Focus on carbon equipment
Autumn is a harvest season. There are a large number of wild dates and wild walnuts in rural areas and mountainous areas that are left unpicked and discarded in the fields. After the olive pulp is always eaten, the olive pit is also thrown away. Smart bosses discovered business opportunities. Most people in the South love to drink tea, so how do these discarded fruit shells become carbon for making tea?
Continuous drum carbonization furnace;
The drum carbonization furnace is also called a continuous carbonization furnace. The continuous drum carbonization furnace is evenly heated, has fast heat transfer and uniform carbonization. It can carbonize 3-5 tons of materials per hour on average, which is 10-20 times the production efficiency of the static carbonization furnace.
When the equipment first starts heating, it needs a heat source to heat the carbonization furnace. When the temperature is reached, the material starts to be fed into the continuous carbonization furnace through the conveyor. During the entire carbonization process, the discarded fruit shells are in an oxygen-free carbonization state in the furnace and can be automatically discharged in about 30 minutes. After cooling, the production of complete fruit shell carbon has been completed.
This equipment is an all-in-one drying and carbonizing machine that can produce materials regardless of whether they are dry or wet. And the output size can be customized according to customer needs.
Continuous carbonization equipment is a highly efficient system integrating carbonization and pyrolysis processes, widely used in biochar, char-based fertilizers, and environmental energy. By precisely controlling carbonization temperature and residence t
The allure of continuous carbonization technology lies in its ability to penetrate the capillaries of social production, transforming organic waste from various sources and in diverse forms into resources that drive green development. The following panora
In the field of biomass processing and energy conversion, the stability and economic efficiency of equipment often determine the success or failure of a project. Continuous carbonization equipment is becoming the preferred choice for more and more compani
In the field of biomass processing and energy conversion, the stability and economic efficiency of equipment often determine the success or failure of a project. Continuous carbonization equipment is becoming the preferred choice for more and more compani