Garbage Fertilizer Fermentation (Why livestock excrement cannot be applied directly)

Garbage Fertilizer Fermentation (Why livestock excrement cannot be applied directly)
At present, there are many crop deaths caused by the direct use of livestock and poultry manure. For example, the direct application of fresh swine urine by a lotus seed planter in Heshan District, Yiyang City, Hunan Province led to a few acres of lotus leaf hiccups. The death of plants cannot be used directly and must be treated. Microbial fermentation treatment is a better method. For example, the treatment of Kinpo Fertilizer Fermentation is rapid, as long as a few days, the production time is greatly shortened, and the odor is increased. Fertilizer efficiency is mainly due to the fact that there are highly efficient functional microorganisms such as the Kinpo fertilizer starter. Untreated feces have the following hazards:
Transmission of pests and faeces contains coliforms, nematodes, and other pathogens and pests. Direct use results in the spread of diseases and pests, and the incidence of crops. It also affects the health of people who eat agricultural products. When unfermented organic substances are fermented in the soil, they can easily grow pathogenic bacteria. With pests, it causes the occurrence of plant diseases and pests.
Fermentation of unfermented raw manure in the fermented soil, when the fermentation conditions are met, fermentation of the raw manure under the action of microorganisms; when the fermentation site is closer to the root or the crop plants are smaller, the heat generated by the fermentation will affect the crop Growth, when severe, can lead to plant death.
The toxic gas hazards produce methane, ammonia and other harmful gases during the decomposition process, causing acid damage and root damage to the soil and crops.
Soil oxygen-deficient organic matter consumes oxygen from the soil during the decomposition process, temporarily leaving the soil in an anoxic state. Under such an anoxic condition, the growth of the crop is inhibited.
Slow fertilizer effects Nutrients in unfermented and decomposed organic fertilizers are mostly organic or slow-acting. They cannot be directly absorbed and utilized by crops. They can only be digested and converted into a quick-effect state before they can be used by crops. Therefore, direct application without fermentation will slow down the effect of the fertilizer. It is also advisable to choose fermentation agents such as baby fertilizers from professional field vendors during fermentation. Details can visit the website or consult.

Catalyst refers to a substance which can change the reaction speed in a chemical reaction and whose composition and mass remain unchanged after the reaction. The catalysts that speed up the reaction are called Positive Cata-lyst and the slower ones are called Negative Cata LYST or moderators. Generally speaking, the catalyst is to correct the catalyst. These catalysts are widely used in industry, especially in organic chemical industry. They are of great significance, for example, catalysts are needed for the preparation of sulfuric acid by contact method, the hydrolysis of synthetic ammonia, esters and polysaccharides, and the hydrogenation of oils and fats. Commonly used catalysts are metals, metal oxides and inorganic acids. If the catalyst is a solid, the reactant is a gas, forming a heterogeneous catalytic reaction, this catalyst, sometimes called a catalyst or contact agent.

Auxiliaries refer to the industrial and agricultural production, especially chemical production, in order to improve the production process, improve product quality and output, or give the product a unique application performance, usually need to add some auxiliary chemicals. It is a kind of important auxiliary raw materials in chemical production, which can give the products special properties and improve the use of finished products, accelerate the chemical reaction speed and improve the yield of products, save raw materials and improve the processing efficiency. It is widely used in chemical industry, especially in organic synthesis, synthetic material processing and petroleum refining, pesticides, pharmaceuticals, dyes, coatings and other industrial sectors. By use, it can be divided into synthetic auxiliaries and processing auxiliaries. Auxiliaries used in the synthesis and polymerization of resins, fibers, rubber and other monomers are called synthetic auxiliaries, including catalysts, initiators, solvents, dispersants, emulsifiers, polymerization inhibitors, regulators, terminators, etc. Auxiliary chemicals used in the manufacture of rubber, plastic products and in the spinning and spinning of chemical fibers are called processing aids, including plasticizers, heat stabilizers, antioxidants, light stabilizers, flame retardants, foaming agents, lubricants, demoulding agents, vulcanizing agents, accelerators, softeners, anti-scorching agents. Agents, surfactants, oils, fillers and so on. Many of these Additives are dangerous chemicals, such as diphenyl peroxide, azodiisobutyronitrile, hydrogen peroxide-ferrous blue, alkyl aluminum, titanium chloride and other initiators, catalysts are inflammable and explosive materials, should be stored and transported in accordance with the relevant provisions of the Regulations on the Safety Management of Chemical Hazardous Goods. Management and use.

Catalysts And Auxiliaries

Dyeing Auxiliaries,Dimethyl Silicone Oil,2-Phenoxyethanol 99%,Sodium Prop-2-Ene-1-Sulfonate

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