The carbon monoxide produced during the carbonization of rice husk can be processed through recycling, purification and recycling combustion technology. This process is realized in advanced carbonization equipment, such as continuous carbon powder carbonization furnace. This equipment uses advanced technology to recover, purify, and recycle combustion of combustible gases such as carbon monoxide, methane, and oxygen.

Specifically, combustible gases such as carbon monoxide generated during the carbonization process are first collected, and then passed through a purification system to remove impurities, such as wood tar smoke, etc. The purified gas can be recycled and used as a heat source for the equipment, which can solve the problem of heat energy required by the equipment and reduce dependence on external energy. In addition, this treatment method can also reduce the environmental pollution caused by the smoke generated during the carbonization process.

Therefore, the carbon monoxide generated during the carbonization of rice husk can be effectively processed through the technology of recovery, purification and circular combustion, which can not only solve the problem of heat energy required for equipment, but also reduce environmental pollution.