What is charcoal and its composition?
Charcoal is a kind of black porous solid material. Wood will remain after burning for a long time under some limited oxygen conditions. Under these conditions, wood components such as water and organic matter evaporate, leaving a clump of charcoal residue. Charcoal can be processed by a variety of industrial processes to provide a variety of variants, such as activated carbon, which is often used for medical purposes. Activated carbon is made from ordinary charcoal, which is extracted from specific specified materials (such as coconut shell) and burned into charcoal by conventional charcoal manufacturing process. The charcoal is then exposed to temperatures above 1700 degrees Fahrenheit in the absence of oxygen. The residue is then cooled and ground into powder, called activated carbon. Activated carbon can be purchased from carbon additive manufacturer( https://www.yrdcarbon.com/products/carbon-additve/ ), and not only that, if you are interested in coal carburizer( https://www.yrdcarbon.com/products/carbon-additve/coal-carburizer.html ), you can also contact them.
Charcoal has various correlations with the human body. For the purest form, the fixed carbon content of charcoal ranges from 50% to 95%. The percentage of carbon in charcoal can be changed by adjusting the manufacturing conditions of charcoal. In contrast, the human body is also similar to carbon in various ways. We are made up of 96% carbon, hydrogen and oxygen and 4% minerals. This is almost the same carbon composition. The chemical similarity between us and charcoal enables us to use charcoal in humans with high safety and efficiency to achieve certain chemical functions.
One of the key reasons why charcoal is used for human function is that it has chemical properties that can be used for excellent human functions? We are made up of 96% carbon, hydrogen and oxygen and 4% minerals. Because of its porous properties, charcoal also has high absorption. In addition, it has a net negative charge, so it can absorb positively charged molecules, such as toxins, from the body. Moreover, charcoal particles are too large to be absorbed into the body, so it can be safely ingested. These qualities enable charcoal to be used for a variety of purposes.
The high absorption of charcoal makes it the first choice for emergency treatment of ingested toxins. Its affinity and absorption of positively charged particles make them combine with chemical toxins in the body. When the toxins are combined, their net presence and concentration in the body are significantly reduced, thus limiting the effectiveness of the poisons ingested by the patient prior to examination by the medical institution.
Through the use of a certain dose of charcoal can promote human kidney function. This means that diseases such as renal failure and dysfunction can be reduced by using charcoal as a filter to combine and eliminate waste that would otherwise accumulate in the kidney and cause renal failure. For example, specially activated charcoal can be used to remove urea from the blood system of patients with kidney problems. The charcoal bound urea is then removed by faeces.Charcoal is also used to ensure nutritional health. It is used to help bind cholesterol, which prevents it from being absorbed into the blood. Many studies have shown that taking 24 grams of charcoal a day can reduce cholesterol by 25%. Lower cholesterol levels help prevent lifestyle conditions such as obesity and overweight.
