The application of CO remove catalyst in air filtration equipment
Carbon Monoxide (CO), as a colorless and odorless highly toxic gas, not only poses a threat to human health (hindering the binding of hemoglobin with oxygen), but also may trigger safety incidents (such as poisoning in confined spaces, industrial leaks). CO is a common pollutant in urban pollution, industrial emissions, and enclosed spaces (such as underground garages, mines, and ship cabins). It is highly toxic (a concentration of 0.1% in the air can be fatal), and highly concealed (colorless and odorless). Traditional physical filtration (such as filters, activated carbon) is difficult to effectively remove it, and requires catalytic oxidation reactions to convert it into harmless CO₂.
Application scenarios: from industry to daily life
CO removal catalysts have been deeply integrated into various air filtration equipment, covering multiple scenarios:
Industrial fields:
Underground mines/tunnels: Filter out CO generated by internal combustion engine operations to prevent workers from poisoning;
Chemical workshops: Treat CO exhaust gas from reaction by-products to meet environmental protection emission standards;
Gas boiler rooms: Purify CO tail gas from insufficient combustion to avoid leakage risks.
Civil and public spaces:
Underground parking lots: Integrated into the new air supply system filtering equipment to reduce the concentration of CO from vehicle idling emissions, ensuring the health of drivers and managers;
Hospitals/laboratories: Cooperate with biosafety cabinets and cleanroom air conditioning systems to remove trace CO generated during experiments or disinfection, maintaining a sterile environment;
High-end residences/commercial complexes: Installed in the central air purification system to deal with CO pollution accompanying urban smog, improving indoor air quality.
Transportation and special scenarios:
Ships/submarines enclosed compartments: Filter out CO from engine exhaust to ensure the safety of crew members during long-term stay;
New energy vehicle battery compartments: Prevent CO leakage from battery thermal runaway to reduce secondary hazards of fires.
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