MRM aquaculture method

Abstract

The invention discloses an MRM aquaculture method. The method comprises the following steps of: performing MRM treatment on water, air, bait and a pond in an aquaculture process, wherein the MRM treatment on the water comprises the steps of laying an MRM ceramic plate on the bottom of the pond, and coating an MRM film outside a water pipe; the MRM treatment on the air comprises the step of arranging an MRM cover outside a cylinder of an air feeder; the MRM treatment on the bait comprises the step of placing the MRM ceramic plate when the bait is soaked; and the MRM treatment on the pond comprises the step of spraying the MRM film on the bottom and the wall. The method can effectively replace the using of antibiotics and disinfectant on the farm, reduce the prevalence rate and death rate of aquatic products, improve the growth rate, save energy, reduce cost, relieve circulating pollution, and improve the quality of meat of the aquatic products.

Description

technical field [0001] The invention belongs to a method for aquaculture. Background technique [0002] The groundwater treatment system of traditional greenhouse aquaculture requires a certain degree of filtration and sedimentation. Due to the pollution and destruction of groundwater resources and offshore seawater by a large amount of heavy metals and chemical substances, in the process of high-density aquaculture, due to the lack of high-quality The morbidity and mortality of aquatic products caused by water resources remain high. For the above-mentioned problems, the aquaculture industry has used three methods to deal with them. The first is to add medicine to the water, the second is to carry out medicated bath to the fish body (using high-concentration potassium permanganate and chlorine dioxide to carry out medicated bath), and the third is to Changing water constantly, this method increases energy consumption, takes time and effort, and increases cost. [0003] In ...

AI Technical Summary

Problems solved by technology

[0002] The groundwater treatment system of traditional greenhouse aquaculture requires a certain degree of filtration and sedimentation. Due to the pollution and destruction of groundwater resources and offshore seawater by a large amount of heavy metals and chemical substances, in the process of high-density aquaculture, due to the lack of high-quality High morbidity and mortality in aquatic products caused by water resources

For the above-mentioned problems, the aquaculture industry has used three methods to deal with them. The first is to add medicine to the water, the second is to carry out medicated bath to the fish body (using high-concentration potassium permanganate and chlorine dioxide to carry out medicated bath), and the third is to Constantly changing water, this method will increase energy consumption, time-consuming and labor-intensive, and increase costs

[0003] In addition, the bait used in aquaculture is generally small fish caught in the sea, most of which are made by freezing, and fed as bait after thawing. The bait of these frozen small fish is polluted by the seawater in the sea, and the viscera Under the action of ammonia gas and hydrogen sulfide produced by corruption, the fed host has gastrointestinal diseases

In order to prevent diseases, the traditional method is to add antibiotics to aquatic bait. This method poses a great threat to food safety. The quality of aquatic meat has declined, and it has also inhibited the export of aquatic products.

[0004] At the same time, the traditional high-density breeding method directly uses an air compressor to deliver air to the pool water, and harmful bacteria in the air will also enter the pool water. This method cannot effectively maintain the health of aquatic products.

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