Biomass energy, as a clean and renewable energy, has attracted much attention because of its ability to convert wastes such as crop straw into energy. This energy not only helps alleviate the energy crisis, but also promotes the recycling and reuse of agricultural waste and reduces environmental pollution. In particular, the straw recycling briquetting machine plays an important role in this process. It can compress the scattered straw into blocks for easy storage and transportation, and then efficiently convert it into bioenergy. Therefore, the development and utilization of biomass energy is not only a powerful measure to solve energy problems, but also an important way to promote sustainable development.

In today's society, with the continuous popularization and development and application of biomass energy, the demand for biomass charcoal briquetting machines is also growing. As a professional equipment, it can compress agricultural and forestry waste into biomass carbon blocks, which not only solves the problem of agricultural and forestry waste treatment, but also opens up new ways for the production and application of biomass energy.

The biomass briquetting machine is a professional equipment used for manufacturing biomass fuel. It can press agricultural and forestry waste, wood chips and other biomass materials into hexagonal hollow briquettes with a size of 40-80mm. This design not only facilitates the burning and transportation of briquettes, but also greatly improves space utilization. More importantly, such finished briquettes have extremely high density, which means that with the same volume, they can release more heat value and meet the heating demand for a longer period of time.

The production process of carbon briquettes is mainly divided into four steps. The first is to collect raw materials, which are mainly agricultural and forestry biomass waste, including rice husks, wood chips, straw, etc. The second step is the drying process, where the collected raw materials are dried to reduce their moisture content. The next step is crushing and screening, where large pieces of raw material are crushed mechanically and screened into sizes suitable for compression. The last step is compression molding, where the screened raw materials are put into a compression molding machine and compressed into blocks through high pressure.