Efficient combustion of coal in boilers or furnaces is a key stage in power generation. However, several challenges remain, such as:

• Control of high-temperature environments

• Pollution from flue gas and dust

• Durability and corrosion issues of equipment

• Energy efficiency and consumption

• Safety hazards

• Maintenance and upkeep

To address these challenges, the following methods can be used:

• Infrared thermal imaging

• Flue gas analysis

• Endoscopic inspection

• CT scanning (X-ray tomography)

• High-definition industrial photography

• Visualization simulation

Among these, the most commonly used methods include infrared thermal imaging, endoscopic inspection, and high-definition industrial photography. To meet this demand, our company has developed the Infrared Furnace & Boiler Camera, a revolutionary and highly integrated system.

This system utilizes high-performance multispectral technology, with images processed using a specialized algorithm that filters out flue gas and dust, allowing visibility into furnace areas that were previously unobservable. It enables quantitative analysis of fouling and slagging on boiler and furnace heating surfaces, accurately locating their positions. It provides real-time monitoring of the operational status of boiler heating surfaces within the furnace and can trigger signals for selective soot-blowing control (optional online feature).

Additionally, it can detect potential problem areas in advance, allowing timely intervention. The system supports online positioning and precise monitoring as required, continuously tracking the operational status of boiler heating surfaces to ensure stable operation. This improves production efficiency, enhances product quality, and prevents shutdowns for maintenance. Moreover, its efficient monitoring capabilities and remote diagnostic system reduce the frequency and risks associated with manual inspections.