By planting fast-growing carbon sink grass, the transformation and utilization of CO2 in the atmosphere can be accelerated, and the speed and quantity of carbon release in the biosphere can be controlled through plant storage.
Domesticating aquatic organisms (including algae and some bacteria) can increase the transfer speed and dissolution of CO2 from the atmosphere to the hydrosphere. Increase the deposition of calcium carbonate in hydrosphere. By increasing the carbon base in the soil, the formation of carbonate is promoted and the transformation of CO2 in the atmosphere into the lithosphere is accelerated. Control the concentration of CO2 in the atmosphere, adjust the greenhouse effect, and alleviate the climate disaster caused by the greenhouse effect.
Introduction to carbon sequestration:
Photosynthesis, such as various green plants and photosynthetic autotrophic microorganisms (such as cyanobacteria, etc. ); Chemical energy synthesis, such as nitrifying bacteria using ammonia oxide to synthesize organic matter. Biological carbon fixation improves the carbon absorption and storage capacity of the ecosystem and reduces the concentration of carbon dioxide in the atmosphere.
Refers to the measures to increase the carbon content of carbon pools except the atmosphere. Include physical carbon fixation and biological carbon fixation. Physical carbon sequestration is the long-term storage of carbon dioxide in exploited oil and gas wells, coal seams and deep seas. Biological carbon fixation is to convert inorganic carbon, that is, carbon dioxide in the atmosphere, into organic carbon, that is, carbohydrates, which are fixed in plants or soil.