Aquiculture wind-power oxygenation heating device

Abstract

The invention relates to an aquiculture wind-power oxygenation heating device, which is characterized by comprising a natural wind power air compressor, a negative oxygen ion generator, a solar heater and connection pipelines, wherein the natural wind-power air compressor can produce compressed air by adopting vanes to rotate so as to drive the compressor, the compressed air is sent into a compressed air storage tank, the compressed air is outputted and passes through the negative oxygen ion generator so as to increase the concentration of negative oxygen ions in the compressed air, then the compressed air is ventilated into a culture pool, cold water is also inputted into the culture pool after being heated by the solar heater, the negative oxygen ions can be completely and rapidly dissolved in the water to facilitate the absorption of organism and to realize the functions on purifying culture water, adjusting pH value of the culture water and sterilizing the culture water, so each growth period of an artificially-cultured product can be controlled, the living environment can be optimized, the cultured product can be promoted to grow rapidly, and the effect is remarkable.

Description

technical field [0001] The invention relates to an auxiliary device for aquaculture, more specifically an oxygen-increasing and temperature-increasing device in the aquaculture process. Background technique [0002] Most of the aeration equipment used in domestic aquaculture farms uses an electric drive to rotate the water impeller to stir the water to generate splashes and tumbling to introduce natural air into the water to obtain oxygenation. This method consumes a lot of energy, has low efficiency, and has little oxygen dissolved in water. Due to the current shortage of domestic power supply, with a shortage of more than 30 million kilowatts, it is impossible to provide electric energy for traditional artificial farms, causing a large number of shrimp and fish farms to be forced to close down, and the breeding farms of these industries have a large area, such as Guangxi coastal areas and There are about 6,000-7,000 mu of shrimp farms in a single county in the coastal area...

AI Technical Summary

Problems solved by technology

[0009] It can be seen from the above-mentioned published documents that the warming and oxygenation methods of aquatic artificial farms mainly use water pumps, groundwater or fuel heating, etc. These methods consume energy and power. In many farms, especially those without power supply There is no way to implement it locally. Therefore, many aquaculture farms can only let fish and shrimp grow without increasing oxygen and temperature. There is no way to freeze to death or lack of oxygen for many days, causing great losses.

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