With the continuous development of my country's economy, the energy shortage has become more and more serious. In order to better resolve the energy crisis, reduce environmental pollution, and protect the ecological environment, comprehensive utilization of biomass energy has become crucial. Biomass solidification molding energy is to pulverize agricultural and forestry wastes such as crop straw, rice husk, wood chips, etc., and then send them into molding equipment, and compress them into the required form under the action of external force. Subsequently, it can be directly burned as an energy source, and it can also be further processed to produce biochar.
Biomass energy is only lower than coal, oil and natural gas, ranking fourth in the world's total energy consumption. According to predictions, biomass energy is very likely to become an important part of the future sustainable energy system. By the middle of the next century, various types of biomass alternative energy produced by new technologies will account for 40% of the world's total energy consumption. the above. Because biomass alternative energy has distinctive features such as pollution-free and renewable, it is increasingly being valued by countries all over the world.
Overseas, the manufacturing technology has long been mature, such as Denmark, Germany, Belgium, the United States, Japan and other countries have achieved factory production and manufacturing, and its products are mainly used for heating stoves and boilers to generate electricity. Currently, the biomass solidification molding machine researched and developed in China has also been used in manufacturing. The densely formed energy produced and manufactured has also been used for heating and small boilers. After testing, this kind of energy emits less pollutants than coal, and it is an efficient, clean and renewable resource. At the same time, the advantages of using mechanical equipment and feed machinery to produce and process feed are also obvious.
At present, the forms of biomass solidification and molding energy used in China are mainly rods, blocks and granules. The production and processing technologies of these types of energy sources are all traditional production and manufacturing technologies, and there have long been phenomena such as excessive energy consumption of equipment, serious wear and tear, and short service life. Take the production of granular energy technology as an example. It is similar to the existing technology of producing granular feed, that is, the raw materials are added from the inside of the equipment ring die, and the pellets are rolled and extruded by the roller.