Inner Mongolia straw pellet machine manufacturer

As the saying goes: Garbage is a misplaced treasure, not to mention crop straw is not garbage in the traditional sense. It is rich in nitrogen, phosphorus, potassium and other trace elements. It is a precious natural resource. But now people are not aware of this. The waste of crop straw is becoming more and more serious. Some are burned and some are buried underground, which pollutes the environment. Another waste of resources. Using crop straw as raw material, the straw pellets produced by the pellet machine produced by Shandong Yuguan Machinery Co., Ltd. can not only provide feed for cattle and sheep, but also can be used as fuel to replace coal for burning. This unpopular straw raw material is now brought to many manufacturers. Here comes the benefit: my country is a big agricultural country, with more than 100 million tons of crop straw produced every year, which is a huge and valuable resource. However, it has not been reasonably and effectively developed for a long time. Now with the potential wealth of the straw pellet machine, it has become a real wealth. It can be said that the emergence of the straw pellet machine has brought new life to crop straw.
At present, there are three main ways to comprehensively utilize crop straw: first, as agricultural fertilizer; second, as feed; third, as new rural energy; fourth, as industrial raw material; and fifth, as base material. , Returning straw to the fields. effect. Returning crop straw to the field is an effective method to supplement and balance soil nutrients and improve the soil. It is one of the basic measures for the construction of high-yield fields. After returning the straw to the field, the average yield increase per mu is more than %. There are disadvantages. The biggest problem with straw returning is that it is difficult to till the straw pears into the soil. Even if the straw is successfully plowed into the soil, problems may arise during the formation of strands in the furrow that do not decompose at a sufficient rate and emerge at the surface during the next tillage. In addition, straw strands in the furrows will prevent the roots of crops from growing deeper into the soil. Methods for returning straw to the field include: ① Straw mulching or crushing and returning directly to the field ② Using the principle of high-temperature fermentation to stack straw and returning it to the field ③ Returning the straw to the field after raising livestock ④ Using a rottening agent to quickly decompose the straw and returning it to the field Add a certain amount of straw to the straw Using biological inoculants and appropriate amounts of nitrogen fertilizer and water and then retting at high temperatures can advance the maturation time of straw by ~ days. Practice has proven that mechanized crushing of straw and returning it to the field is the main technical measure and means for comprehensive utilization of straw. , straw feed. Straw is rich in non-starch macromolecules such as cellulose, lignin, and hemicellulose. As roughage, it has low nutritional value and must be processed. Treatment methods include physical methods, chemical methods and microbial fermentation methods. The palatability and nutritional value of straw treated by physical and chemical methods are greatly improved, but it is still not utilized by monogastric animals. Only through microbial fermentation and the degradation of special enzymes produced by microbial metabolism can straw be decomposed into low-molecular monosaccharides or oligosaccharides such as cellulose, lignin, and hemicellulose by the degradation of special enzymes. Feeding rate and feeding speed enhance taste and increase feed intake. For example, bio-organic fertilizer straw can be used as culture soil and cultivated with the same feed bacteria as fertilizer for flowers, grass, and vegetables. The main processing technologies of straw feed mainly include: ① direct crushing and feeding technology ② silage feed mechanization technology ③ straw microbial fermentation technology ④ straw high-efficiency biochemical protein full-price feed technology ⑤ straw ammoniation technology ⑥ straw thermal spray technology. , Straw energy. Biomass is the fourth largest energy source after coal, oil, and natural gas, accounting for % of the world's total energy consumption. my country's annual crop straw resources account for nearly half of the biomass energy resources. There are thermal power plants built in many counties in Anhui Province, mainly invested and constructed by Wuhan Kaidi Electric Power Company. The main way to convert crop straw into energy is straw gasification. In addition to straw gasification, straw can also be used to process briquette fuel and produce gas. , building materials, light industry and textile raw materials. Straw is an efficient and long-term raw material for light industry, textile and building materials. It can not only partially replace bricks, wood and other materials, but also effectively protect cultivated land and forest resources. The thermal insulation, decoration and durability of straw wall panels are all excellent. Many developed countries have widely used straw boards in the construction industry as a substitute for wooden boards and ceramic tiles. In addition, after processing and processing straw through technical methods, rayon and rayon can also be produced to produce furfural, maltose, wine and xylitol to process fiberboard, etc. , straw substrate. The use of straw as a base material for edible fungi is a food-related technology. Edible fungi have high nutritional and medicinal value. Using straw as a production substrate greatly increases the source of raw materials for producing edible fungi and reduces production costs. At present, the technology of using straw to produce oyster mushrooms, shiitake mushrooms, enoki mushrooms, and coprinus mushrooms is relatively mature, but there are problems with high technical requirements. The yield rate of edible fungi cultivated with corn straw and wheat straw is low.