Aquatic organism carbon sequestration capability strengthening system

Abstract

The invention discloses an aquatic organism carbon sequestration capacity strengthening system which comprises a high-temperature water body located on the upper portion, a low-temperature water body located on the lower portion and a transition water body, the high-temperature water body is provided with a top thermocline stabilizing mechanism and forms an upper strengthening thermocline, and the top thermocline stabilizing mechanism divides the high-temperature water body into a plurality of strengthening carbon sequestration areas. The low-temperature water body is provided with a bottom thermocline stabilizing mechanism and forms a lower reinforced thermocline, the bottom thermocline stabilizing mechanism divides the low-temperature water body into a plurality of reinforced carbon burying areas, and a transition water body is formed between the high-temperature water body and the low-temperature water body. According to the invention, the environmental requirements of water convection mechanism and photosynthesis on organic matter carbon sequestration are utilized, the environmental conditions of microbial decomposition of organic matters are limited, and water body temperature spring layer characteristics are established and controlled by controlling water body directional convection and limited convection, so that the organic matter burying environmental temperature is reduced; the water body temperature in the photosynthesis area is increased to improve the carbon sequestration efficiency and the carbon sequestration stability.

Description

technical field [0001] The invention relates to the field of carbon neutralization, in particular to a system for enhancing the carbon sequestration ability of aquatic organisms. Background technique [0002] Given that China's energy is dominated by fossil energy, the proportion of energy in 2019 was as high as about 85%. 2 Emissions account for 28.8% of the international total, so there is a huge pressure on international emission reductions. And with the sustained and rapid development of the country and the improvement of people's living standards, the per capita energy consumption will continue to rise in the next few years. At present, the rapid changes in the industrial structure and the replacement of the entire industrial chain of clean energy are also difficult to reduce. Therefore, increasing carbon sinks has become an important means to solve the problem of carbon neutrality. [0003] The technical routes of countries to increase carbon sinks mainly include the...

AI Technical Summary

Problems solved by technology

There are obvious deficiencies in the internationally popular biological carbon sequestration: key issues: high carbon sequestration environment does not mean high effective burial environment The international community also regards carbon sinks as the main content of emission reduction, including forests, ecological regions, and soil and wetlands, etc.

Internationally popular carbon sequestration (biological carbon sequestration and CO 2 Storage) Defects: CO 2 Storage is costly and limited in scale, and modern biological carbon sequestration presents clear contradictions

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