Biomass pellet fuel molding refers to the application of biomass pellet fuel molding machinery and equipment to convert it into rods, blocks, or pellets under certain temperature and pressure. The basic organization of biomass pellet fuel is methyl cellulose, hemicellulose and lignocellulose, which can become loose at the right temperature (usually 130-350). Applying this feature, use small forming industrial equipment to treat the loose biomass fuel waste that has been thermally allergic and crushed, the length of which is below 65mm, and the moisture content is controlled within the range of 13-30%, through the feeding belt conveyor been sent to the material port. According to the rotation of the main shaft of the machine tool to promote the rotation of the roller, under the specification of high pressure (0.7-1.2), the rotation of the roller is caused by the friction between the industrial equipment and the biomass fuel waste and the heating value caused by the friction between the biomass fuel waste and the biomass fuel waste. The outside heats up to loosen methylcellulose and lignocellulose. The raw material is forced to be extruded into pieces from the holes of the solid model. After extrusion, a rod-shaped fine particle biofuel with a cross-sectional specification of 23-60 mm and a length exceeding 18 cm is obtained, and the biofuel is injected from the inlet and cooled down ( The moisture content cannot exceed 12%). The proportion of fine particles after briquetting is very large and light, which is good for storage and transportation. It is a high-volatility and high-quality solid fuel that can be ignited immediately. Its calorific value exceeds 5000 kWh. It has combustibility, low ash content and low cost. It can replace natural materials such as firewood, refined coal and gas. The basic production process of straw solidification and molding includes: straw collection, crushing, heat allergy, wrong material, molding, cooling water, packaging and other processes. The formed straw material can replace firewood, clean coal, gasoline and diesel, compressed natural gas, etc., and is widely used in biomass boilers, food, clothing, housing, travel stoves, and biomass power generation.