在系统分析阐述循环流化床锅炉脱硫灰渣特性的基础上，探讨了各种综合利用方式，并推荐以烧结为主的脱硫灰渣利用方法。
Various comprehensive utilization routes are discussed based on the characters of the desulfurization ash derived from circulating fluidized bed boiler.
因此，很多带有脱硫系统的循环流化床锅炉采用静电除尘器、布袋除尘器联合使用。
Therefore, has the desulphurization system's circulation fluid bed boiler to use the electrostatic precipitator, the cloth sack dust remover union use.
旋风分离器是保证循环流化床锅炉具有一定颗粒循环倍率、燃烧效率、脱硫效率的关键设备。
Cyclone separators are the key equipment for warranting that circulating fluidized bed boilers have a certain particle circulation rate, with good combustion and desulfurization efficiency.
床温测量对于循环流化床(CFB)锅炉至关重要，直接影响炉内脱硫和脱硝。
The bed temperature measurement is crucial for CFB boiler as a result of desulphurization and denitration.
循环流化床锅炉属于低温燃烧，并且燃烧过程加入了大量的脱硫剂，导致其产生的灰渣较普通粉煤灰有很大差异。
There are many differences between CFB ash residue and common ash residue because CFB boiler burn at lower temperature and desulfurizer is put during combustion.
通过循环流化床(CFB)废气污染源验收监测，CFB锅炉的总脱硫效率可达93。
The monitoring of environmental protection check and acceptance of CFB boiler shows that the total desulphurization rate reaches from 93.
通过循环流化床(CFB)废气污染源验收监测，CFB锅炉的总脱硫效率可达93。
The monitoring of environmental protection check and acceptance of CFB boiler shows that the total desulphurization rate reaches from 93.
应用推荐