Excellent wide-temperature activity: applicable in the temperature range of 150–350 °C.
CO Oxidation + SCR DeNOx + VOC Oxidation
One bed enables synergistic multi-pollutant control, reducing traditional multi-layer catalyst stacking
Fewer Catalyst Beds, Lower Retrofit Cost
Reduces repeated arrangement of CO catalyst, SCR catalyst and VOC oxidation layers, lowering reactor volume, flue modification work and installation costs
Low-Pressure-Drop Design Optimizes Energy Use
Fewer catalyst beds reduce system resistance, lowering fan energy use and long-term operating costs
Suitable for Upgrading Existing Projects
Existing SCR systems can be upgraded or replaced to add CO/VOC synergistic control capability without large-scale flue modifications
Within 280-420°C, it enables simultaneous CO oxidation, SCR DeNOx and VOCs removal. CO conversion reaches over 98%, SCR efficiency reaches over 95%, and it also delivers excellent removal performance for certain VOCs.
Independent NOx, CO and VOCs catalyst beds require more equipment and create a more complex process
Multiple catalyst modules, reactors, ammonia injection systems and other supporting equipment increase investment
Limited flue space in existing equipment makes retrofitting difficult
CO + NOx + VOCs Three-in-One
Fewer beds, less equipment
Lower pressure drop, lower energy consumption
Easier retrofitting, lower costs
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