Quantification of the ignitability of pulverized coals and coal blends through advanced flame monitoring

机译：通过先进火焰监测量化粉碎煤和煤混合物的可燃性

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This paper presents a new method for the quantification of the ignitability of pulverized coals and coal blends using an advanced flame monitoring system. Twenty-two different ranks of coals and coal blends were tested in a drop tube furnace. Characteristic parameters of the flame signal, including DC component, flicker frequency and combustion dynamic energy were determined from the flame monitoring system. A set of ignition index data for the coals tested were then determined. It is found that the overall ignition index is an effective indication of the ignitability of a coal. The results from this study are used to optimize the operation of a coal fired power plant in terms of fuel selection, fuel blending, and flame stability.

机译：本文介绍了使用先进火焰监测系统定量粉碎煤和煤混合物的可燃性的新方法。在滴管炉中测试了二十两次不同等级的煤和煤混合物。从火焰监测系统确定了火焰信号的特征参数，包括DC分量，闪烁频率和燃烧动态能量。然后确定测试的煤的一组点火指数数据。发现整体点火指数是煤炭可燃性的有效指示。本研究的结果用于优化燃料选择，燃料混合和火焰稳定性方面的燃煤发电厂的操作。

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《IEEE International Instrumentation and Measurement Technology Conference》|2012年||共4页
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Chi Tianyang; Yan Yong; Shan Zhenyu;
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1. Investigations into the ignition behaviors of pulverized coals and coal blends in a drop tube furnace using flame monitoring techniques [J] . Tianyang Chi, Hongjian Zhang, Yong Yan, Fuel . 2010,第3期

机译：利用火焰监测技术研究落管炉内煤粉和煤混合物的着火行为。
2. Ignitability and Combustibility of Yallourn Pyrolysis Char Blended with Pulverized Coal Injection Coal under Simulated Blast Furnace Conditions [J] . De Girolamo Anthony, Grufas Alexander, Lyamin Ilia, Energy & fuels . 2016,第3期

机译：模拟高炉条件下掺粉煤注煤的雅洛恩热解炭的可燃性和可燃性
3. Observation of Detailed Structure of Turbulent Pulverized-Coal Flame by Optical Measurement: Part 1, Time-Averaged Measurement of Behavior of Pulverized-Coal Particles and Flame Structure [J] . SEUNG-MIN HWANG, RYOICHI KUROSE, FUMITERU AKAMATSU, JSME International Journal. Series B, Fluids and Thermal Engineering . 2006,第4期

机译：通过光学测量观察湍流煤粉火焰的详细结构：第1部分，煤粉颗粒行为和火焰结构的时间平均测量
4. Quantification of the ignitability of pulverized coals and coal blends through advanced flame monitoring [C] . Chi Tianyang, Yan Yong, Shan Zhenyu Instrumentation and Measurement Technology Conference (I2MTC), 2012 IEEE International . 2012

机译：通过先进的火焰监测量化煤粉和煤混合物的可燃性
5. Predictive Modeling on Mineral Redistribution of Blended Coals during Pulverized Coal Combustion [D] . Saifujjaman, Md 2018

机译：煤粉燃烧过程中混合煤矿物再分配的预测模型
6. Mineral Distribution in Pulverized Blended ZhundongCoal and Its Influence on Ash Deposition Propensity in a Real ModernBoiler Situation [O] . Hong Zhang, Suozhen Wu, Yunfei Yang, 2020

机译：准东粉混矿的矿物分布煤炭及其在现实现代中对灰分沉积倾向的影响锅炉情况
7. Observation of detailed structure of turbulent pulverized-coal flame by optical measurement - (Part 1, time-averaged measurement of Behavior of pulverized-coal particles and flame structure) [O] . Hwang, Seung-Min, Kurose, Ryoichi, Akamatsu, Fumiteru, 2006

机译：通过光学测量观察湍流煤粉火焰的详细结构-（第1部分，煤粉颗粒行为和火焰结构的时间平均测量）
8. Local measurements in three 1.3 MW pulverized coal flames. Vol. 2. Report for phase 4 of the project: Measurements for the validation of advanced laser based instrumentation and computer models for pulverized coal combustion systems. [R] . Jensen, P. A., Kirkegaard, M., Bak, J., 1992

机译：在三个1.3兆瓦的煤粉火焰中进行局部测量。卷。 2.项目第四阶段的报告：用于粉煤燃烧系统的先进激光仪器和计算机模型验证的测量。

Quantification of the ignitability of pulverized coals and coal blends through advanced flame monitoring

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