Biological charcoal is charcoal made from animal, vegetable organic products. It is produced by dry distillation and oxidation. It is also called animal charcoal, vegetable charcoal and active charcoal.
Biological charcoal has two main sources of raw materials, namely animal materials and plant materials. Animal materials include fish bones, horns, hides and other products from animals. Plant materials refer to all kinds of plant residues, such as straw, bark, and sawdust, as well as refuse from grains, vegetables, fruits and other places.
Biological charcoal has a wide range of applications. In the chemical industry, it is used to absorb ethylene, hydrogen sulfide and acetic acid. In the pharmaceutical industry, it is used to absorb gases, odours, impurities, residues and other organic substances. In addition, it can also be used in filtration, as a catalyst and in the production of fertilizers.
Biological charcoal is a kind of adsorbent with a high adsorption capacity. It has significant absorption effects on a variety of organic substances from gases and liquids, such as odours and toxic substances, and its adsorption intensity is strong. In addition, it has good selectivity, and the oxidation and reduction properties are strong. It is also an effective natural drying agent, which can quickly dry and purify air, dehumidify and prevent corrosion.
In addition, biological charcoal is also one of the environmentally friendly fuels with good efficiency. It can also be used as an additive for feed and composting to decompose toxic substances and improve heat and moisture resistances. In gardening and agricultural production, it can improve soil quality and promote the growth of crops.
Finally, due to the special chemical structure of biological charcoal, the combustion flame is blue, non-smoking and non-smelling. Its burning temperature is up to 2000°C, and it is difficult to be extinguished. Therefore, it is widely used in fields that require high temperature.
Biological charcoal is an economical and environmental friendly way to improve the quality of air, water and soil. Furthermore, it has a broad application in industry, agriculture and environment protection. Therefore, we should make full use of this resource and promote its efficient utilization.
