How to make biomass briquette?

biomass briquettes
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Biomass briquettes are a type of clean fuel made from compressed agricultural and forestry waste. Common raw materials include sawdust, rice husks, peanut shells, and corn stalks.

These fuels have high density, long burning time, and are easy to store and transport. The sawdust briquette machine is the core machine in the manufacturing process.

Biomass briquette production process

A complete production process typically includes the following steps:

  1. Raw material preparation
  2. Crushing and processing
  3. Briquetting

Brquetting is the most critical step in the entire production line, as it determines the density, hardness, and combustion performance of the fuel briquettes.

Sawdust briquette machine
Sawdust Briquette Machine

Raw material requirements

The biomass briquette making machine can process a wide range of raw materials, commonly including: Sawdust, rice husks, wheat straw, corn stalks, peanut shells, coconut shells, palm shells, bamboo shavings, and bagasse.

Key specifications:

  • Moisture content: 8%–12%
  • Raw material size: ≤6mm
  • Free of stones, metal, and other impurities

Working principle of biomass briquette machine

The sawdust briquette machine uses high-temperature and high-pressure extrusion molding technology to compress loose wood chips into high-density briquette fuel.

Working process:

  • Raw material enters the hopper
  • A screw propeller continuously conveys the material
  • A heating coil heats the die
  • Lignin softens and binds the fuel
  • High-pressure extrusion molding continuously produces fuel briquettes

Advantages of sawdust briquette making machine

  • Automated continuous production ensures stable operation and significantly reduces labor costs.
  • The finished product has a uniform shape, high hardness, and long burning time, making it a good substitute for coal.
  • Raw materials are widely available, transforming agricultural and forestry waste into profitable products.
  • The operation is simple, requiring only one person. This saves on labor costs.

Contact us for more information!

The biomass briquette extruder machine is core equipment in biomass fuel production, characterized by high efficiency and good briquetting quality. If you are looking for a suitable sawdust briquetting machine, please contact us for more information.

biomass briquette press machine

Things to know before buying biomass briquetting machine

The sawdust briquetting machine produces hollow solid fuel by extruding bamboo chips, wood chips, rice husks, peanut shells, wood shavings, and sugarcane bagasse under high temperature and pressure. This article outlines suitable materials, machine advantages, and key purchasing points.

wood pulverizer

Why is Shuliy wood pulverizer highly favored in Malaysia?

Shuliy wood pulverizer is popular in Malaysia, with multiple models available and outputs ranging from 300-4000 kg/h. It efficiently processes hardwood, softwood, furniture waste, and forestry scraps, making it an ideal choice for Malaysian timber processing companies.

biomass briquette press machine

Sawdust briquetting machine in the Philippines for biomass production

The sawdust briquetting machine compresses wood chips, rice husks, and coconut shells into high-density fuel briquettes for biomass energy production in the Philippines. It is easy to use, energy-efficient, eco-friendly, and cost-effective—ideal for small and medium enterprises to achieve waste recycling and clean energy conversion.

sawdust briquette making machine

Sawdust briquette machine price in India and buying guid

In India, the sawdust briquette machine has garnered significant attention for its eco-friendly and energy-efficient characteristics. Shuliy sawdust briquette making machine can process sawdust, rice husks, and peanut shells into cylindrical solid fuel, with a production capacity of 250–350 kilograms per hour. The formed fuel has a diameter of 46–50 millimeters. The price of briquette machines is primarily influenced by factors such as output capacity, configuration, and materials.