Municipal Solid domestic automatic Urban garbage recycling waste sorting plant line system

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November 10, 2025
Brief: Discover the Municipal Solid Domestic Automatic Urban Garbage Recycling Waste Sorting Plant Line System, a cost-effective and durable solution for developing countries. This system efficiently handles mixed Municipal Solid Waste (MSW) with low-energy physical sensing and easy-maintenance mechanical sorting, ensuring high accuracy and environmental compliance.
Related Product Features:
  • Low-Energy Spectrum-Mechanical Detection System identifies 12 waste types with ≥98.5% accuracy using 15% less energy.
  • Adaptive Mechanical Sorting Unit processes 500-800 tons/day, 30x faster than manual sorting, with basic maintenance needs.
  • Simplified Closed-Loop Environmental Module integrates 3 eco-devices, ensuring no secondary pollution and ≥99.2% dust collection efficiency.
  • Sorted recyclables achieve ≥97.5% purity, boosting resource utilization to 80% for immediate economic returns.
  • 25% lower initial investment and 30% lower annual O&M costs compared to developed countries' systems.
  • Rugged design resists humidity, dust, and voltage fluctuations, ideal for developing regions.
  • Staff can master operations in just 15 days, reducing training time and costs.
  • Meets ISO 14001 standards, ensuring environmental compliance and sustainability.
Faqs:
  • What types of waste can the system sort?
    The system can identify and sort 12 waste types, including plastics, metals, and kitchen waste, with ≥98.5% accuracy.
  • How much waste can the system process daily?
    The system can process 500-800 tons of waste per day, which is 30 times faster than manual sorting methods.
  • What are the environmental benefits of this system?
    The system integrates a closed-loop environmental module with ≥99.2% dust collection efficiency and meets ISO 14001 standards, ensuring no secondary pollution.
  • How does this system compare to others in terms of cost?
    This system offers 25% lower initial investment and 30% lower annual O&M costs compared to systems in developed countries.