YUAN-ACR-Q
YUAN
Activated carbon regeneration:
Activated carbon is a carbonaceous adsorption material with rich pore structure and huge specific surface area. As an excellent adsorbent, it has the characteristics of strong adsorption capacity, good chemical stability, high mechanical strength, and easy regeneration. It is widely used in Industry, agriculture, national defense, transportation, medicine and health, environmental protection and other fields.
When the adsorption of activated carbon reaches a certain level, the adsorption capacity of activated carbon will gradually decrease. At this time, it is necessary to desorb and regenerate activated carbon to restore its activity and reuse it.
Significance of activated carbon regeneration:
1. Conducive to circular economy
The application range of activated carbon is becoming wider and wider, but because activated carbon is easily saturated and loses its adsorption capacity during use, it must be replaced frequently to achieve the use effect. Activated carbon is expensive, and every time it is replaced with new carbon, it will increase the operating cost of the enterprise. Therefore, it is necessary to consider the regeneration and utilization of saturated activated carbon to achieve the purpose of circular economy.
2. Conducive to energy saving and emission reduction
If one ton of saturated activated carbon is disposed of as waste, it is equivalent to releasing 0.128 tons of carbon dioxide to the atmosphere. It takes about 5 tons of wood or 4-5 tons of raw coal to make one ton of high-quality activated carbon. The regeneration of activated carbon can greatly reduce resource consumption, reduce air pollution, and reduce energy waste.
Advantages of activated carbon regeneration system:
The high-temperature regeneration of granular carbon can realize multiple recycling, reduce the consumption of activated carbon, and have a high degree of equipment automation. The short-term investment cost of the equipment is high, but the average single operation cost is greatly reduced for a long-term use.
Activated carbon regeneration:
Activated carbon is a carbonaceous adsorption material with rich pore structure and huge specific surface area. As an excellent adsorbent, it has the characteristics of strong adsorption capacity, good chemical stability, high mechanical strength, and easy regeneration. It is widely used in Industry, agriculture, national defense, transportation, medicine and health, environmental protection and other fields.
When the adsorption of activated carbon reaches a certain level, the adsorption capacity of activated carbon will gradually decrease. At this time, it is necessary to desorb and regenerate activated carbon to restore its activity and reuse it.
Significance of activated carbon regeneration:
1. Conducive to circular economy
The application range of activated carbon is becoming wider and wider, but because activated carbon is easily saturated and loses its adsorption capacity during use, it must be replaced frequently to achieve the use effect. Activated carbon is expensive, and every time it is replaced with new carbon, it will increase the operating cost of the enterprise. Therefore, it is necessary to consider the regeneration and utilization of saturated activated carbon to achieve the purpose of circular economy.
2. Conducive to energy saving and emission reduction
If one ton of saturated activated carbon is disposed of as waste, it is equivalent to releasing 0.128 tons of carbon dioxide to the atmosphere. It takes about 5 tons of wood or 4-5 tons of raw coal to make one ton of high-quality activated carbon. The regeneration of activated carbon can greatly reduce resource consumption, reduce air pollution, and reduce energy waste.
Advantages of activated carbon regeneration system:
The high-temperature regeneration of granular carbon can realize multiple recycling, reduce the consumption of activated carbon, and have a high degree of equipment automation. The short-term investment cost of the equipment is high, but the average single operation cost is greatly reduced for a long-term use.
