What Is The Core Technology of High Temperature Graphitization Furnace?

High temperature graphitization furnace is a device that uses high temperature capacity to convert organic waste into valuable carbon fuel. Its core technology includes the following aspects:

The first is the high temperature graphitization reaction technology. In high temperature graphitization furnaces, the waste comes into contact with graphite electrodes under high temperature conditions, and the organic material is broken down into carbon, water vapor and other gases through pyrolysis and gasification processes. This process needs to reach very high temperatures, typically between 800°C and 1,200 °C, to effectively convert organic graphite to carbon.

The second is the design and technology of high temperature graphitization furnace. The high temperature graphitization furnace needs to design a reasonable structure and device to ensure that it can achieve stable operation in high temperature environment. At the same time, the process technology of high temperature graphitization furnaces also needs to be continuously optimized to improve waste conversion efficiency, reduce energy consumption and emissions.

The third is the control and monitoring technology of high temperature graphitization furnace. High temperature graphitization furnace requires real-time monitoring of temperature, pressure, gas composition and other parameters to ensure the normal progress of the reaction process. At the same time, the control system of the high temperature graphitization furnace also needs to have automatic adjustment, alarm and fault diagnosis functions to ensure the safe and stable operation of the equipment.

In addition, the high temperature graphitization furnace also involves the recycling and utilization of carbon resources, gas purification and treatment technology. The continuous innovation and improvement of these technologies will help to improve the efficiency and reliability of high temperature graphitization furnaces, and promote their application in the field of waste treatment and resource utilization.