How to do a good job of circulating fluidized bed boiler water-cooled wall anti-wear work in power plants

　　So far China is currently still more dependent on thermal power generation, compared to other power generation, thermal power generation is more stable and will not be affected by natural factors. With the development of thermal power generation, thermal power plants are one after another using cleaner, environmentally friendly and energy-saving circulating fluidized bed boilers (cfb boilers).

　　Circulating fluidized bed boilers are now widely used in thermal power plants at home and abroad, but their water-cooled walls are prone to wear and tear, which greatly reduces the stability and safety of the boiler. How to do a good job of circulating fluidized bed boiler water-cooled wall anti-wear work has become one of the key work of power plants, good water-cooled wall anti-wear can not only greatly improve the safety and stability of the boiler, but also can greatly improve the economic benefits of power plants.

　　Power plants can choose the right water-cooled wall anti-wear technology, why a thorough solution to the circulating fluidized bed boiler water-cooled wall wear problems, we continue to circulating fluidized bed boiler wear research and first introduced the water-cooled wall grille anti-wear technology. Through the grid anti-wear technology, completely solve the circulating fluidized bed boiler water-cooled wall wear. When the technology first came out, not many power plants believed that it could completely solve the water-cooled wall wear problem. With our promotion, the grid anti-wear technology slowly began to be understood by power plants and was highly recognized. After hundreds of large and small circulating fluidized bed boilers practical application, the grille anti-wear technology really effective to completely solve the circulating fluidized bed boiler water-cooled wall wear problem.

　　With our continuous efforts and the recognition of major power plants, the grille anti-wear technology has become the most mainstream water-cooled wall anti-wear technology, and the technology has gone out of the country and has been widely used and recognized in major overseas power plants.