Packing, workshop and method for carrying out harmless treatment on dead livestock

Abstract

The invention relates to packing, a workshop and a method for carrying out harmless treatment on dead livestock. The packing comprises base stocks and microbial flora, wherein the base stocks comprise rice hulls, sawdust and rice brans; the weight ratio of the microbial flora to the base stocks is (5 to 10):1,000; and the microbial flora comprises one or more of bacillus subtilis, lactic acid bacteria and saccharomycetes. The packing, the workshop and the method for carrying out harmless treatment on the dead livestock have the benefits that the harmless treatment process has simple steps and does not require special equipment; all the dead livestock can be subjected to high temperature rotten treatment to be changed into humus in short time; pathogenic microorganisms such as bacteria, virtues and the like are all killed; treatment is carried out completely; no epidemic hidden danger is reserved; and after treatment is completed, the obtained humus can be used for planting flowers, planting vegetables and the like.

Description

technical field [0001] The invention relates to the technical field of environmental protection treatment, in particular to a bedding material for harmless treatment of sick and dead livestock and poultry, a workshop and a method for using the bedding material to treat sick and dead animals. Background technique [0002] my country's animal husbandry industry is gradually developing in the direction of intensification and scale. With the increase in the amount of breeding year by year, the number of livestock and poultry deaths due to various reasons is also increasing year by year. The resulting environmental pollution and health risks have attracted much attention. Especially in recent years, major epidemics such as avian influenza, foot-and-mouth disease, mad cow disease, swine streptococcal disease, and rabies have frequently broken out at home and abroad, posing a great threat to human health and causing a series of public health problems. [0003] In order to deal with...

AI Technical Summary

Problems solved by technology

The deep burial method has the advantages of simple treatment process, but the disadvantages of this method are also obvious: 1) It needs to occupy a large amount of land resources; 2) The seepage after the decay of sick and dead livestock and poultry will pollute the groundwater resources, and some viruses and bacteria have not been treated at high temperature. Treatment can exist in the soil for a long time, such as streptococcus, etc.; 3) In order to meet the requirements of harmless treatment, it must be buried at a depth of more than 1.5 meters. Even so, the possibility of being picked up by dogs and other carnivores cannot be completely avoided.

When diesel incineration is used for treatment, not only the cost is high, but also harmful gases such as smoke, carbon monoxide, and dioxins will be produced during the incineration of livestock and poultry, which not only pollutes the environment and brings about the greenhouse effect, but also has toxic and carcinogenic dioxins. Inhalation can cause serious damage to the human body

[0004] The application number is 200710156522.0, and the application name is "A New Method for the Harmless Treatment and Utilization of Diseased and Dead Livestock and Poultry", which discloses a new treatment method that can turn sick and dead livestock and poultry from waste into treasure. Separation and filtration of animal bodies, drying of hair and bones, carbonization treatment, PH value adjustment of oily substances, anaerobic tower fermentation of compound microorganisms and leftovers, separation of biogas, biogas slurry, and biogas residue after fermentation, etc. Finally, biogas for combustion and power generation, biogas slurry for fertilizing farmland, and high-efficiency organic fertilizer made by adding compound microorganisms and catalysts can be obtained. This method can turn sick and dead livestock and poultry into treasure. The whole process is safe and reliable, without any second secondary pollution, but this method has many processing steps, complicated process, various types of equipment involved, and high processing cost

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