Shredding Line for RDF Production

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Shredding Line for RDF Production

RDF Processing Plant: Transforming Waste into Sustainable Energy

 

An RDF (Refuse-Derived Fuel) Processing Plant is a cutting-edge facility designed to convert non-recyclable municipal and industrial waste into high-calorific alternative fuels. By integrating advanced sorting, shredding, and refining technologies, these plants prioritize resource efficiency, environmental compliance, and energy recovery, aligning with global circular economy goals.

 

Key Components & Technologies

Waste Sorting & Pre-Treatment

​Magnetic Separation: Removes ferrous metals via high-efficiency iron separators to ensure fuel purity.

​Air Classification: Separates lightweight combustibles (plastics, textiles) from inert materials (stones, glass) using wind sifters.

​Multi-Stage Shredding: Employs primary, secondary, and tertiary shredders to reduce waste to 80-250mm granules, optimizing combustion efficiency.

Drying & Homogenization

​Rotary Dryers: Utilize 300°C heated air to reduce moisture content from 60% to 20%, enhancing fuel stability.

​Automated Control Systems: DCS (Distributed Control Systems) ensure precise process monitoring for consistent RDF quality.

Emission Control & Compliance

​Closed-Loop Design: Negative-pressure environments and carbon filters mitigate odor and particulate emissions.

​EU Standards: Adheres to CEN/TC 343 specifications for chlorine (<0.9%), sulfur (<0.5%), and calorific value (17-22 MJ/kg).

 

Benefits of RDF Waste-to-Energy Solutions

​High Energy Output: RDF’s calorific value (17-22 MJ/kg) rivals fossil fuels, ideal for cement kilns, power plants, and industrial boilers.

​Waste Diversion: Diverts 95%+ of municipal waste from landfills, reducing methane emissions and landfill dependency.

​Cost Efficiency: Lowers industrial energy costs by 30-50% compared to coal, with tax incentives for carbon-neutral operations.

​Regulatory Alignment: Complies with EU Waste Framework Directive and UN SDGs, supporting corporate ESG commitments.

 

Applications of RDF in Energy-Intensive Industries

​Cement Manufacturing: RDF replaces 40-60% of coal in kilns, reducing CO₂ emissions by 1 ton per ton of fuel.

​Power Generation: Co-firing RDF in thermal plants achieves 25-35% biomass energy contribution.

​District Heating: Provides sustainable heat for urban networks, cutting municipal carbon footprints.

 

​Why Partner with Us?

​Proven Expertise: Over 50 operational plants worldwide, including Germany’s Pankow facility processing 160,000 tons/year.

​Turnkey Solutions: Customized plant design, installation, and lifecycle maintenance under one contract.

​Certifications: ISO 14001, CE, and TÜV-certified equipment ensure reliability and environmental safety.

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