What are the Advantages and Characteristics of the Industrial Rotary Kiln Burner?
What are the Advantages and Characteristics of the Industrial Rotary Kiln Burner?
The industrial rotary kiln burner is a new generation of burners designed with advanced international technology, specifically for different kiln shapes, fuel characteristics, and process conditions.
In the production of cement, the heat required for sintering comes from the combustion of fuel. In order to increase the production capacity of the rotary kiln and extend the service life of the kiln lining, expand the application range of fuel, and ensure efficient combustion, the European-Bao burner has conducted a large amount of research, investigation, and development work on each type of fuel and corresponding combustion performance. The burner has developed from a single-channel burner to a multi-channel burner today. Of course, the theoretical and parameter specifications of the product are mature and stable, but their practical effects are different. Specifically, different manufacturers’ same-sized, same-model burners have different effects on the same rotary kiln. The same industrial analysis may result in different performances. The main reason for this phenomenon is the adaptability of combustion parameter design to the operating conditions of the rotary kiln. What are the characteristics of the industrial rotary kiln burner?
1. Long service life: The nozzle is designed with a special material and can achieve an oxidation resistance temperature of 1200°C; in addition, the inlet is protected by wear-resistant ceramic layers, which can limit the corrosion of coal fly ash on the combustion chamber.
2. Flexibly online adjustment: The valve head is equipped with a step-less adjustment mechanism, which facilitates online flexible adjustment of flame intensity and shape, improves operational adaptability, reduces one-time air amount, effectively reduces nitrogen oxide emissions, and extends the service life of the kiln lining.
3. Better fuel utilization efficiency, stronger adaptability, and higher combustion efficiency;
4. New energy-saving and environmental-friendly products, reduce pollutant emissions;
5. It is not only possible to achieve combustion of a single fuel to meet the thermal requirements of the system, but also can be used for mixed combustion with multiple fuels.