High precision corrosive acid gas analyzerSuitable for multiple fields such as metallurgy, petrochemicals, power, environmental protection, and scientific research, it can meet the needs of gas analysis in complex industrial environments and precision research.
High precision corrosive acid gas analyzerDetailed introduction of applicable fields:
Metallurgical field
Blast furnace ironmaking: Analyze the components of CO, CO ₂, O ₂, CH ₄ in the blast furnace gas to optimize the ironmaking process.
Converter steelmaking: Monitor the CO and O ₂ content during the converter gas recovery and control process to ensure safe and efficient steelmaking.
Coking production: Control the O ₂ content during the electric coking process to prevent explosion accidents.
Analysis of dry quenching cycle gas: Monitor the composition of CO, O ₂, H ₂, CO ₂, etc., and optimize the dry quenching process.
Coke oven gas analysis: detecting corrosive gases such as H ₂ S and NH ∝ to ensure gas quality.
petroleum sector
PX/Aromatic Combination Unit: Analyze the components of H ₂, trace water, benzene, ethylbenzene, etc. in the process gas to optimize the production process.
PTA process gas: Monitor CO, CO ₂, O ₂, CH ₄, CH ∝ COOH and other components to ensure the quality of PTA production.
EO/EG process gas: Analyze CO ₂, O ₂, CH ₄, C ₂ H ₆, C ₂ H ₄ and other components to optimize EO/EG production.
Sulfur recovery: Monitor H ₂ S in acidic feed gas and H ₂ S/SO ₂ in Claus tail gas to improve sulfur recovery rate.
power sector
Thermal power generation: Control the content of O ₂ and CO during the combustion process to improve combustion efficiency.
Desulfurization and Denitrification: Monitor the content of SO ₂ before and after desulfurization, NH3 and NO before and after denitrification, and evaluate the desulfurization and denitrification effect.
Exhaust gas emissions from coal-fired boilers: monitoring SO ₂ NO、 Ensure compliance with emission standards for flow rate, particulate matter, etc.
environmental protection field
Industrial waste gas emission monitoring: Monitor SO ₂, particulate matter, flow rate, etc., and evaluate the impact of industrial waste gas on the environment.
Park environmental survey: Quickly adapt to different testing needs, support multi unit data switching, and provide data support for environmental law enforcement.
VOCs traceability: Analyze the composition of volatile organic compounds and trace the source of pollution.
research field
Laboratory gas analysis: supports research in fields such as chemistry and environmental science, providing accurate gas concentration data.
Research on Material Corrosion: Monitor corrosive gas environments and evaluate the corrosion resistance of materials.
other fields
Chlor alkali industry: Monitor the trace water content in corrosive gases such as Cl ₂ and HCl during PVC production process.
Hydrogen peroxide oxidation process: Monitor O ₂ content and optimize hydrogen peroxide production.
The processing of polymer raw materials involves measuring purity, moisture content, and lignin content to control product quality.