Carbon Rod Production Furnace

Wood stick carbonization furnace analysis:

The continuous carbonization furnace uses a hot air flow carbonization process, and the particle size of the raw materials needs to be controlled below 3 cm. If the raw material is too large, first use a crusher to crush the raw material to an appropriate range. The raw materials enter the continuous carbonization furnace. While transporting the raw materials, the carbonized biochar is discharged from the discharge port. Carbonization only takes about 30 minutes. The continuous carbonization furnace has a carbonization rate of 99% and the entire production process is continuous. It is an ideal equipment for preparing medium-temperature carbon.

Sawdust charcoal furnace

Wood stick carbonization equipment Advantages:
Compared with traditional intermittent carbonization furnaces, continuous carbonization furnaces pay more attention to energy saving and consumption reduction in design. In the continuous carbonization furnace, a double-layer structure is adopted, that is, a built-in stainless steel furnace body and an outer insulation material. This design not only ensures the stability of the high-temperature environment inside the carbonization furnace, but also minimizes heat loss. At the same time, the flue gas emission system of the continuous carbonization furnace is equipped with a waste heat recovery device, which can recycle the waste heat in the flue gas and further improve the energy utilization efficiency. The introduction of these designs enables the continuous carbonization furnace to save energy, reduce consumption during the entire carbonization process, and complete the entire process in one go.The quality and performance of medium-temperature carbon prepared by continuous carbonization furnaces are improved and can meet the needs of different fields.

Rice husk charcoal furnace

Charcoal-producing furnace principle:

1. Prepare raw materials. Commonly used carbonization raw materials include branches, sawdust, straw, bamboo chips, rice husks, lignite, walnut shells, peanut shells, furfural residue, coffee grounds, sugarcane bagasse, etc. Raw materials have an important impact on the quality and performance of medium-temperature carbon. Raw materials with high moisture content must be dried.
2. The drying stage of medium-temperature carbon production. At this stage, the temperature in the continuous carbonization furnace is generally 200-300 degrees Celsius, and the moisture in the raw materials is completely evaporated.
3. The carbonization stage of medium-temperature carbon production. The temperature in the continuous carbonization furnace at this stage is generally 350-600 degrees Celsius, and the organic matter in the raw materials decomposes into solid carbon.
4. Post-processing stage of medium-temperature carbon. This is the cooling stage of the charcoal. During the carbonization process, the carbon will generate a large amount of gas, which requires cooling to prevent the carbon from continuing to gasify at high temperatures. The cooled fixed carbon is discharged from the continuous carbonization furnace.

5.Medium temperature carbon is a commonly used carbonizing material and has a wide range of applications in different industries. In the metallurgical industry, medium-temperature carbon is mostly used as a reducing agent in the iron-making and steel-making processes; in the chemical industry, medium-temperature carbon can be used as a catalyst or adsorbent; in the electronics industry, medium-temperature carbon is mostly used to prepare electrode materials.

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