Environment-friendly sterile nonreactive cultivation shed

Abstract

The invention relates to an environment-friendly sterile nonreactive cultivation shed. The cultivation shed comprises a cultivation shed body, a high voltage electric field sterilizing dust removal air purifying system arranged at the air inlet end of the cultivation shed body, a fresh air distributing device arranged inside the cultivation shed, an air outlet purifying device arranged at the airoutlet end of the cultivation shed and an exhaust fan arranged on a cultivation shed exhaust window. The high voltage electric field sterilizing dust removal air purifying system comprises a high voltage electric field sterilizing dust removal air purifying device, and the high voltage electric field sterilizing dust removal air purifying device enables particles in air to carry charges and killsbacteria and viruses in air. The cultivation shed can three-dimensionally and comprehensively and effectively ensure that no bacteria or fewer bacteria are generated in the whole cultivation process,the probability of livestock disease infection is effectively lowered, and the purpose of nonreactive and sterile cultivation is achieved.

Description

technical field [0001] The invention relates to an environment-friendly aseptic and antibiotic-free breeding house, which belongs to the field of livestock breeding equipment. Background technique [0002] The abuse of antibiotics in the breeding industry has increased the difficulty of preventing and controlling animal diseases, and has directly or indirectly endangered human health. In recent years, countries all over the world are aware of the problems caused by the abuse of antibiotics. In developed countries, farming methods that do not use antibiotics have become popular, that is, antibiotic-free farming methods, which represent the development direction of healthy farming. The key reason why so many antibiotics are used in traditional livestock and poultry farming in my country is that there are too many and complicated germs in our production. Assuming that under sterile farming conditions, antibiotics must be ineffective. Therefore, the core problem of non-antibio...

AI Technical Summary

Problems solved by technology

High-voltage electrostatic air purification equipment has dust collectors, which have high manufacturing costs; for some industries that do not require much dust, the existence of dust collectors will significantly increase operating costs; and electrostatic dust removal solutions need to be cleaned regularly, which will also lead to higher costs

[0004] The current mode of distribution and flow of fresh air in the breeding house is as follows: air enters from the front window, and under the action of the negative pressure fan, the heat and harmful gases in the breeding house are discharged from the rear end of the house, and the air flowing through a pig passes through Another pig, the polluted air formed has an impact on the health of the pig herd, and the low biological security leads to poor air quality at the back end of the breeding house, and once a disease occurs, it is easy to spread quickly in the breeding house

[0005] At present, most of the polluted gas purification and discharge use high-pressure spray to settle the dirty gas in the house to achieve the purpose of deodorization, but it does not kill the virus and bacteria carried in the air, which will lead to secondary transmission and environmental pollution.

[0006] Therefore the breeding house ventilation system in the prior art is all scattered, can not solve the germ virus infection problem of breeding house in a three-dimensional and comprehensive way as a whole, and does not meet the breeding requirements of sterility and no resistance

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