Principle Introduction:Organic waste gas is a type of toxic and harmful gas generated in the production process of industries such as petroleum, chemical, printing and dyeing, plastics, pharmaceuticals, and coatings. These gases often contain hydrocarbons, oxygen-containing organic compounds, nitrogen, sulfur, halogens, and phosphorus containing organic compounds. The traditional methods for purifying organic waste gas include adsorption and condensation. However, these methods often result in incomplete purification and secondary pollution, resulting in substandard environmental emissions. In response to the differences in concentration and composition of organic waste gas and the strict cost concept of customers, our company has designed a thermal oxidation incinerator with high heat recovery and utilization rate to treat organic waste gas of different concentrations and heat values. At the same time, combined with a complete exhaust gas treatment system, we ensure environmental compliance and emissions.

Furnace type classification:
    ☆ Thermal oxidation device with exhaust gas preheater
    ☆ Thermal oxidation device without exhaust gas preheater
    ☆ Thermal oxidation device with waste heat boiler
    ☆ Thermal oxidation device without waste heat boiler

Heat recovery form：
    ☆ Heat transfer oil heating
    ☆ Saturated steam, superheated steam
    ☆ Heating hot air
    ☆ Heating hot water

Processing scale and scope of application：
    ☆ Processing capacity: 0-100x104m³/h
    ☆ Treatment method: thermal oxidation
    ☆ Scope of application: Coating, chemical, pharmaceutical waste gas

Process characteristics：
    ☆ Toxic and harmful waste gas is stably fed into a dedicated waste gas burner for incineration through a safe and stable control system
    ☆ A complete set of safety measures, including equipment safety measures and interlocking control safety measures
    ☆ The high-temperature flue gas generated by combustion is rapidly cooled by waste heat, and steam, hot air, hot water, and heat transfer oil are recovered for production use
    ☆ The combustion of the furnace body is designed according to the principle of 3T (temperature, time, eddy current); The combustion temperature is above 850 ℃, and the flue gas residence time is ≥ 2 seconds; The decomposition efficiency of exhaust gas reaches over 99.99%
    ☆ Equipped with a function that prevents ignition without excluding explosive gases before startup to prevent gas explosion; Safe and effective explosion-proof and explosion-proof design
    ☆ Equipped with a flame detector, which cuts off fuel and exhaust gas in case of flameout or ignition failure
    ☆ It can handle organic wastewater, waste liquid, etc. while processing waste gas
    ☆ According to the amount of waste gas treatment, heat energy (steam, hot water, etc.) can be recovered
    ☆ The combined tail gas treatment includes functions such as dust removal, G-G heat exchange, G-L heat exchange, and spray washing.