Semi-dry desulfurization equipment employs advanced desulfurization processes and supports customized manufacturing to meet diverse industrial needs. The device is capable of handling SO₂ concentrations up to 1000 mg/L, achieving a purification rate of 99%, a desulfurization efficiency of 95%, and a dust removal rate of 98%, while ensuring an outlet dust concentration of less than 30 mg/m³. The equipment is made of stainless steel, carbon steel and other materials, and the semi-dry desulfurization equipment has excellent corrosion resistance and anti-aging protection properties, which is very suitable for treating flue gas and black smoke. It operates on an external tower cycle system, operating at 380V and consuming 8000W in power consumption, ensuring reliable performance and high-quality output. Designed to be robust and efficient, semi-dry desulfurization equipment delivers consistent results in a wide range of industrial exhaust gas control applications.
Applications
1.Coal-fired power plants and industrial boilers
2.Steel sintering and pelletizing flue gas treatment
3.Non-ferrous metal smelting and chemical production
4.Waste incineration and biomass energy plants
5.Cement, glass, and ceramic kilns
6.Municipal and industrial black smoke/fume control
Equipment Features
Advanced semi-dry process
Combined with dry powder jetting and humidification reaction, it efficiently removes SO₂ without wastewater output.
Customizable design
Allows for custom configurations based on gas flow rate, concentration, and space constraints.
Efficient removal rates
Up to 95% desulfurization and 98% dust removal rates can be achieved with a single system.
Robust material options
Available in stainless steel, carbon steel, and coated variants for corrosion and temperature resistance.
External Circulation Loop
Enhances reaction stability and simplifies maintenance channels.
Automated Control System
Includes real-time monitoring of pressure, temperature, and reagent injection for optimal operation.
Advantages
Low operating costs: minimal water consumption and no wastewater treatment.
Compact structure: suitable for renovation projects and venues with limited space.
Adaptable: Stable performance under changing flue gas conditions and load fluctuations.
Energy saving and efficiency: Pressure reduction, optimized power consumption, and overall energy consumption.
Easy maintenance: The modular design and external circulation facilitate quick inspections and component replacements.
Environmentally friendly: Produces dry solid byproducts that can be safely disposed of or used in construction materials.
FAQ
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