Abstract
In the production process of traditional shuttle kilns, energy consumption is high with serious pollution. Moreover, during its periodic operation, the heat loss is huge, and its material and energy are wasted seriously. Therefore, based on the traditional shuttle kiln, the shuttle kiln in this project is dynamically controlled by improving the control level of the kiln and the arrangement of burners. Thereby, the temperature in the kiln can be more evenly distributed, which can reach the ideal level during the firing process at the kiln temperature of 0-1200°C. Meanwhile, energy consumption increased by more than 30% year-on-year, and the temperature control accuracy is improved by more than 40%.
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