Technical principles:

     This device is a specialized hazardous waste incinerator that processes liquid waste. It utilizes high-temperature pyrolysis at 850-1100 ℃ to fully decompose organic compounds and harmful compounds containing chlorine, benzene, and phenols in the waste liquid. It is particularly suitable for high concentration organic waste liquid and is widely used in industries such as shipbuilding, chemical industry, pharmaceuticals, printing and dyeing, papermaking, electronics, etc.
In the production process of chemical enterprises, a large amount of organic wastewater and waste liquid are generated, most of which can be treated with conventional biochemical or physicochemical methods. However, there are still some high concentration wastewater and waste liquid that cannot be treated with conventional biochemical or physicochemical methods due to their high organic concentration. Additionally, some high concentration wastewater and waste liquid contain fluorine, inorganic salts, etc. Traditional water treatment methods are powerless to handle this, At this point, our company's wastewater and waste liquid incinerator is undergoing treatment.

Device function:

    ☆ Processing capacity: 50-5000kg/h

    ☆ Treatment method: low-temperature pyrolysis, high-temperature oxidation
    ☆ Scope of application: Chemical waste liquid, non combustible high concentration wastewater, waste acid, waste alkali, combustible waste oil, waste solvent, non PCB and various high salinity wastewater, etc

Our company's advanced technology:                                                          

    ☆ Combined atomization ceramic technology
    ☆ Guiding wall diversion and heat storage technology
    ☆ Combined waste heat recovery technology

Heat recovery type:
    ☆ Hot air and hot water
    ☆ Heating heat transfer oil
    ☆ Saturated steam                             

 Structural features:                                                                 

    ☆Design different furnace types and temperature control methods based on the composition of wastewater.

    ☆ Simultaneously treating organic waste gas and solid waste while treating wastewater.

    ☆ Equipped with a function that prevents ignition without excluding explosive gases before startup to prevent gas explosion.

    ☆ The furnace is equipped with a flame detector, which automatically cuts off the supply of waste liquid and fuel in case of flameout or ignition failure in the furnace.

    ☆ The alarm system is complete, safe and reliable.

    ☆ The furnace body adopts a tangential atomization device - an internal mixed dual fluid atomizer nozzle.

    ☆ Its mixing degree, atomization effect, combustion speed and efficiency are extremely high, and the excess air coefficient is low, which can save a lot of fuel. The atomization nozzle has a large diameter and does not require high viscosity and impurity content of the fluid, making it difficult to block. Low pressure spray is adopted, which is not easy to wear and failure, and has good combustion effect.

    ☆ Design different furnace temperature control methods based on the salt content in the wastewater to ensure that inorganic salts do not hang on walls or melt in the furnace during incineration, and do not float out with the flue gas.

     ☆ Use the most economical and reasonable method to treat the dust and acidic gases generated during the incineration process, fully ensuring that wastewater incineration does not generate secondary pollution.

    ☆ Consider the utilization of waste heat after wastewater incineration.