RDF&SRF Production System

To primarily shred the fed MSW into smaller, more uniform fragments, with high torque and resistance to hard inclusions.

To automatically remove ferrous metals (such as irons and steels) from the shredded waste stream, protecting downstream equipment and recovering recyclables.

To continuously transport materials between the shredding, screening, and sorting stages, ensuring a smooth and enclosed workflow.

To separate the incoming material into different size fractions, effectively removing fine organics (fines) and oversized inert materials.

To separate light combustible materials (like plastics and paper) from heavier residues based on aerodynamic properties, refining fuel quality.

To finely shred the sorted light combustible fraction into uniform particles, providing optimal feedstock size for the densification process.

To compress the prepared fine shreds into high-density, solid fuel pellets, enhancing calorific value and ease of handling.

To capture and filter airborne dust generated throughout the shredding and screening processes, ensuring clean operation and environmental compliance.

To primarily and robustly shred bulky demolition waste into smaller fragments, with high torque and shear force to process mixed materials containing wood, plastics, and mild contaminants.

To automatically remove ferrous metals from the shredded waste stream, protecting downstream equipment and recovering valuable scrap.

To continuously and steadily transport materials between the shredding, screening, and sorting stages, ensuring a smooth and enclosed workflow throughout the plant.

To separate the material into different size fractions, effectively removing fine granules or powders (like gypsum dust) and oversized inert debris (like broken concrete blocks).

To precisely separate the target light combustible fraction (mainly wood, plastics, paper) from heavier non-combustible residues, utilizing aerodynamic principles for high-purity fuel extraction.

To finely shred the purified light combustible fraction into uniform particles, providing optimally sized feedstock with high bulk density for the densification process.

To compress the prepared fine shreds into high-density, high-calorific-value solid fuel pellets, enhancing energy density and handling properties.

To compact the final RDF pellets or SRF fluff into dense, uniform bales for efficient storage, transportation, and feeding into combustion facilities..

To capture and filter airborne dust generated throughout the shredding, screening, and conveying processes, ensuring clean operation and compliance with environmental health standards.

To primarily shred the fed biomass into smaller strips or chips, with high torque and shear force ideal for breaking down fibrous materials.

To automatically remove incidental ferrous metals from the biomass stream, protecting subsequent fine-grinding equipment.

To continuously and steadily transport materials between the shredding, cleaning, and grinding stages, ensuring a smooth and enclosed workflow.

To efficiently remove dust, sand, and other heavy inert impurities from the light biomass material, utilizing airflow to improve feedstock purity.

To finely grind the pre-cleaned biomass into uniform, small particles, with high-speed impact ensuring high throughput and optimal particle size for bonding.

To compress the fine biomass particles into high-density, high-calorific-value solid fuel pellets, with high pressure and temperature enhancing durability.

To capture and filter airborne dust particles generated during shredding, grinding, and conveying, ensuring clean operation and a safe working environment.