Method of comprehensive exploitation and utilization on atmospheric carbon resources and CO2 equivalent substance

Abstract

The invention discloses a method of comprehensive exploitation and utilization on atmospheric carbon resources and CO2 equivalent substance, which is a comprehensive science and technology method by applying physics, chemistry, physical chemistry, biology, biochemistry and the like. Substance such as CO, CO2, hydrocarbons, oxygenated hydrocarbons, hydrofluorocarbon, perfluorocarbon, sulfur hexafluoride and NOx in the atmosphere is captured, sealed, comprehensively developed, deeply processed and recycled, thereby benefiting the mankind, regulating the greenhouse effects, eliminating the haze, mastering the initiative of climate changes, maintaining water-air-ice coexistence climate balance and biodiversity on the earth, creating huge environmental benefits, ecological benefits, social benefits and economic benefits, realizing win-win between economic and social development, environmental protection and climate change handling, and providing inexhaustible new resources and precious wealth for human survival and development.

Description

technical field

[0001] The present invention relates to carbon resources and CO in the atmosphere 2 The capture of equivalent substances, carbon sequestration, comprehensive development and utilization of carbon resources, regulation of the greenhouse effect and elimination of smog belong to the field of environmental protection. Background technique

[0002] Photosynthesis is that plants use photosynthetic pigments such as chlorophyll and some bacteria (such as halophilic archaea with purple membranes) use their cells themselves to convert carbon dioxide and water (bacteria are hydrogen sulfide and water) into organic matter under the irradiation of visible light , and release oxygen (bacteria release hydrogen) biochemical process. Carbon cycle and oxygen cycle are the prerequisites for the origin, reproduction and evolution of life. Photosynthesis is an important carbon-oxygen cycle on the earth, which can convert carbon resources and CO in the atmosphere 2 Equivalent s...

Examples

Embodiment 1

[0069] Atmospheric CO 2 A method for regulating the greenhouse effect through carbon sequestration by plants in case of rising concentrations ：

[0070] 1. According to the global atmospheric CO 2 The data collected at the concentration detection points and the data of each period obtained through scientific experiments are used to establish the global atmospheric CO 2 concentration database.

[0071] 2. Analysis of global atmospheric CO 2 Concentration data to predict atmospheric CO over the next 50 years 2 concentration is on the rise.

[0072] 3. Increase the amount of planting and use plants to absorb CO in the atmosphere 2 , Harvest when grown to an appropriate height, sequester the plants, and reduce CO in the atmosphere 2 concentration, reducing the greenhouse effect of the atmosphere.

Embodiment 2

[0074] Atmospheric CO 2 When the concentration keeps a stable trend, the method of maintaining the current greenhouse effect through plant carbon sequestration and comprehensive utilization ：

[0075] 1. According to the global atmospheric CO 2 The current data collected by the concentration detection points and the data of each period obtained through scientific experiments are used to establish the global atmospheric CO 2 concentration database.

[0076] 2. Analysis of global atmospheric CO 2 Concentration data to predict atmospheric CO over the next 100 years 2 The concentration keeps a steady trend.

[0077] 3. Use the harvested plants for papermaking, building materials, feed, fertilizers, chemical raw materials and alternative fossil fuels to eliminate smog and reduce CO in the atmosphere 2 The concentration is in a state of dynamic balance, and at the same time, it creates huge social and economic benefits.

Embodiment 3

[0079] Atmospheric CO 2 In the case of a downward trend in concentration, the comprehensive utilization of sequestered plants releases CO 2 The method of adjusting the greenhouse effect by waiting for greenhouse gases ：

[0080] 1. According to the global atmospheric CO 2 The data collected at the concentration detection points and the data of each period obtained through scientific experiments are used to establish the global atmospheric CO 2 concentration database.

[0081] 2. Analysis of global atmospheric CO 2 Concentration data to predict atmospheric CO over the next 200 years 2 concentration showed a downward trend.

[0082] 3. Comprehensive utilization of harvested and stored plants to release stored solar energy and CO 2 and other greenhouse gases, and adjust the atmospheric "greenhouse effect" to the best state for the earth's ecosystem to adapt to human survival and development.

technical field

[0001] The present invention relates to carbon resources and CO in the atmosphere 2 The capture of equivalent substances, carbon sequestration, comprehensive development and utilization of carbon resources, regulation of the greenhouse effect and elimination of smog belong to the field of environmental protection. Background technique

[0002] Photosynthesis is that plants use photosynthetic pigments such as chlorophyll and some bacteria (such as halophilic archaea with purple membranes) use their cells themselves to convert carbon dioxide and water (bacteria are hydrogen sulfide and water) into organic matter under the irradiation of visible light , and release oxygen (bacteria release hydrogen) biochemical process. Carbon cycle and oxygen cycle are the prerequisites for the origin, reproduction and evolution of life. Photosynthesis is an important carbon-oxygen cycle on the earth, which can convert carbon resources and CO in the atmosphere 2 Equivalent s...

Examples

Embodiment 1

[0069] Atmospheric CO 2 A method for regulating the greenhouse effect through carbon sequestration by plants in case of rising concentrations ：

[0070] 1. According to the global atmospheric CO 2 The data collected at the concentration detection points and the data of each period obtained through scientific experiments are used to establish the global atmospheric CO 2 concentration database.

[0071] 2. Analysis of global atmospheric CO 2 Concentration data to predict atmospheric CO over the next 50 years 2 concentration is on the rise.

[0072] 3. Increase the amount of planting and use plants to absorb CO in the atmosphere 2 , Harvest when grown to an appropriate height, sequester the plants, and reduce CO in the atmosphere 2 concentration, reducing the greenhouse effect of the atmosphere.

Embodiment 2

[0074] Atmospheric CO 2 When the concentration keeps a stable trend, the method of maintaining the current greenhouse effect through plant carbon sequestration and comprehensive utilization ：

[0075] 1. According to the global atmospheric CO 2 The current data collected by the concentration detection points and the data of each period obtained through scientific experiments are used to establish the global atmospheric CO 2 concentration database.

[0076] 2. Analysis of global atmospheric CO 2 Concentration data to predict atmospheric CO over the next 100 years 2 The concentration keeps a steady trend.

[0077] 3. Use the harvested plants for papermaking, building materials, feed, fertilizers, chemical raw materials and alternative fossil fuels to eliminate smog and reduce CO in the atmosphere 2 The concentration is in a state of dynamic balance, and at the same time, it creates huge social and economic benefits.

Embodiment 3

[0079] Atmospheric CO 2 In the case of a downward trend in concentration, the comprehensive utilization of sequestered plants releases CO 2 The method of adjusting the greenhouse effect by waiting for greenhouse gases ：

[0080] 1. According to the global atmospheric CO 2 The data collected at the concentration detection points and the data of each period obtained through scientific experiments are used to establish the global atmospheric CO 2 concentration database.

[0081] 2. Analysis of global atmospheric CO 2 Concentration data to predict atmospheric CO over the next 200 years 2 concentration showed a downward trend.

[0082] 3. Comprehensive utilization of harvested and stored plants to release stored solar energy and CO 2 and other greenhouse gases, and adjust the atmospheric "greenhouse effect" to the best state for the earth's ecosystem to adapt to human survival and development.