Continuous carbonization equipment is equipment used to convert biomass (such as wood, straw, etc.) into carbonized materials. This type of equipment usually has some technical features to improve production efficiency, carbonization effect and ease of operation. The following are some common technical characteristics of continuous carbonization equipment:

1. Continuous operation: Continuous carbonization equipment can achieve continuous operation, which can improve production efficiency compared with batch processing equipment.

2. High-temperature carbonization: The equipment can provide high enough temperature to ensure an effective carbonization process.

3. Reaction chamber design: These devices usually have a special reaction chamber design to ensure that organic substances can be fully exposed to the high-temperature environment to achieve effective carbonization reactions. Reaction chambers usually have appropriate size, shape, and temperature control systems.

4. Gas treatment system: Continuous carbonization equipment is usually equipped with a gas treatment system to treat the gas generated during the carbonization process. These systems can include gas cleaning, condensation and collection equipment to ensure that discharged gases comply with environmental and safety requirements.

5. Automated control: Modern continuous carbonization equipment usually has an automated control system that can monitor and control parameters such as temperature, feed speed, carbonization time, etc. to achieve higher production efficiency and operational convenience.

6. Heat energy recovery: Some continuous carbonization equipment has a heat energy recovery system, which can recover part of the energy from the heat energy released during the carbonization process and use it to heat other links or provide hot water.

These are the technical characteristics of some common continuous carbonization equipment. Specific equipment may have some differences, depending on its design and use.