitric oxide with the
selective catalytic reduction method, and belongs to the field of
flue gas
denitrification. The
metal-organic frame material Cu-BTC for removing
nitric oxide with the
selective catalytic reduction method is characterized by adding Cu-BTC to a
reaction tube, charging N2, heating to reach 180 to 250 DEG C, maintaining for more than 1.5 hours, preparing particles of 20-60 meshes through activated Cu-BTC, transferring into another
reaction tube with silica
wool plugged, and then charging NO, NH3, O2 and N2, wherein the
mixed gas is at flow rate of 100-200ml / min; and each of gases is at the concentration shown as NO=NH3=500-1,000ppm, O2 accounts for 2 to 5%, and N2 serves as balanced gas; and the reaction condition is that the temperature is 140 to 320 DEG C. The
metal-organic frame material Cu-BTC is used for the first time in the
selective catalytic reduction method for removing
nitric oxide by using NH3 as a
reducing agent, and shows a good catalyzing effect in the low-temperature selective catalytic reduction method for removing nitric
oxide; and the material has the advantages of being nontoxic, harmless, convenient to manufacture, low in price, etc., and is a potential good catalyzing material.