Rice husk carbonizer is a device that pyrolyzes and carbonizes rice husk, in which cracked gas is generated during the carbonization process. The content of cracked gas depends on several factors, including carbonization temperature, carbonization time and the properties of the rice husk.

In the carbonization process of rice husk, the rice husk is first heated to high temperature, and then the carbonization reaction is carried out in an oxygen-deficient or limited oxygen environment. During this process, the organic matter in the rice husk is decomposed into gas, liquid and solid products.

Cracked gases mainly include carbon monoxide, carbon dioxide, methane and some other hydrocarbon compounds. The specific content will be affected by the carbonization temperature. Generally speaking, higher carbonization temperature will promote the formation of more hydrocarbon compounds, thus increasing the content of cracked gas.

However, the content of cracking gas is also affected by the carbonization time and the properties of the rice husk. Longer carbonization time and rice husk containing more volatile substances may produce more cracking gas.