Activated carbon kiln

  Activated carbon is a porous carbon material that exhibits excellent adsorption, separation, and catalytic properties due to its large surface area and rich micro-porous structure. It is widely used in air purification, water treatment, food industry, pharmaceutical industry, chemical industry, and other fields. The selection and preparation methods of activated carbon materials differ, and their physical and chemical properties also vary. Therefore, corresponding activated carbon materials need to be selected in different application areas. Generally speaking, the pore structure of activated carbon can be divided into micropores, mesopores, and macropores, and different pore structures will affect its adsorption capacity.

  In addition to being used in areas such as adsorption, separation, and catalysis, activated carbon can also be used as an electrode material for capacitors, a gas storage material, a hydrogen storage material, and an electrochemical catalyst in other fields.

The production line of activated carbon mainly includes the following:

 1.Raw material pretreatment: drying, crushing, and impurity removal of raw materials.

 2.Carbonization process: carbonization treatment of raw materials to produce primary carbon.

 3.Activation process: activation of carbon using an activating agent to increase the porosity and surface area of the carbon, thereby improving its adsorption performance.

 4.Cooling process: cooling of high-temperature activated carbon using a cooling device.

 5.Waste gas treatment: treatment of waste gas generated during carbonization and activation processes to meet emission standards.

 6.Product processing: crushing, grinding, screening, and packaging of activated carbon.

Our company's activated carbon equipment has the following characteristics:

 1. Wide application range: various raw materials can be used for activated carbon production, including coconut shells, wood, walnut shells, hazelnut shells, almond shells, coal, etc. Different raw materials can be produced using different equipment. Customized equipment can be provided according to customer requirements.

 2. Energy-saving: the heat energy is fully utilized, and high-quality activated carbon can be produced with low energy consumption.

 3.High degree of automation: the whole set of equipment adopts PLC automatic control, and multiple sensors are installed at various process nodes of the production line to ensure safety. The process parameters of the equipment can be automatically adjusted through the PLC, and the flexibility is strong. The entire production line requires minimal manpower.

 4. Large production capacity: 1-20t/d.

The professional activated carbon experimental testing team can provide experiments and testing of various key data such as activated carbon iodine value and ash content. Provide you with reliable solutions.