1·This paper introduces the application of small PLC in dryer control for dry ash handling system in 300mw unit.
介绍了火力发电厂小型PLC在300 MW机组干式输灰系统干燥器控制上的应用。
2·This paper introduces the equipment refurbishment and operation adjustment of the ash handling system in Yangquan No.
叙述了阳泉二电厂除灰系统设备改造及运行调整情况。
3·The new technology of treating the ash handling system with waste acid from the regeneration unit of the water workshop is presented and put into practice.
由此提出并实施了采用化学分场制水单元再生时的酸性废液处理冲灰水系统的新工艺。
4·This paper briefly introduces the status of ash handling water reuse, the features of overflow water from the concentrating pool, and ways for reusing the water.
文章对电厂灰水再利用的现状、浓缩池溢流水的冲灰特点与再利用途径做了简要介绍。
5·The technology for forced draft and dense state ash handling with internal by pass differs from others because the dry ash doesn t need to be transported suspendedly.
经研究，粉煤灰处理由湿式排放处理改为干灰处理，干灰输送系统选用了正压密相仓式气力输送系统。
6·The influence of coal characteristic indices such as caloricity ash content and water content on the coal handling system is discussed in the aspects of economy and reliability.
从经济性和可靠性角度分析探讨了煤的发热量、灰分、水分等衡量煤质的特性指标对输煤系统的影响。
7·Through the study on the use of fine coal ash, the handling approaches of fine coal ash have been found.
通过对粉煤灰利用的研究，找到了粉煤灰的处理方法。
8·The conclusion is that the ash agglomerating fluidized bed gasification is a most suitable technology choice for handling Chinese coal with high ash, high sulfur and high ash fusion temperature.
结果表明：灰熔聚流化床煤气化技术适合中国高灰、高硫、高灰熔融性温度煤的气化。