Automatic Vocs Treatment RCO Equipment with Regenerative Catalytic Combustion System

Waste Treatment
January 03, 2025
Category Connection: Waste Treatment
Brief: Discover the Automatic VOC Treatment RCO Equipment with Regenerative Catalytic Combustion System, designed to efficiently treat volatile organic compounds (VOCs) from industrial waste gases. This advanced system ensures compliance with environmental standards through automated purification, high-efficiency adsorption, and energy-saving features.
Related Product Features:
  • Automated purification and desorption process with no secondary pollution.
  • Two-stage dust filtration ensures high purification efficiency and extends adsorption device lifespan.
  • Uses honeycomb activated carbon or zeolite molecular sieve for high adsorption capacity (25% of material weight).
  • Precious metal palladium and platinum catalysts offer low resistance, high activity, and long service life.
  • Waste heat utilization reduces energy consumption by using hot air from catalytic combustion for desorption.
  • PLC control system ensures safe, stable, and fully automated operation.
  • Catalytic combustion rate exceeds 97%, maintaining spontaneous combustion at 2000ppm VOC concentration.
  • Compact design with high conversion efficiency and stable performance for industrial applications.
Faqs:
  • What types of VOCs can this equipment treat?
    The equipment is designed to treat a wide range of volatile organic compounds (VOCs) emitted during industrial production processes, ensuring compliance with environmental standards.
  • How does the regenerative catalytic combustion system save energy?
    The system utilizes waste heat from catalytic combustion to preheat the desorption air, significantly reducing energy consumption and operational costs.
  • What is the expected lifespan of the adsorption materials?
    The specially formed honeycomb activated carbon or zeolite molecular sieve has a long service life due to its high adsorption capacity (25% of material weight) and low operating resistance.
  • Is the system fully automated?
    Yes, the PLC control system ensures fully automated operation, including catalytic combustion heating and desorption processes, with temperature feedback for precise control.