Diferencia entre carbón y carbón vegetal (con tabla)

Coal and Charcoal are not pure carbon. They are in the improper states of carbon and are known as ‘carbon compounds.’ People always confuse these two compounds, although they are differently formed and used. 

Carbón vs carbón vegetal

The difference Between Coal and Charcoal is their formation. When the remains of plants and animals transform into fossil fuel, it forms coal. And charcoal is formed by the left residues when water and other volatile substance removes from the carbonic compounds. The first naturally occur and can take millions of years for its formation. The second can take very little time to form and occurs either naturally or human-made. 

They appear in amorphous shapes and look similar. But after close observation, it is noticeable that the former is mainly found in combustible black or dark brown rock colors and can vary with different types. On the contrary, the latter only appears in the porous black color.

Tabla de comparación entre carbón y carbón vegetal

Parámetros de comparaciónCarbónCarbón
MeaningsCoal is a sedimentary rock composed of carbon with an evident quantity of other elements, including sulfur, nitrogen, and hydrogen.Charcoal is an improper form of carbon acquired by the biased burning of carbonaceous substances in the presence of limited oxygen.
OcurrenciaIt naturally occurs from fossil fuels.It occurs naturally or artificially from burning the carbonaceous materials.
FormaciónWhen the remains of plants and animals transform into fossil fuel, it forms coal.When water and other volatile substances are removed from the carbonic compounds, their left residues form charcoal.
Duración Coal can take centuries to form.Charcoal can take very little time to form.
MineralCoal is a mineral that is why it is mined-out.Charcoal is not a mineral, so it does not need mining.
DensidadCoal is more dense than charcoal.Charcoal is less dense than coal.
PermeabilityIt is less porous than charcoal.It is more porous than coal.
Heat productionIt produces more heat as compared to charcoal.As compared to coal, it produces less heat.
Color AppearanceIts appearance varies with its different types. But it is mainly found in combustible black or dark brown rock colors.It appears in a porous black color.
TiposLignite, Anthracite, Peat, Bituminous, and Sub-bituminous are the main types of coal.Its main types are Common, Lump, Sugar, Briquettes, Activated, Extruded, and Japanese charcoals.
UsoIt is used for industrial purposes and heating systems.It is used for cooking, barbeques, purification, and other domestic purposes.
Environmental ImpactsAir Pollution, Displacement of People, etc. Deformation, Soil Erosion, Desertification, etc.

¿Qué es el carbón?

Coal is a fossil fuel produced by decomposed plants, animals below high temperature, and pressure underneath the Earth’s crust over centuries. It is a natural phenomenon. Its sedimentary ore consists of carbon with an evident concentration of other elements, including sulfur, nitrogen, and hydrogen. 

When the remains of plants and animals transform into fossil fuel, it forms coal. It can take millions of years for that. It is also a mineral that is why it is mined-out like any other mineral. It produces more heat as compared to charcoal. It is more dense than charcoal and is less porous. Lignite, Anthracite, Peat, Bituminous, and Sub-bituminous are its main types.

For industrial purposes and heating systems, it is most useful. Its appearance varies with different types. But it is mainly found in combustible black or dark brown rock colors. Coal mines can affect its surroundings by creating problems like Air Pollution, Displacement of people.

¿Qué es el carbón vegetal? 

Charcoal is a black, porous solid acquired by the partial combustion of wood and other similar substances. Charcoal is an impure form of carbon obtained by the partial burning of carbonaceous materials in the presence of limited oxygen. It occurs naturally or human-made from burning the carbonaceous materials.

After removing water and other volatile substances from the carbonic compounds, their left residues form charcoal. It can take very little time for its formation. It is not a mineral, so it does not need mining. It is less dense than coal. It is more porous than coal.

As compared to coal, it produces less heat. It appears in a porous black color. Common, Lump, Sugar, Briquettes, Activated,  Extruded, and Japanese are its main types. It is useful for cooking, barbeques, purification, and other domestic purposes. It can cause environmental problems such as Deformation, Soil Erosion, Desertification, etc. 

Principales diferencias entre carbón y carbón vegetal

  1. Coal naturally occurs from fossil fuels, whereas charcoal appears either naturally or human-made from burning the carbonaceous materials.
  2. Coal can take centuries to form. While Charcoal forms quite rapidly.
  3. When the remains of plants and animals mutate into fossil fuel, it forms coal. Conversely, after removing water and other volatile substances from the carbonic compounds, their left sediments form charcoal.
  4. The previous is a mineral that is why it is mined-out. On the contrary, the succeeding is not a mineral, so it does not need mining.
  5. The first produces more heat as compared to the second. 
  6. Coal is denser than charcoal.
  7. Coal is less porous than charcoal.
  8. The appearance of the former varies with different types. But it is mainly found in combustible black or dark brown rock colors. And the latter appears in a porous black color.

Conclusión 

Despite the similarities between coal and charcoal, many differences range from occurrence to environmental impacts. Coal can cause Air Pollution, Displacement of People, etc., whereas charcoal can cause problems like Deformation, Soil Erosion, Desertification, etc.

When the remains of plants and animals transform into fossil fuel, it forms coal. Conversely, after removing water and other volatile elements from the carbonic compounds, their left sediments form charcoal. The first is useful for manufacturing prospects and heating practices. The second is helpful for cooking, barbeques, purification, and other domestic purposes. 

Referencias

  1. https://www.tandfonline.com/doi/abs/10.1080/15567030802612028 
  2. https://www.sciencedirect.com/science/article/pii/S0969804309000736 
  3. https://www.sciencedirect.com/science/article/pii/S2238785419305757 

Este artículo ha sido escrito por: Supriya Kandekar