High-Grade RDF / SRF
High-calorific components such as plastics, textiles, and paper are shredded and homogenized into Refuse-Derived Fuel. This alternative fuel is widely used in cement kilns and power plants to replace fossil fuels.
RDFSolution / Recycling system
Industrial Waste Recycling System
One-Stop Crushing & Separation Solution
Complete-line engineering
Define the final fraction first. Build the line backwards.
Industrial waste is characterized by its highly variable composition, ranging from plastics, paper, and textiles to leather and rubber. Our industrial waste processing systems are engineered for maximum adaptability and durability. Whether your goal is volume reduction, material recovery, or the production of high-quality Refuse-Derived Fuel (RDF/SRF), we provide a continuous, automated route to transform complex industrial by-products into valuable resources.
The final product changes the complete line.
Recovered Metals and Rigid Materials
Ferrous and non-ferrous metals are efficiently separated using magnetic and eddy current separators. Clean, high-purity metals are recovered for direct smelting and reuse.
RecyclablesInert Fines & Residue
The remaining heavy and inert materials (such as stones, glass, and sand) are screened out. This clean residue is suitable for safe landfill or can be further processed into construction materials.
ResidueTypical process architecture
One continuous route from industrial waste to separated output.
Controlled Feeding
Industrial waste is loaded into the system via grab cranes or automatic conveyors. The feeding process is precisely controlled to ensure a steady and continuous flow, preventing overload and ensuring smooth operation.
High-Torque Shredding
Equipped with wear-resistant cutters, our twin-shaft shredders aggressively reduce complex industrial waste into uniform, manageable pieces. This step effectively liberates mixed materials for downstream separation.
Multi-Stage Separation
The shredded stream passes through magnetic separators to extract ferrous metals, followed by air classifiers to separate light RDF fluff. Optional eddy current separators can recover non-ferrous metals like aluminum and copper.
Final Handling
The separated high-value fractions are transported to designated storage areas. RDF is stockpiled for fuel use, metals are baled for recycling, and inert residues are collected for safe disposal.
Integrated system scope
More than a collection of machines.
Feeding, shredding, screening, separation and discharge equipment.
Coordinated start-up, load monitoring, protection and interlocks.
Process definition, equipment selection, layout and service access.
Documentation, commissioning guidance, training and spare parts scope.
Define the project brief
Targets that guide the engineering.
Capacity, final fractions and supply scope are confirmed for the actual feedstock and downstream process.
Industrial wasteInput material
Required capacitySpecified for your project
Target outputDefined by downstream use
Supply scopeConfirmed after review
Selected project reference
Industrial Waste Recycling Solution
One-Stop Crushing & Separation Solution
View project details ↗Clarify the project before defining equipment.
What should I confirm about Industrial waste?
Confirm waste composition, contamination and whether the project targets material recovery or fuel preparation.
How is the equipment or process selected?
Selection considers material form and composition, required capacity, contamination, operating hours and the downstream result. A material review is needed before confirming a configuration.
Can the final output be specified?
Define the size or fraction required by the next process. Cutter geometry, any sizing or separation stages, feeding and material behavior must be considered together.
What information should I send first?
Send representative material photos, dimensions, hourly capacity, required output, site constraints and destination country.
Tell us your material, capacity and required final product.
Our engineers will use the project brief to propose a practical line configuration and the next technical steps.
Plan this system →