Water flow control method for an energy-efficient culture pond

Abstract

The invention relates to a flow control method of an energy-efficiency breeding pool and belongs to the field of aquaculture. The energy-efficiency breeding pool is divided into breeding pool bodies and a purifying pool and is characterized in that the peripheries of the breeding pools are provided with a plurality of isolating walls continuously and independently to form a breeding area; flow propellers are arranged in the water besides the breeding area; after the flow propellers lift the water to form flows, the flows enter the purifying pool and enters the breeding pool bodies of the breeding area through the water incoming gates after being filtered by the filtering omnivorous fish in the purifying pool, water in the breeding pool bodies overflows into water drainage channels outside the breeding pool bodies through overflowing ports of drainage pipes, the water in the water drainage channels flows to the flow propellers automatically and is guided to the purifying pool, and the self-circulating energy-efficiency breeding pool is formed. The energy-efficiency breeding pool integrates water circulating, sewage collecting and flowing water breeding, water resource is saved, the breeding area is saved, the breeding quality is improved, and the yield is increased.

Description

technical field [0001] The invention relates to a water flow control method, in particular to a water flow control method for an energy-efficient culture pond. Background technique [0002] The energy-efficiency pool mainly adopts a separate culture method to separate the filter-feeding fish from the feeding fish, so as to avoid the problem of difficulty in catching. Moreover, part of the water surface of the energy-efficiency pool is a purification area, and part of the water surface is a breeding cement pool, so that the breeding The system is more efficient and saves water. Whether the energy-efficient pool can play an efficient and water-saving role mainly depends on the flow of water. If the flow rate is too large, it will easily cause excessive energy consumption, and the water level difference will be too large, which is not conducive to water exchange; if the flow rate is too small, it will easily cause sludge deposition and blockage of pipelines. , and if the flow ...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a water flow control method for an energy-efficient aquaculture pond, which solves the defects of sludge deposition, blocked pipelines or insufficient water circulation due to lack of good water flow control in the current separated aquaculture method

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