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How can I remedy the global warming world?

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Have you ever seen a climate change and global warming?

It is about to know that the world is overwhelmed by the influence of humans. Coal Oil, FOSSIL FUELS Fuels Burned, and the carssil fuels burned. Met Thein Other pollutants and other pollutants were in the air, and they covered it as a blanket that covers the world. Then, when the earth absorbs the sunlight and increases the temperature, it comes out of the heat of the global heat and the infrared radiation process. It is called greenhouse gas that contains the greenhouse gas that contains the greenhouse gas, which is capable of absorbing the energy efficiency from the earth’s surface. These gases include carbon dioxide (CO2); Miletha Thein (CH4) and water vapors are a major greenhouse gas gas and nitrous oxide and n2o) and refrigerator. It also includes fluorinated gas that comes from the fact that such things. The greenhouse effect that has been closed to the sun’s heat energy in the world, and it has brought the world warmer.

The main hand of the global warming is a carbon dioxide (CO2), and Miletha (CH4) is from the second place. 2015 On December 12, France According to the Paris Agreement COP-21, the rise of the world average temperature will continue to control the rise of the world’s 1.5 cities than 1.5 cities.

Intense weather as a consequence of global warming, Storm Heat, Flood In the air, forest fires worldwide, and the acidic ocean is growing in the ocean. Temperatures have increased the rising rate of wildlife and the livelihoods of wildlife.

So humans who have created their own fate are looking for ways to eliminate carbon dioxide areas that are more than the air. These technologies are called the negative emisses technologies, and these methods are generally based on natural solutions; There are three types of technology solutions and technology solutions. Some methods are currently being used, but some are flawed and flawed. It is still at the stage of studying the cost of high costs.

Natural-based solution (Nature-based Solutions)

This method is the Affores and Affrease. In the fields of deforestation, refinestation and the quality of the human race is low due to the low quality. The Blue Carbon Habitat Restore is the origin of the destruction of the damaged sea and coastal areas.

It’s a good idea. Enhanced Natural Process

This is the land management that uses a modern agricultural methods to increase carbon content in the soil. This method of agriculture can combine Biomass, wooden rice, wood and branches. Biochars, such as biochet, can be combined with the soil of the soil, and carbon is hundreds of years in the soil. Thousands of storage can be stored.

Also, the stone, The rocks are the case of the original state of the default situation in the original rainy season (Weathering) – water, ice, Acid Salt; Plant Creator, Temperatures and pressure are caused by rocks and minerals. The body, The syllas occur or melt in a fragment particle from the original situation. So, in terms of enhanced weathering, how do these stones help reduce carbon dioxide in the air? . . . Carbonic dioxide (CO2) in the air is a carbonic acid cause (Carbonic acid = H2C3). This carbonic acid contains limestone and alley. When the bread is reacting with the bark of bicarbonate ions = hco3-. These biots are rivers, rivers, and rivers. If the crew goes into the sea, it can be sustainable. Enhanced Weathering is the sloppole of the stickers that contain sluggishly collaps

It means throwing it into the sea.

Another way is to increase the productivity of the oceans (Enhanced Ocean Productivity). In this method, iron and nitrogen are added to seawater. Phytoplankton, microscopic plants that are too small to be seen by the naked eye, obtain iron and nitrogen as nutrients. After that, they absorb carbon dioxide (CO2) from the atmosphere and use solar energy to make food through photosynthesis. If this method is increased, it will be possible to reduce carbon dioxide (CO2) in the air.

However, due to the high costs and risks, studies and experiments are still needed on the technologies for increasing the drifting of rocks and soil particles due to the impact of rain and wind (Enhanced Withering) and the technology for increasing the productivity of the ocean (Enhanced Ocean Productivity).

Technology solutions

This section includes the capture and storage of carbon dioxide produced during bioenergy production before it reaches the atmosphere (Bioenergy with Carbon Capture and Storage – BECCS) and the direct capture and storage of carbon dioxide from the air (Direct Air Capture – DAC). Both of these technologies capture captured carbon dioxide (CO2) for hundreds of years in deep saline aquifers – deeper layers that do not touch the aquifers exploited by humans – for hundreds of years. It can store thousands. BECCS is a promising technology for leaf, dry branches stem agricultural residue; It is a technology that captures and cleans the carbon dioxide gas released from burning biomass such as animal dung to produce energy before it reaches the atmosphere and stores it underground.

Direct Air Capture is the direct capture and storage of CO2 from the air, but the amount of carbon dioxide in the air is only 0.04 percent on average, so if you use DAC, you will need to use more energy to extract carbon dioxide from the gas mixture. Direct atmospheric carbon capture (DAC) technology is more expensive than other carbon capture and storage technologies because the concentration of CO2 in factories’ smokestacks is higher than in the atmosphere.

In summary, the above are technologies to capture and store greenhouse gases that are harming our home planet, including humans. Although some technologies can be used in practice, some technologies are still being studied to find out the side effects. According to The Paris Agreement, compared to the average temperature of the pre-industrial age, the rise of the global average temperature can be controlled as agreed. Or will it go beyond that? These technologies, It all depends on how effectively humans can use scientific findings, as well as how much they are willing to pass on to future generations.


  • Explainer: 10 ways ‘negative emissions’ could slow climate change – Carbon Brief.
  • Poynting, B. J. F. &. M. (2023, December 11). What is carbon capture and how does it fight climate change? BBC.
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  • Mann, M. E. (2024, April 5). Greenhouse gas | Definition, Emissions, & Greenhouse Effect. Encyclopedia Britannica.
  • UNFCCC. Secretariat. (2016, January 29). What is the Paris Agreement?
  • Sara Budinis, Energy Analyst. (2020, January 31). Going carbon negative: What are the technology options? – analysis. IEA.
  • Spears, S. (2018, October 15). What is biochar? Regeneration International.
  • U.S. Energy Information Administration – EIA – independent statistics and analysis. Biomass explained
  • U.S. Energy Information Administration (EIA). (2023, June 30).
  • National Geographic Society. (2024, January 4). Weathering. Education.
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