Floating type carbon sink shellfish and algae farm

Abstract

The invention discloses a floating type carbon sink shellfish and algae farm. The floating type carbon sink shellfish and algae farm comprises a body raft which is provided with an annular outer framework, a support is arranged at the bottom of the inner side of the outer framework, and the support is provided with netting. A fixing groove used for being matched to arrange an upper cover is formed in an upper edge opening of the outer framework. A net rack is arranged on the inner side of a cover frame arranged on the upper cover, and the net rack is covered with netting. The bottom of the body raft is connected with inflation floating bodies, and the body raft is further provided with an inflator pump assembly capable of inflating the inflation floating bodies. A fastening assembly capable of fixing the upper cover is further arranged nearby the upper edge opening of the outer framework. The outer framework can be matched to be connected with the upper cover, and a closed breeding area is formed by the netting on the inner side of the outer framework. The inflation floating bodies on the lower side can be controlled by the inflator pump assembly to conduct air inflation, so that extra buoyancy is provided, and the body raft is made to break away from the water surface as required. Consequently, the floating type carbon sink shellfish and algae farm has the advantages of being high in carbon sink capacity, good in economic benefit, convenient to manage, stable in structure, capable of not being rolled over easily, high in anti-wave capacity and convenient to move.

Description

technical field [0001] The invention relates to a carbon sink fishery breeding facility, in particular to a floating carbon sink shellfish algae farm. Background technique [0002] At present, shellfish culture methods mainly include methods such as bottom sowing culture, stake culture, longline culture, and fixed frame culture; algae culture methods mainly include longline culture, fixed frame culture, and raft culture. The yield per mu of these traditional breeding methods is low, and most of them are single-species separate breeding, occupying a large sea area. For example, the Chinese patent authorization announcement number CN 101491221 B discloses a shellfish and algae shallow sea ecological cultivation device and method. The device includes a shellfish culture raft and an algae culture raft. , there is a float on the floating rod, and the float and the floating rod are connected by a floating system. The culture raft, the adjacent culture curtain is fixed by the flo...

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However, its location is fixed and it is inconvenient to relocate

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