Study shows that, fly ash doffing charcoal experimental installation is technologically practicable. Running test installation shows the percentage of charcoal drops from 9.5% to 3.2%, the doffing-charcoal rate of original fly ash can achieve 64.64%, the productivity can achieve 38.86%.
研究证明粉煤灰电分离脱炭装置从技术层面上是可行得，装置运行试验能将粉煤灰含炭量从9.5％降为3.2％，脱炭率为64.64％，产率为38.86％，本装置及技术对粉煤灰资源化中的减量化问题有一定程度的解决，同时经济效益比较高，符合粉煤灰资源化的原则。
参考来源 - 粉煤灰静电分离脱炭技术试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
因此，脱炭好坏成为粉煤灰能否综合利用的关键问题。
Thus, the decarbonization of fly ash plays a significant role in utilization of fly ash.
在采用现代分析测试技术的基础上，提出了采用流态化干法脱炭技术降低粉煤灰中残余炭含量并提高粉煤灰活性的基本思路。
This paper gives a basic idea to remove the unburned carbon from fly ash and improve the activity of ash by using fluidized technology after some advanced analysis technologies have been used.
目前，活性炭烟气脱硫脱氮技术还没有达到工业实际应用水平，仍有许多问题有待研究。
At present this technology has not reached the practical industrial application level and it has many issues to be studied.
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