Circulating fluidized bed boiler (CFB boiler) is a fluidized bed-based combustion equipment that achieves efficient fuel combustion through a unique operating method. Its main working principle is to fully mix the gas and solid particles in the boiler in a cyclic manner, thereby improving combustion efficiency. Compared with traditional boilers, CFB boilers have significant advantages in environmental protection and energy utilization.
Circulating fluidized bed boilers are widely used in electric power, metallurgy, chemical industry, waste incineration and other industries. According to data, CFB boilers occupy an important position in China's power industry, and their application proportion has been increasing in recent years. In addition, the boiler is suitable for burning various fuels, including coal, biomass and renewable energy.
CFB boilers have good desulfurization and denitrification performance. During their operation, the emission control of sulfur dioxide and nitrogen oxides reaches international standards. This is due to its good reaction conditions and the adequacy of gas-solid reaction. At the same time, this technology has strong adaptability in burning low-quality fuel, greatly reducing dependence on high-quality coal.
Circulating fluidized bed boilers improve thermal efficiency through optimized thermal management systems. Combined with the advanced control system, the energy consumption of CFB boilers is significantly lower than that of traditional boilers. According to statistics, compared with traditional boilers, the thermal efficiency of CFB boilers can be increased by 5%-10%.
To sum up, circulating fluidized bed boilers have shown unique advantages in environmental protection and energy utilization. As an important development direction of boiler technology, they have brought opportunities for sustainable development to enterprises. With the continuous updating of technology, CFB boilers will play a greater role in future industrial applications.