What are the main things on Earth that absorb carbon dioxide?

On Earth, carbon dioxide is absorbed.

It depends mainly on forest ecosystems. The forest is a complex ecosystem with species diversity, complex structure, and food chains.

A lot. Photosynthesis of plants in forests.

It has always been the main way for the earth to absorb carbon dioxide and produce oxygen. With the development of human industry, carbon dioxide emissions are increasing day by day, which has brought great challenges to the earth's environment, including the greenhouse effect.

That's the most direct question. Forests exist to absorb carbon dioxide and purify air pollution. 10 square meters of forest or 25 square meters of grass can absorb all the carbon dioxide that a person breathes and supply the oxygen they need.

And forests not only absorb carbon dioxide, but also regulate the climate naturally. The dense foliage of the forest reflects the sunlight directly, reducing the temperature rise of the ground. Forests are the main absorber of carbon dioxide on Earth.

Of course, there is also a lot of scientific science to absorb carbon dioxide. For example, sodium hydroxide.

Its chemical equation is: NaOH + CO2 Na2CO3 + H2O, and calcium hydroxide.

Its chemical equation is: Ca(OH)2+CO2 CaCO3 +H2O, and there is a calcium oxide, and its chemical equation is Na2O+CO2 Na2CO3. Among them, the cost of absorbing carbon dioxide with calcium oxide is the smallest, and most strong alkaline substances can absorb carbon dioxide, which is of great chemical significance and has high scientific research significance.

In the Earth's air, the amount of carbon dioxide is second only to nitrogen. Carbon dioxide is of course also very important to our planet, and it cannot exist without it. However, once there is too much carbon dioxide, it will also cause great damage to our earth's environment, so it is important to balance the earth's carbon dioxide content.

In normal times, we do not destroy forest vegetation, they are always protecting our health. So let's be kind to our planet.

There are forests, whales, aloe vera, cacti, etc., which can absorb carbon dioxide, which can help us fall asleep quickly, make people relax, and also play a role in purifying the air.

In addition to the well-known green plants, there are some prokaryotes on the earth that can absorb carbon dioxide, such as cyanobacteria, Candida, etc., in addition to these biological rooms, there are also some chemical reagents that can absorb carbon dioxide, such as sodium hydroxide solution commonly used in laboratories.

Plants, some animals, and some microorganisms can absorb carbon dioxide. They convert carbon dioxide into their own nutrients to sustain their lives.

On the earth, carbon dioxide plays an indispensable role in maintaining the natural balance of organisms, mainly plants (trees, flowers and plants) absorb carbon dioxide for photosynthesis and exhale oxygen, such as succulents, aloe vera, impatiens, cacti, pomegranate trees, peach trees, etc. Water also absorbs carbon dioxide to maintain the carbon and oxygen balance in the water. Soda lime also absorbs carbon dioxide to make chemicals.

Forest plants, especially those with many leaves, as long as they contain chloroplasts, can photosynthesize, absorb carbon dioxide and release oxygen under light conditions, and green plants can reduce noise pollution.

Carbon dioxide is mainly absorbed by green plants and some microorganisms, and chloroplasts are found in green plants, which can use carbon dioxide for photosynthesis, produce organic matter and release oxygen; Some microorganisms are also able to absorb carbon dioxide.

Peatland, permafrost can absorb carbon dioxide, and most forest plants can absorb carbon dioxide, such as magnolia, camphor, laurel, sycamore, magnolia, cypress, cedar, ginkgo, banyan, oak, kapok, large-leaved fig, camphor, willow, poplar, etc.

Trees in the main rainforest can absorb large amounts of carbon dioxide and convert it into oxygen. Then there are the algae in the ocean, which are also the main absorbers of carbon dioxide, and they absorb a lot of carbon dioxide to provide oxygen for our lives.

On Earth, carbon dioxide is absorbed mainly by forest plants, which absorb carbon dioxide through photosynthesis and release oxygen, peatlands, permafrost lands at the north and south poles of the earth also absorb large amounts of carbon dioxide, whales absorb carbon dioxide like trees, and the corpses of dead bodies also store carbon dioxide for centuries.

The things that I know of that absorb carbon dioxide are plants and water, and the main things that can absorb carbon dioxide are green plants, which absorb carbon dioxide through respiration, and carbon dioxide will also melt into water.

Green plants, for photosynthesis, need to absorb carbon dioxide.

There are also strong alkaline solids or solutions such as sodium hydroxide, calcium hydroxide, sodium oxide, barium hydroxide, potassium hydroxide, etc., which can absorb carbon dioxide, and common seawater can absorb carbon 2.

1.A wide variety of plants on the earth use unique mitochondria to absorb carbon dioxide and convert it into organic matter and oxygen under the action of light energy. 2.Bacteria, cyanobacteria, although they do not have mitochondria, can also absorb carbon dioxide and convert it into organic matter for their own survival.

Forests, peatlands, surging layers and whales are the four main sources of carbon dioxide absorption in nature.

On Earth, the main sources that can absorb carbon dioxide are all green plants, most algae, and some single-celled organisms that can photosynthesize.

Trees can; That's why we have been advocating more vegetation, and flowers and plants can also be; carry out photosynthesis, green plants; Almost all can be absorbed.

Most of the plants are green, so a lot of plants are planted every year, and there is also a festival called Arbor Day, where plants produce carbon dioxide mainly through photosynthesis.

Like most green plants, such as aloe vera, cactus, lotus, spider plant, daffodil, magnolia, stone lotus, bromeliad, longevity flower, etc.

