Low-carton efficient pond circulating water prawn aquaculture pond

Abstract

The invention discloses a low-carton efficient pond circulating water prawn aquaculture pond. The pond comprises an aquaculture pond body, a water push device, a dirt collection device, blocking nets,slope nets and a water quality on-line monitoring system, wherein the water push device is arranged at the front end of the aquaculture pond body, the dirt collection device is arranged at the back end of the aquaculture pond body, the blocking nets are arranged at the front and back ends of the aquaculture pond body, the slope nets are evenly arranged between the two blocking nets, the water quality on-line monitoring system is arranged on the water surface of the back end of the aquaculture pond body and connected with the water push device and a bottom oxygenation device. The low-carton efficient pond circulating water prawn aquaculture pond has the advantages that original static water flows to ensure fresh water quality and high oxygen content in the aquaculture pond body, thereby promoting the growth of prawns in the water body, the V-shaped design of the bottoms of the aquaculture pond body and dirt collection device improves the interception amount of sedimentary sewage, the water quality on-line monitoring system can grasp environment information of the aquaculture water quality in real time, and according to the monitoring result of the water quality, the equipment is adjusted and controlled in real time to achieve scientific aquaculture and management of the aquaculture.

Description

technical field [0001] The invention belongs to the technical field of aquaculture, and more specifically relates to a low-carbon high-efficiency pond circulating water prawn culture pond. Background technique [0002] Shrimp has a long reproductive cycle, fast growth, strong disease resistance, high processing yield, delicious meat, and high economic value. It is currently a best-selling product in international aquatic products and has broad prospects for breeding. However, due to the traditional farming model being subject to natural disasters and man-made disasters, the success rate of shrimp pond farming has been very low so far. Abnormal weather changes, low water quality, and degradation of germplasm resources have become stumbling blocks on the way to getting rich in shrimp farming. In order to solve the above problems, flowing water aquaculture technology has emerged. Flowing water aquaculture uses continuously flowing water bodies and has the characteristics of sho...

AI Technical Summary

Problems solved by technology

However, due to the traditional farming model being subject to natural disasters and man-made disasters, the success rate of shrimp pond farming is very low so far. Abnormal weather changes, low water quality, and degradation of germplasm resources have become stumbling blocks on the way to getting rich in shrimp farming.

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