CCC nhà máy nóng chảy nồi hơi nhiệt chất thải để đốt chất thải nguy hiểm và chất thải rắn

Other Videos
June 04, 2025
Category Connection: Máy điện
Brief: Discover the High Efficiency Power Plant Machines Circulating Fluidized Bed Boiler, designed for low nitrogen environmental protection and high efficiency desulfurization. This advanced boiler utilizes CFBC technology for clean combustion, reducing pollution and optimizing energy use. Perfect for hazardous and solid waste incineration, it ensures reliable performance with cutting-edge design.
Related Product Features:
  • Utilizes circulating fluidized bed combustion (CFBC) technology for efficient and clean fuel burning.
  • Features steady state design theory for consistent performance and uniform temperature distribution.
  • Incorporates flow reconfiguration theory to reduce power consumption and wear.
  • Achieves low nitrogen emissions (50-120mg/Nm3) with SNCR technology for ultra-low emissions.
  • High-efficiency desulfurization with 90-98% efficiency using limestone in the furnace.
  • Equipped with high-efficiency separation technology for 99.6% separation efficiency.
  • New hood and air distribution device ensures uniform air flow and easy maintenance.
  • Wide fuel adaptability, including anthracite, lean coal, bituminous coal, and more.
Faqs:
  • What types of fuel can the Circulating Fluidized Bed Boiler use?
    The boiler can use a wide range of fuels, including anthracite, lean coal, bituminous coal, lignite, coal gangue, and slime, thanks to its strong heat storage capacity and efficient combustion technology.
  • How does the boiler achieve low nitrogen emissions?
    The boiler controls initial NOx emissions within 50-120mg/Nm3 using fluid reconfiguration theory, low-temperature combustion, staged air supply technology, and optimal air distribution design, achieving ultra-low emissions with SNCR.
  • What is the desulfurization efficiency of the boiler?
    The boiler achieves a desulfurization efficiency of 90-98% when the Ca/S ratio is 1.8-2, using limestone in the furnace, which significantly reduces operating costs and environmental impact.
Related Videos