1) optimizing soot-blowing
优化吹灰
1.
The economy of optimizing soot-blowing and the selection of lower limit to clear gene C_F;
优化吹灰经济性和洁净因子下限选取的研究
2.
Real-time monitoring of ash fouling on the convective heating surface of pulverized coal-fired boilers and optimizing soot-blowing;
燃煤锅炉对流受热面积灰在线监测及优化吹灰
2) sootblowing optimization
优化吹灰
1.
On the base of fouling monitoring on heat transfer surfaces, the model of sootblowing optimization is built, the sootblowing strategy is constituted, in order to improve boiler efficiency and reduce the consumption of steam for sootblowing.
在实现受热面污染程度在线监测的基础上,以消耗较少量的蒸汽获得最大吹灰收益为主要目的,权衡吹灰带来的锅炉效率的提高和吹灰蒸汽损耗,建立了考虑机组经济性及汽温协调控制等各主要因素的优化吹灰模型,综合制定了优化吹灰策略,并提供可直接用于指导吹灰的操作程序,在某台300MW燃煤电站锅炉计算机监测系统上投运实施,初步实现了锅炉各主要受热面的优化吹灰。
3) sootblowing optimization
吹灰优化
1.
Experimental research on sootblowing optimization based on theory of specific heat transfer entropy generation;
基于比传热熵产的吹灰优化的试验研究
2.
A method is proposed for fouling monitoring and sootblowing optimization in coal-fired boilers.
提出了一种锅炉受热面灰污监测与吹灰优化方法。
3.
Study on fouling monitoring and sootblowing optimization can direct the workers to operate sootblowing system correctly so as to make the boiler in most economical condition.
燃煤电站锅炉在运行中受热面不可避免的会出现灰污,吹灰是清除灰污的有效手段,对锅炉灰污进行实时监测和吹灰优化,合理的投用吹灰系统,可以使锅炉获得较好的经济效益。
4) soot-blowing optimization
吹灰优化
1.
An introduction is being presented to the main features of a trial expert system for soot-blowing optimization of 900 MW supercritical pressure boilers in Shanghai Waigaoqiao No.
介绍了上海外高桥第二发电有限责任公司900 MW超临界压力锅炉上试用的吹灰优化专家系统,其主要特点是采用了锅炉传热判断系统,可以在线计算受热面的清洁度;并应用了以连续排放检测系统的数据修正入炉燃料成分和低位热值的子系统及计算再热蒸汽实际流量的子系统;还在炉膛不同高度装上红外线高温仪测量烟气温度。
2.
Based on test results,an optimization soot-blowing model is established while a soot-blowing optimization syst.
通过建立有效的受热面污染监测模型,实现受热面污染在线监测,进行了吹灰优化基础试验,根据试验结果建立了吹灰优化模型,开发了吹灰优化系统。
3.
However, it was analyzed that soot-blowing optimization system applying heat transfer entropy generation had existed vice, so specific entropy generation calculation model was established.
最后提出吹灰优化模型、制定吹灰模式和优化吹灰实现的步骤,实现基于熵产理论的吹灰优化。
补充资料：吹灰
1.吹扬灰烬。 2.古代将葭灰置于律管内测定节气。新节气至，灰则自行由相应律管内飞出。见《后汉书．律历志上》。后遂以吹灰表示节气变换。 3.喻用力极小。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条