The soot blowing principle, technical parameters and erection method of ws-10 type acoustic soot blower are recommended.
介绍了WS - 1 0型声波吹灰器的吹灰原理、技术参数及安装方法。
The invention discloses a mixture ratio control method for a gas shock wave soot blowing system, which belongs to the technical field of the blowing equipment of boilers.
本发明公开了一种燃气激波吹灰系统用混合比控制方法，属于锅炉吹灰设备技术领域。
Described is the technological process and control method involved in the use of programmable controllers for controlling sonic energy soot blowing and the resulting energy saving.
介绍了利用可编程控制器控制声能吹尘并节能的工艺过程及控制方法。
Aiming at the problems of interlock circuit complex and faults frequent of the origin boiler soot blowing control system for 300mw generation unit, elaborates the necessity of improvement.
针对300MW火力发电机组原锅炉吹灰控制系统存在的联锁回路复杂、故障频繁等问题，阐述了对该系统进行改进的必要性。
The methods to be presented are: increased dry solids content of black liquor, air preheating, soot blowing arrangement, feedwater preheating, steam parameters and heat recovery after precipitator.
将要介绍的这些方法为：增加黑液固形物含量、空气预热、吹灰系统、给水预热、蒸汽参数和电除尘后的热回收。
The methods to be presented are: increased dry solids content of black liquor, air preheating, soot blowing arrangement, feed water preheating, steam parameters and heat recovery after precipitator.
本文将要介绍的方法为：增加黑液固含量、空气预热、吹灰系统、给水预热、蒸汽参数和电除尘后的热回收。
The Effective thermal conductivity of ash layer is one of the key parameters in the process of designing boiler and soot-blowing optimization.
电站锅炉尾部受热面积灰层有效导热系数在锅炉换热面设计以及优化吹灰中都是一个关键参数。
The Effective thermal conductivity of ash layer is one of the key parameters in the process of designing boiler and soot-blowing optimization.
电站锅炉尾部受热面积灰层有效导热系数在锅炉换热面设计以及优化吹灰中都是一个关键参数。
应用推荐