Wood chip carbonization refers to the process of pyrolyzing wood chips or wood at high temperatures to convert them into solid charcoal and other by-products.

The specific carbonization temperature depends on several factors, including the type of wood chips, moisture content, particle size, and the equipment and process used in the carbonization process. Generally speaking, the temperature for carbonization of wood chips is usually between 300°C and 600°C. Within this temperature range, the volatile substances in the wood chips will be released, leaving solid char. Higher temperatures can speed up the carbonization reaction, but also increase energy consumption and equipment costs. Therefore, in practical applications, the most suitable carbonization temperature needs to be determined based on the characteristics of wood chips and carbonization requirements.

It should be noted that wood chip carbonization is a complex process. In addition to temperature, other factors need to be controlled, such as reaction time, atmosphere (oxygen content), pressure, etc., to obtain the ideal carbonization effect. The selection of these parameters also affects the quality and characteristics of the final carbonized product. Therefore, when carbonizing wood chips, experiments and adjustments are required to find the best process conditions.