Biomass Recycling System

To primarily shred bulk biomass into smaller fragments, featuring a heavy-duty cutting chamber and strong adaptability for high-capacity processing.

To automatically remove ferrous metals from the biomass stream, achieving high-purity separation to protect downstream equipment.

To effectively capture and filter dust generated throughout the process, maintaining clean operation and compliance with environmental standards.

To separate oversized particles and foreign matter from shredded biomass, working in coordination with the magnetic separator to enhance material purity and safeguard subsequent processes.

To continuously transport materials between shredding, sorting, and fine grinding stages, ensuring a smooth and efficient workflow throughout the entire system.

To finely shred pre-shredded biomass into uniform small particles around 30–50mm, adaptable to various downstream requirements.

To perform ultra-fine grinding of biomass materials, achieving final particle sizes below 10mm, meeting the stringent requirements for power generation or fermentation.

To convey fine biomass particles in a closed, dust-tight manner between processing stages, ideal for feeding downstream equipment with controlled and reliable material flow.

To primarily shred bulk biomass into smaller fragments, featuring a heavy-duty cutting chamber for high-volume processing and strong adaptability.

To automatically remove ferrous metals (such as nails and wires) from the biomass stream, protecting downstream equipment and improving fuel purity.

To continuously transport materials between different processing stages (e.g., from shredding to sorting), ensuring smooth and efficient workflow.

To separate light impurities (such as dust, plastics, and light fibers) from the shredded biomass, enhancing the purity and quality of the final fuel product.

To finely shred pre-shredded biomass into uniform small particles, with adjustable screens to achieve precise particle size control for optimal forming.

To compress and densify the prepared biomass material into high-density, high-calorific solid fuel pellets, which are easy to store, transport, and combust.

To effectively capture and filter dust generated throughout the entire process, maintaining a clean operation and ensuring compliance with environmental standards.