We offer a range of equipment, including powerful pre-shredders, post-shredders, metal separators, conveyor belts, and screening and separation units. The material flow is gradually separated into its various components and processed as needed. You benefit from these coordinated systems, which offer high availability and economic efficiency.
Biomass Disposal Plant
Biomass processing technology and equipment provide a reliable energy supply for biomass cogeneration plants.
Biomass combined heat and power plants, also known as biomass CHP plants, use biosolids to generate electricity and a significant amount of additional, efficiently utilized heat. To ensure a smooth combustion process, the material must be mechanically pretreated to achieve a homogeneous, impurity-free material. We also offer equipment for storing, metering, and conveying a variety of materials. You will receive an XRIDO system for personalized fuel feeding and pretreatment, perfectly tailored to your application.
Biomass Disposal Materials:
Coconut shells
Grasses
Green waste
Residual forest wood
Straw Bales
Straw
Waste Wood
Scrap Paper
Biomass Pellet Production Process:
1. Pre-crushing: Use a wood shredder/crusher to break down large materials such as wood blocks, tree roots, and furniture scraps into smaller pieces.
2. Fine Grinding: Use a single-shaft shredder/wood chipper/crusher to pulverize the raw materials into 3-5mm wood chips suitable for feeding into the pelletizer.
3. Drying: Most raw materials have a high initial moisture content (30%-60%), requiring a drum dryer/airflow dryer to reduce the moisture content to 8%-15% (the optimal pelletizing range). Drying is crucial for ensuring pellet quality and yield!
4. Screening/Magnetic Separation: Remove impurities, metal, stones, and other foreign matter, improving pellet purity and equipment life.
5. Pelletizing (Core Step): Use a biomass pelletizer (ring die/flat die pelletizer) to compress the wood chips under high temperature and pressure into dense, uniform pellets.
6. Cooling: Freshly pressed pellets are hot (approximately 80-90°C) and soft. They need to be cooled to room temperature in a pellet cooler to reduce moisture content, enhance hardness and strength, and facilitate storage and transportation.
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