YUAN-ACR-Q
YUAN
Activated carbon regeneration:
The so-called regeneration of activated carbon actually refers to the operation and method of changing the external environment of activated carbon through external stimuli to reactivate the active components to achieve the purpose of repeated use. With the widespread attention of the activated carbon industry and the development of the market, activated carbon has now been used in various fields of life.
Activated carbon regeneration system:
The principle is that part of the volatile organic matter adsorbed in the drying process is desorbed and transformed into waste gas at high temperature, and volatilized together with water vapor; during the carbonization process, most of the organic matter is carbonized and adsorbed in the pores of activated carbon; during the activation process In the process, the remaining organic compounds are pyrolyzed at a higher temperature, and the spent activated carbon is activated in the presence of a quantitative oxidant (water vapor or a small amount of oxygen). The activated carbon restores the original pores and creates new pores to achieve the purpose of regeneration of the spent activated carbon. Heating regeneration has the advantages of high regeneration rate and short regeneration time, and belongs to the mainstream process of activated carbon regeneration.
Activated carbon regeneration:
The so-called regeneration of activated carbon actually refers to the operation and method of changing the external environment of activated carbon through external stimuli to reactivate the active components to achieve the purpose of repeated use. With the widespread attention of the activated carbon industry and the development of the market, activated carbon has now been used in various fields of life.
Activated carbon regeneration system:
The principle is that part of the volatile organic matter adsorbed in the drying process is desorbed and transformed into waste gas at high temperature, and volatilized together with water vapor; during the carbonization process, most of the organic matter is carbonized and adsorbed in the pores of activated carbon; during the activation process In the process, the remaining organic compounds are pyrolyzed at a higher temperature, and the spent activated carbon is activated in the presence of a quantitative oxidant (water vapor or a small amount of oxygen). The activated carbon restores the original pores and creates new pores to achieve the purpose of regeneration of the spent activated carbon. Heating regeneration has the advantages of high regeneration rate and short regeneration time, and belongs to the mainstream process of activated carbon regeneration.
