A continuous carbonization furnace is a device used to convert organic matter into carbon. This is an innovative process that can be achieved through the following steps:

1. Pre-treat coffee grounds: First, properly pre-treat the coffee grounds to get better results during the carbonization process. You can grind the coffee grounds into finer particles and make sure the moisture content in the grounds is low.

2. Control carbonization parameters: In a continuous carbonization furnace, the key is to control the temperature, time and atmosphere of carbonization. Make sure to set the right temperature and maintain a certain carbonization time, which will help convert the coffee grounds into carbon powder. In addition, choosing the right atmosphere, such as an inert atmosphere (such as nitrogen) or a low-oxygen atmosphere, can help reduce the burning and oxidation of coffee grounds.

3. Collect toner: After the carbonization process is completed, collect the generated toner. Filters or electrostatic methods can be used to capture the toner and ensure it is separated from other residue.

4. Crushing and screening: The collected toner may need to be crushed and screened to obtain the required particle size and purity. This can be done with mechanical grinding or screening equipment.

Converting coffee grounds into carbon powder through a continuous carbonization furnace not only enables efficient use of resources, but also reduces production costs and environmental pollution. At the same time, carbonized coffee grounds carbon powder has a wide range of application prospects, such as being used as a soil conditioner, adsorbent, etc., contributing to environmental protection and sustainable development.