Carbon sink time-lapse algae farm

Abstract

The invention discloses a carbon sequestration delayed algae field which comprises anchor piles and a seawater corrosion-resisting anti-wave base, wherein the anchor pile penetrate through the anti-wave base; the anti-wave base has a reversely buckled arch-shaped structure; main fixing holes, through which the anchor piles can pass, are arranged in the anti-wave base; a cover plate structure, which can be locally or fully dissolved by seawater delayed corrosion, is arranged close to the upper end of each anchor pile; a culture medium capable of containing and storing carbon sequestration biological dormant breeding materials is arranged in an opening or non-opening area limited by the cover plate structures and the anti-wave base. Through the delayed corrosion of seawater for the cover plate structure, the design intention of exposing the culture medium is achieved, so that the delayed release of the sprouting and carbon sequestration capacity of the carbon sequestration biological dormant breeding materials is achieved. The delayed time can be estimated through a related seawater corrosion chemical principle. The carbon sequestration delayed algae field has the advantages of capability of supplying timing carbon sequestration, good anti-wind-wave effect and convenience in arrangement.

Description

technical field [0001] The invention relates to a carbon sink fishery equipment, in particular to a carbon sink time-delayed algae field. Background technique [0002] The main technical means of biological regulation and restoration of the marine ecological environment is to introduce regulation and restoration factors in the breeding process, such as beneficial microorganisms, large algae and filter-feeding shellfish, and to use multiple comprehensive farming to fully utilize and transform pollutants to achieve environmental regulation and restoration. the goal of. Beneficial microorganisms have been used in aquaculture environmental pollution restoration and environmental regulation for more than 30 years. Because of their safety, non-toxic and harmless characteristics, they have been widely used in pond culture. Using seaweed to absorb, enrich and transform the main pollutants such as nitrogen and phosphorus produced in the breeding process, increase the level of dissol...

AI Technical Summary

Problems solved by technology

However, its carbon sink capacity is an immediate effect, and the existing design is blank for delayed carbon sink control

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