WANROOETECH’s biomass recycling machine is a complete pellet production system designed to process straws, branches, roots, cornstalks, wooden pallets, bean stalks, and other biomass waste materials. The entire process includes conveyor feeding, shredding, metal separation, buffer storage, hammer crushing, briquetting, cooling, and weighing and bagging. Biomass recycling businesses that convert waste into alternative energy can rely on this machine for a continuous supply of high-quality fuel. The resulting wood pellets feature uniform dimensions and a high calorific value, making them suitable as alternative fuel for industrial boilers, residential furnaces, and biomass power plants. Featuring PLC intelligent control, the complete biomass recycling line requires only 1-2 operators, delivering high output with low energy consumption. With 20 years of experience in recycling technology, WANROOETECH has mastered the core processing technology and continuously improved machine designs to handle the specific characteristics of diverse biomass materials.

What is biomass waste?

Biomass waste refers to perishable products made from biomass and their derivatives, including kitchen waste, crop waste, livestock manure, etc. These wastes can be converted into organic fertilizers through processes such as composting and fermentation, and can also be used to produce biomass energy. The characteristics and transformation process of biomass waste can make it a reusable resource, which has important application value in agriculture, energy and other fields.

Why do we need to recycle biomass?

Biomass waste, such as kitchen waste, if not recycled, will lead to environmental pollution, such as soil and water pollution. By recycling biomass waste, the damage caused by waste to the environment can be reduced. Recycling biomass waste can turn it into reusable resources such as compost, biofuel, etc. These resources can be used in agriculture, energy and other fields to maximize the utilization of resources. Recycling biomass waste can reduce the generation and accumulation of waste, reduce waste disposal costs, and reduce the occupation of land resources.

Biomass Recycling Machine Process:

Conveyor Belt →Wood Shredder→Conveyor Belt→Buffer Silo→Wood Hammer Crusher → Silo→ Wood Briquetting Machine→ Conveyor Belt→Cooling Silo→Weighing and Packing Machine

Biomass recycling machine process includes the following steps:

1. 1. Waste biomass is fed into a hydraulic sing arm shredder for initial shredding.
   2. The resulting waste biomass chips are passed through a suspended magnetic separator to remove any metal contaminants.
   3. The waste biomass chips are then passed through a magnetic separator to further remove any metal contaminants.
   4. The waste biomass chips are then collected in a buffer hopper for further processing.
   5. The waste biomass chips are then passed through a hammer crusher to create wood sawdust.
   6. The wood sawdust is collected in another buffer hopper for further processing.
   7. The wood sawdust is then compressed into pellets using a wood chip pellet machine.
   8. Finally, the wood pellets are weighed and packaged using a weighing and packaging machine, Pack the qualified pellets from 10kg, 20kg, or 1 ton into a plastic bag, and then sew with a thermoplastic sealing machine to make the pellets dry and waterproof.

Wood Shredder Waste biomass products contain metals, such as nails and bolts, which pose a threat to general shredders. With intelligent control and nitriding-surface hardening rotors, Wanrooe shredders are not afraid of foreign objects.	Wood Hammer Crusher Wood hammer crusher processes small wood chips with a diameter of less than 20mm into sawdust with a diameter of less than 8mm.
Wood Briquetting Machine The wood briquette press makes dry sawdust into pellets, and the output of a single machine can reach 3t/h.	Wood Chipper Machine To make wood into chips with less than 5 cm. Drum wood chipper is an ideal equipment to produce large-capacity woodchips. The uniquely designed reducing device ensures the long-term stable operation of the equipment.

Biomass Recycling Machine Video:

Biomass Recycling Machine Application:

Biomass recycling machines can recycle wood logs, branches, wood crates, wood boxes, MDF, Chipboard, OSB, Hardwood, Softwood, Logs, Joinery Offcuts, Pallets, Waste Timber, Skeletal Waste, Bark, Chipboards, Sawmill waste, Wood residue, Cap timber, Veneer, MDF boards, Bark, Solid Timber Waste and Demolition wood, wood boxes, wood waste, tree trucks, etc.

Biomass Recycling Machine Advantages:

Biomass Recycling Machine Advantages
Environmental Protection By recycling waste biomass, you reduce the consumption of virgin wood resources and decrease the volume of organic waste sent to landfills. This practice supports forest conservation, reduces methane emissions from decomposing waste, and contributes to overall environmental protection goals.

Cost Savings Recycling waste biomass provides a low-cost waste management solution that avoids the high disposal fees associated with landfill dumping and incineration. Businesses can transform a waste disposal cost center into a revenue-generating operation.

Energy Utilization Processed biomass pellets serve as a sustainable fuel source for biomass energy production. They provide reliable, carbon-neutral energy for industrial boilers, residential heating systems, and power generation facilities. The high calorific value of densified pellets ensures efficient combustion and maximum heat output.

Revenue Generation Recycling waste biomass generates additional revenue for businesses through the sale of wood pellets to energy markets, heating suppliers, and manufacturing facilities. Wood pellets can also be used as raw material for producing various furniture and building materials, expanding market opportunities.

Operational Efficiency The integrated PLC-controlled system minimizes labor requirements while maximizing throughput. With only 1-2 operators needed per shift, the biomass recycling line delivers exceptional productivity with minimal staffing costs.

Product Quality The resulting wood pellets feature uniform dimensions, consistent density, and a high calorific value that meets international biomass fuel standards. The thermoplastic sealing process ensures pellets remain dry and maintain their quality during extended storage and long-distance transportation.