Enzyme preparation technology with efficient catal

• Applied to feed production

  343 biological enzyme preparations contain comprehensive products under the metabolic program of microbial cells, including amino acids, organic matter, vitamins, etc. The antimicrobial efficacy of 343 biological enzyme preparations comes from the special DNA sequencing of amino acid fermentation strains, and the antimicrobial function contributes to natural preservation efficacy, stability, and taste. Due to the fact that 343 biological enzyme preparations do not produce crystals in cold winter, they are very suitable for straw feed fermentation.
  

• Applied to soil improvement

  343 biological enzyme preparations are directed production of various enzyme bacterial complexes. This preparations contain not only the dominant Clostridium sp, but also a large amount of (108 cfu/ml) bacillus sp and other diverse bacterial species. Biological mineral organic fertilizer, after being catalyzed and fermented by 343 biological enzyme preparations without adding any chemical additives, can maintain suitable soil temperature and humidity, playing a role in flood prevention, drought resistance, stable soil moisture retention, and cold resistance of seedlings. It can accelerate the reaction rate of beneficial bacteria in the soil and accelerate the degradation of harmful substances.
  

• Applied to water quality control

  If independently developed equipment is used to treat 343 biological enzyme preparations, the treated preparations can improve the activity and adaptability of microorganisms, and effectively degrade difficult to degrade organic compounds such as aromatics and phenols in wastewater. After the operation and treatment of the equipment, the wastewater becomes clear and free of secondary pollution, effectively achieving harmless treatment of sewage and garbage leachate, and significantly reducing the values of BOD, COD, and ammonia nitrogen. After combining with zeolite, the content of heavy metals and ammonia can be greatly reduced.
  

• Applied to sludge treatment

  As a kind of solid waste, urban sludge has become the second largest source of solid waste pollution after urban garbage pollution. Traditional sludge disposal methods include landfill, incineration, and discharge into the sea. With the development of China's social economy and urbanization, the scale of urban sewage treatment is gradually expanding, and the sewage treatment capacity is gradually increasing, and the amount of sludge produced by sewage treatment is also increasing. The large output of sludge, which is viscous and has harmful substances such as heavy metals and pathogenic microorganisms, if treated improperly, may bring serious secondary pollution to the environment.
  Treatment process: sludge raw material → add 343 biological enzyme preparation to sludge contain 80% water and feed into a sludge wall breaking equipment to break the cell walls →In the mixing tank, the broken sludge and crushed dry matter are mixed in proportion and fermented for 20 days (the water content is about 45-50%) → sieving → drying → granulation→organic fertilizer finished product.
  

• Applied to ecological environment management

  Dehydrated zeolite has a strong Coulomb field and polarity inside the crystal cavity, exhibiting strong adsorption properties. In addition, the pore size of the zeolite is uniform, the size is fixed, and the shape is regular, so adsorption is selective, that is, it has molecular sieve and ion sieve functions. In addition, zeolite also possesses properties such as acid resistance, high temperature resistance, and radiation resistance, which endow it with unique environmental properties and establish its important position in environmental governance.