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  • Waste incineration plant

    Waste incineration plant

    Product Review:

    Advanced combustion technologies including one-stage pyrolysis gasification, swirl combustion and co-combustion in open air, as well as secondary combustion and complete combustion are incorporated into the equipment.
     The primary combustion chamber incorporates combustion gasification technology allowing the internal gas temperature in the furnace to be raised from 200°C to 400°C, and avoid formation of melted blocks, slag blocks or sintering during combustion. The secondary mixing combustion chamber is equipped with secondary combustion burners and air ring feed. At 1100°C, the combustible gases can burn completely, mixing effectively the gas produced at gasifier with air for prevention of carbon material output and slow combustion in flame. When the combustion gas enters into high temperature combustion chamber, the tangential inlet and tangential auxiliary air inlet facilitate combustion, enabling the flue gas to burn completely in combustion chamber again, using rotating air flow to dedust the flue gas. Flue gases reside in combustion furnace for more than 2 seconds, ensuring complete combustion of combustible gases and substances in fly ash. Dry tail gas sweetening equipment is installed in the upper section of waste incinerator to adsorb and sweeten hydrogen chloride, sulfur oxides and other substances produced by combustion. The flue gas sweetening system is equipped with filter bricks made of slaked lime for neutralization of acidic gases and sweetening of tail gases

    Application Sphere:

    The equipment is suitable for treatment of medical waste, animal carcasses, solid domestic and industrial waste.

    Product Advantages


    Engineering and design: We develop full-cycle plants—from receiving and sorting to ash disposal.
    High precision: Automated combustion control systems maintain optimal temperatures for the complete destruction of hazardous compounds.
    Technological solutions: We implement energy recovery systems, converting waste into free heat for the plant.
    Process guarantee: We guarantee compliance of all emissions with state environmental and safety standards.

    FAQ

    How is environmental safety ensured when incinerating waste within a city or industrial zone?

    Safety is achieved through a multi-stage flue gas cleaning system. ASMEX PETROCHEM plants use scrubbers, bag filters, and dioxin neutralization systems. This helps keep emissions within Uzbekistan's strict environmental standards, preventing the formation of unpleasant odors and harmful substances in the atmosphere.

    What benefits does the company receive from thermally processing its own waste?

    The main advantage is a dramatic reduction in waste volume (up to 90%) and significant savings on logistics and landfill disposal. Furthermore, modern waste incineration plants can operate in power generation mode, generating heat or electricity for the production process itself, reducing overall production costs.

    How durable is the furnace lining when working with heterogeneous waste compositions?

    We use high-tech refractory materials resistant to sudden temperature changes and chemical corrosion. Furnace design takes into account the specific waste morphology in our region. Proper selection of linings and combustion control systems allows the plant to operate for years without major heating unit maintenance.