1) pulverized coal making system
制粉系统乏
2) vent pulverized coal handling system
乏气送粉系统
1.
1 boiler working conditions over the years,this paper analyzes the effects of different operating modes of vent pulverized coal handling system on the air and heat exchange of the air preheater.
通过对瑞明电厂 1号炉历年运行工况的统计 ,分析乏气送粉系统不同运行方式对空气预热器风量、换热情况的影响 ,提出导致排烟温度过高的主要原因及相应的改进建
3) vent fan
乏气风机(制粉系统),排风机
4) milling system
制粉系统
1.
Study on the pulverized coal carring coal pellets of the milling system of the 1000 MW ultra-supercritical;
1000MW超超临界机组制粉系统携带大颗粒问题的解决
2.
Analysis of energy conservation to milling system in power plant;
温州电厂制粉系统节能分析
3.
The paper details with new method of desulfurization in power station-on-line desulfurizaiton of fine-coal pre-combustion: (1) the principle of on-line desulfurization and de-ashing of fine-coal used in the power station by triboelectrostatic beneficiation technology integrating with milling system; (2) th.
对火电站脱硫新模式 -燃前煤粉的摩擦电选在线脱硫进行了研究论述 :(1)应用摩擦电选技术与电站制粉系统集成进行火电站燃前煤粉在线脱硫降灰的原理 ;(2)该技术的合理性及可选性 ;(3)实现燃前煤粉在线脱硫降灰对锅炉燃烧特性的影响 ;(4)该技术的应用前景。
5) Coal Pulverizing System
制粉系统
1.
Explosion Analysis On Coal Pulverizing System of Thermal Power Plants;
火力发电厂制粉系统爆炸分析
2.
Feasibility study on the hot flue gas mixture in coal pulverizing system of 200 MW boiler;
200 MW机组锅炉制粉系统掺混热炉烟技术改造可行性研究
3.
Development and application of thermal calculation software for inter-bin ball mill coal pulverizing system;
钢球磨煤机贮仓式制粉系统热力计算软件
6) pulverized coal preparation system
制粉系统
1.
In consideration of the unstable coal sources and frequent changes in coal types for many thermal power plants at present,this paper analyzes the deficiencies of using pulverizer charge level monitoring and artificial neural network means to realize the optimal control solution for the pulverized coal preparation system.
针对目前多数火电厂来煤不稳定、煤种变化频繁的特点,分析了采用磨煤机料位监控方式和人工神经网络方式实现制粉系统优化控制解决方案的不足,介绍了广州员村热电有限公司2号锅炉利用嵌入式控制来实现火电厂钢球磨煤机制粉系统的自动控制方法。
2.
This article introduces the optimized adjustment tests on pulverized coal preparation system and burning at Yongcheng power plant.
介绍了永城电厂1#、2#锅炉制粉系统及燃烧优化调整试验。
3.
To cope with the problem, proper measures were put forward, which consist in opening the air damper of a primary air pipe (not fed with pulverized coal), which pertains to one of the pulverized coal preparation system.
阐述原苏制 6 70t/h锅炉低负荷运行时磨煤机干燥出力严重下降和导致制粉系统单耗剧增的原因 ,提出相应开启该套制粉系统一部分未投粉一次风管的风门的解决措
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