What are the good working modes of anti-wear and anti-explosion of circulating fluidized bed boiler?

       Circulating fluidized bed boiler is one of the important equipments in industrial production nowadays. Although circulating fluidized bed boiler has only been developed in China for several decades, it has been developed at a high speed and widely used. Especially like thermal power plants, chemical plants and other large factories, are widely used circulating fluidized bed boilers. But in the circulating fluidized bed boiler daily operation of anti-wear explosion-proof is particularly important, that circulating fluidized bed boiler anti-wear explosion-proof what are the good working mode?

　　1) every stop must be inspected, the furnace maintenance in advance planning to prepare adequately, each shutdown during the maintenance of anti-wear and explosion-proof inspection of the sub-region, the responsibility to each inspector, the implementation of the three-tier acceptance system.

　　2) Establish a record data ledger, compare and analyze the measured data of each overhaul with the measured data of the last overhaul, and develop an overhaul plan and operational adjustment measures according to the analysis results.

　　3) To scribe and track the wind cap of the furnace wind plate, to replace the wind cap for statistics, draw the statistical chart of wind cap inspection, compare and analyze the area where the wind cap is seriously worn, and develop solution measures.

　　4) Establish a statistical ledger of anti-wear and spraying, determine the location and length of the pipe replacement and the anti-wear spraying area according to the inspection situation, and conduct key control on the water-cooled wall pipe replacement in the spraying area. After the end of the inspection, the measurement data, the location and number of pipe replacement are comprehensively summarized.

　　5) In the infrastructure period to take technical measures such as the installation of anti-wear beams to control the rate of wear of the material against the wall, in the four corners of the boiler and the back wall parts of the furnace to optimize the laying of refractory wear-resistant materials to prevent the water-cooled wall wear.

　　Enterprises can effectively solve the boiler wear problem, not only greatly improve the boiler safety production efficiency, but also can greatly reduce the cost of enterprises and improve business efficiency, can be said to be a multi-benefit, so now more and more enterprises using circulating fluidized boiler began to pay attention to boiler anti-wear.