boiler taiwan japan China

In the division of the gas boiler taiwan japan china is adjusted, if secondary control of the wind speed is too small, it will lead to too close the gas fire, the burner nozzle so that thermally deformed until failure. Other irregularities when adjustment is not timely gas boiler load changes, the upper layer will not cool the secondary damper orifice such burners are burning.

At the end of 2017, China Guodian is located in Jiangxi Province Wanan Hydropower Plant After evaluating the situation, some of the steam boiler taiwan japan china used to purchase much-needed daily work. Sales Manager fast boiler combined with the actual situation of the power plant for its recommendation 2 0.5 tons of electrically heated steam boilers.

Comprehensive analysis, inspection will often find various types of defects. How to determine the causes of defects, what measures to take to deal with, it is necessary to comprehensively analyze the various factors. The author has been engaged in the inspection of utility boiler taiwan japan chinas for more than ten years, and found many problems in the inspection. In the inspection, we should pay more attention to the key parts, the defect parts which are easy to appear, and strengthen the inspection. At the same time, the change of the operating condition of the equipment, the dynamic information and the technical monitoring indexes, whether there are failures in the operation, such as the failure form of (tube burst, etc.) are the basis of inspection, and are the basis for analyzing the equipment defects and hidden dangers. Ability to present Strengthen the preventive measures to ensure the normal operation of the equipment.

Boiler feed water contains various impurities and the calcium and magnesium ions, the formation of scale down the long run. Scale very low thermal conductivity, when the heating surface fouling, increased thermal resistance, boiler taiwan japan china exhaust gas temperature rise, heat losses will increase. In general, the heated junction 1 mm scale, heat losses will increase 2% -4%.