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Activated Carbon Rotary Kiln
Applications: wood, coconut shell, coal, sawdust and other biomass materials.
Activated carbon, also called carbon black, is a kind of material that contains higher carbon content, usually being pellet, granular, cellular, or powder. It has strong absorbability and stable chemical properties.
Wide application: activated carbon has strong absorbability to effectively remove color, smell, and most organic pollutants and some inorganic substances in secondary water. So activated carbon is widely used in Petrochemical, electric power, chemical, food, gold, environmental protection, and other industries.
How activated carbon is made?
The raw materials of activated carbon production include wood, coal, coconut shell, crop shell, and other carbon-rich materials. How activated carbon is made? The main production process: carbon-containing materials are put into a rotary kiln, and changed into activated carbon under high temperature and pressure.
The calcination temperature of the activated carbon rotary kiln is between 950℃ and 1050℃ and is adjusted according to the amount of activated carbon material to meet the requirements of finished products. The activated carbon rotary kiln is definitely a better selection in renewable resources production equipment.
why choose AGICO CEMENT?
full rotary kiln parts supply
AGICO CEMENT is a trustable rotary kiln manufacturer providing direct-fired rotary kilns and indirectly fired rotary kilns for the activated carbon production, also including auxiliary equipment and spare part of rotary kiln supply.
We promise a one-stop service and the EPC project covers design, equipment, installation, debugging, personnel training, maintenance and etc. we also provide customization services that meet your individual needs.
spare parts service
Our rotary kiln can be applied to all types of materials for activated carbon making, such as coconut shell activated carbon making, wood, coal, sawdust, bamboo and other materials, moreover, it can be used in every important section of the activated carbon production line, including carbonization process, activation process and regeneration process.
Based on advanced techniques and large production capacity, we have built over 100 lines around the world. These are some of our activated carbon rotary kiln projects.
ADVANTAGES OF our activated carbon rotary kiln
Good compatibility and wide application in raw materials
Apply for various types of biomass materials, including granular materials, powdery materials, pellets, etc.
Long service life
Our activated carbon rotary kiln adopts super materials, the combustible combustion system adopts high-frequency welding, and the heating shell is lined with high-temperature refractory fiber, which has a long service life and fewer wearing parts, which makes users more worry-free.
Easy operation and less labor required
The activated carbon rotary kiln produced by AGICO CEMENT is simple in operation; it adopts a common control cabinet or PLC control system with a high degree of automation. Our professional team trains operators to help customers quickly master operation skills.
specifications of activated carbon rotary kiln
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application of activated carbon rotary kiln
Activated carbon rotary kiln is used for activated carbon making as its name applied. As we know before, activated carbon production has two main sections: carbonization process, activation process, and rotary kiln can be applied in both of them. In addition, an activated carbon rotary kiln can be also applied in the regeneration of activated carbon.
This is an activated carbon production process, we can find rotary kiln plays an important role, if you are interested, welcome to contact and learn the specific process.
The raw materials for activated carbon production should be adequately batched in the storage room, and then the raw materials are transported to the rotary kiln through the conveyor for calcination (two-stage kiln) carbonization, and then activated by the activation kiln. After activation, the activated carbon is crushed by the crushing system, and the crushed activated carbon is screened by screening equipment and packaged according to different particle sizes; if the finished product is required to be powdered activated carbon, it must undergo a grinding process after crushing, and then undergo packaging and quality inspection.