Learning-assisted active disturbance rejection control for robust temperature regulation of industrial rotary kilns

Key Points

• Improved temperature regulation enhances performance in industrial rotary kilns, leading to more efficient operations.
• Learning-assisted control showed a stabilization improvement by up to 25%, boosting process reliability.
• This approach utilizes active disturbance rejection control to manage temperature fluctuations effectively.
• Results suggest this method can be applied to other industrial processes for enhanced operational stability.