Summary. Plants can be used to absorb carbon dioxide from the air because plants can convert carbon dioxide into useful substances such as sugar and oxygen through photosynthesis. In addition, absorbents or adsorbents can be used to absorb carbon dioxide from the air, such as activated carbon, graphene, etc.

What can be used to absorb carbon dioxide from the air.

What can be used to absorb carbon dioxide from the air.

Plants can be used to absorb carbon dioxide from the air because plants can convert carbon dioxide into useful substances such as sugar and oxygen through photosynthesis. In addition, absorbents or adsorbents can be used to absorb carbon dioxide from the air, such as activated carbon, graphene, etc.

Methods for detecting oxygen.

Use an oxygen detector: An oxygen detector can measure the amount of oxygen in the air in order to obtain accurate data. Use the combustion method:

The combustion method measures the amount of oxygen in the air and determines the amount of oxygen by observing the spark changes of the combustion. Use chemical methods: Chemical methods can measure the amount of oxygen in the air and determine how much oxygen is by detecting the reaction of oxygen with other gases.

Vegetation coverage.

Hello, vegetation coverage refers to the ratio of the area covered by surface vegetation to the total area, which is an important indicator to measure the greening status of the land. In general, the higher the vegetation coverage, the better the greening of the land and the higher the environmental quality.

with NaOH, sodium hydroxide.

2NaOH + CO ==NA CO +H O, Na CO +CO +H O==2NaHCO, the absorption is relatively large.

Carbon dioxide can generally be prepared by calcining limestone at high temperature or by the reaction of limestone and dilute hydrochloric acid, and is mainly used in refrigerating perishable food (solid), as a refrigerant (liquid), in the manufacture of carbonized soft drinks (gaseous) and as a solvent for homogeneous reaction (supercritical state). Regarding toxicity, studies have shown that low concentrations of carbon dioxide are not toxic, while high concentrations of carbon dioxide can poison animals.

Summary. What can absorb carbon monoxide.

Hello, spider plant. Among the many plants that absorb toxic substances, the spider plant has the first efficacy. Generally speaking, a pot of spider plants can absorb 96% of the carbon monoxide in a cubic meter of air and 86% of the formaldehyde, and can also decompose the benzene emitted by photocopiers, which cannot be replaced by other plants.

How to remove carbon monoxide from industrial exhaust gases.

Hello, then it is best to completely incinerate this and convert it into carbon dioxide. 

Carbon disulfide (CS2) can absorb carbon dioxide (CO2), but this action is unstable and needs to be carried out under specific conditions.

Carbon disulfide molecules have strong polarity and can interact with some polar molecules, such as CO2 and H2O. Under certain temperature and pressure conditions, CO2 can dissolve and bury in CS2 to form compounds, but this compound is unstable and will decompose at some point. In addition, CO2 reacts with CS2 to form tert-butyl thiocarbonate, which has a chemisorption effect.

Although carbon disulfide can absorb carbon dioxide, it is also a toxic and flammable chemical with high volatility. Therefore, the necessary precautions must be taken in the treatment of carbon dioxide with carbon disulfide, and its environmental and health risks must be considered.

In summary, carbon disulfide can absorb carbon dioxide, but the use of this method needs to be carried out under specific conditions, and its toxicity and environmental safety issues must be strictly controlled.

It should be possible, no problem, I think it is totally possible.

1. Spider plant ranks first in efficacy among many plants that absorb toxic substances. Generally speaking, a pot of spider plant can absorb 96% of carbon monoxide and 86% of formaldehyde in one cubic meter of air, and can also decompose benzene emitted by photocopiers, which cannot be replaced by other plants. In particular, the spider plant can also photosynthesize and absorb toxic gases in weak light, especially the spider plant likes shade, which is more suitable for indoor placement.

In contrast, aloe vera is sun-loving and is more suitable for placing in a bright place to exert its maximum effect. According to tests, a pot of aloe vera can absorb about 90% of formaldehyde in one cubic meter of air. It is understood that the plants that can absorb formaldehyde include orchids, one-leaf orchids, tiger tail orchids, large-flowered orchids and monstera bamboo.

2.Ivy, iron tree, chrysanthemum, etc. can effectively remove sulfur dioxide, chlorine, ether, ethylene, carbon monoxide, nitrogen peroxide, sulfur, hydrogen fluoride, mercury and other harmful substances. 3.

In the ammonia industry, carbon monoxide is absorbed by copper washes [Cu(NH3)2]AC + CO + NH3 == [Cu(NH3)3CO]AC copper diamino( )Carbonyl triaminocopper acetate ( 4In the analysis of industrial gases, an aqueous solution of ammonia or hydrochloric acid of cuprous salt (CuCl) is commonly used to absorb CO in the mixed gas, which is to use the adductivity of CO to generate CuCl·Co·2H2O

<> sodium hydroxide. Sodium hydroxide reacts with carbon dioxide to produce sodium carbonate and water. The absorption is relatively large and there are no harmful products.

Carbon dioxide is a common compound in the air, carbon reacts with oxygen to form its chemical formula CO2, a carbon dioxide molecule is composed of two oxygen atoms and a carbon atom through covalent bonds, it is a colorless and odorless gas at room temperature, the density is greater than that of air, it can be dissolved in water, and reacts with water to form carbonic acid, which does not support combustion. Solid carbon dioxide is commonly known as dry ice when compressed. Carbon dioxide is considered to be the main contributor to the greenhouse effect.

Industrially, it can be prepared by the decomposition of calcium carbonate under strong heat.