Wood Pellet Line
Turning waste into treasure, promoting economic and environmental benefits: By converting agricultural and forestry waste such as straw and wood chips into high-density pellet fuel, we can achieve a wide range of sources and low costs, while effectively reducing waste pollution and emissions from direct combustion.
Energy-efficient and superior performance: The produced pellet fuel has high calorific value and high density, making it easy to store and transport; its combustion efficiency far exceeds that of raw biomass, making it clean and efficient.
Technology integration and stable production capacity: The production line is highly automated, with mature processes from crushing to molding, capable of adapting to various raw materials and ensuring stable and efficient large-scale production.
The Wood Pellet Line is an automated or semi-automated production system that converts agricultural and forestry waste (such as wood chips, straw, rice husks, etc.) into high-density, regularly shaped solid pellet fuel through processes such as crushing, drying, pressing, and cooling. Its core is to change the physical properties of the raw materials through mechanical and thermal treatment, and ultimately use the powerful pressure of the ring mold pellet machine to plasticize lignin and press the raw materials into shape. This production line is a key link in the utilization of biomass energy, and the produced pellet fuel is widely used in industrial heating, domestic heating, power generation, and other fields.
Core features
1. Wide range of raw material sources and waste utilization
The production line primarily utilizes agricultural and forestry residues such as straw, wood chips, and branches as raw materials, achieving resource utilization of waste. With a wide range of sources and low cost, it brings both economic and environmental benefits.
2. High efficiency and cleanliness of energy products
The produced pellet fuel boasts high calorific value, high density, and uniform shape, facilitating storage and long-distance transportation. With its high combustion efficiency and significantly lower pollutant emissions compared to raw coal, it serves as an excellent clean energy source.
3. Technological maturity and automation
The production line integrates multiple processes such as crushing, screening, conditioning, granulation, and cooling, featuring a high degree of automation. It enables continuous and stable large-scale production, operates efficiently, and requires minimal manpower.
4. Strong process flexibility and adaptability
The design and process of the production line can be adjusted according to different raw materials (wood texture, fiber texture) and initial moisture content, demonstrating strong adaptability and ensuring stable quality of the final product.
