product presentation

    　　(1)Oxidize HC, CO and soluble organic matter SOF in diesel exhaust to generate H2O and CO2

    　　(2)The passive regeneration of CDPF was realized by oxidizing NO to NO2 and deoxidizing soot. The low temperature and rapid reaction of the back-end SCR catalyst was realized

    　　(3)Direct oxidation of fuel injection HC increased the inlet temperature of CDPF catalyst, and active CDPF regeneration was achieved by burning soot

    　　Applicable to national V, national VI emission standards for road diesel engines and national IV and above emission standards for non-road diesel engines

technical parameters

    　　(1)The ignition temperature of HC, CO and SOF is low, and the purification efficiency is over 90%

    　　(2)Low temperature NO oxidation is strong, can greatly improve SCR low temperature NOx conversion;

    　　(3)With a wide NO oxidation window and a high NO2 ratio, CDPF can be continuously passive regeneration, reducing the active regeneration frequency of CDPF and fuel consumption

    　　(4)Good resistance to high temperature hydrothermal aging and sulfur resistance, long service life