煤粉炉

四角燃烧煤粉炉采用分级燃烧降低NOx排放的试验研究

Research on Reduction of NOX Emission by Staged Combustion for Tangential Firing Pulverized Coal Boiler

HLA氨基酸残基配型在角膜移植中的应用研究四角切圆煤粉炉生物质气与煤粉混燃数值模拟

Clinical Application of Human Leucocyte Antigen ( HLA ) Amino Acid Residue Matching in Keratoplasty ; Numerical Simulation of the Gasification Based Biomass Co-firing in Tangentially Fired Pulverized Coal Boiler

电站煤粉炉NOx排放特性的最小二乘支持向量机模型

Least Squares Support Vector Machine Modeling on NO_x Emissions for Pulverized Utility Boilers

固态排渣煤粉炉NOx产生浓度影响因素偏相关分析

The partial correlation analysis of factors affecting NO_x concentration in dry-bottom boiler fired pulverized coal

大型火电站低NOx煤粉炉新型燃烧器应用综述一种新型燃烧器的冷态试验与数值模拟研究

Application of novel burner with lower NO_x for pulverized coal-fired boiler in large-capacity thermal power plant

W型火焰煤粉炉两段喷钙脱硫技术的试验研究

Research on Two Stages Sorbent Injection Technology of W-Shaped Flame Pulverized Coal Fired Boilers

400t/h四角切圆煤粉炉分级燃烧技术降低NOx排放的研究与数值模拟

Research and Numerical Simulation on Staged Combustion to Reduce NOx Exhaust of 400t / h Tangential Firing Boiler

循环流化床（CFB）的燃烧条件和煤粉炉差别较大。

The combustion conditions in a Circulating Fluidized Bed ( CFB ) Boiler are much different from a pulverized coal firing ( pf ) boiler .

300MW单元机组煤粉炉燃烧控制系统的研究及其改进

Study and improvement of 300 ? Mw-unit coal-fired boiler combustion control system

在一维沉降炉上进行了炉内喷钙脱硫试验，系统考察了煤粉炉内喷钙脱硫工况条件下SO2和NOx排放发影响因素。

The experiment is carried out in one-dimension subsiding furnace with calcium injection for desulfurization . The factors influencing the formation of SO2 and NOx are discussed .

根据NOx产生和分解的化学反应动力学方程式，建立了单角煤粉炉中NOx生成模型。

A model of NOx formation was established for a single pulverized coal furnace according to the chemical reaction dynamic equation of formation and decomposition of NOx The NO.

该系统已成功应用于青岛碱厂自备电站130t／h煤粉炉。

The system has been successfully applied in the 130t / h pulverized coal fired boiler of the Self supply Power Plant of Qingdao Alkali Corporation .

该文所提出的控制系统容错技术已经应用于某130t／h煤粉炉计算机监控系统的设计。

The control system reliability technology that has been applied has been used in the computer control system of a 130t / h coal powder boiler .

煤粉炉应用煤粉再燃技术可以实现CO和N2O的同时脱除，因而可开发该技术在燃煤锅炉中的多种污染物联合控制能力。

Since the pulverized coal reburn technique can simultaneously reduce CO and N_2O emissions , it is possible to further develop this technique to control multiple pollutants from coal-fired boilers .

试验炉内温度可控制，可以模拟煤粉炉内NOx的生成和还原过程，为超细粉再燃的研究提供了试验基础。

The temperature is controllable and resultant and reductive process of NOx can be simulated in furnace , which provide test element for NOx reduction research with micronized coal reburning .

针对云南诸多电厂煤源复杂，煤粉炉机组除易熄火外，AGC自动化调节品质也较差的问题，提出煤质自适应AGC控制策略。

The coal of many power plants is complex in Yunnan Province . In addition to easy to turn off the pulverized coal units , AGC automatic regulating quality is also poor .

220MW煤粉炉再热器改造及其效果分析

Transformation and Effect Analysis for Reheater of 220 MW Coal-Fired Boiler

火电厂煤粉炉系统的GPC-PID串级控制策略

Control strategy of Boiler Combustion Control System for power plant based on GPC-PID cascade control

研究表明，PFBC灰与传统的煤粉炉粉煤灰（OF灰）在化学成分、物相组成及颗粒形态上具有很大差异。

The results reveal that chemical and mineralogical compositions , physical phase and granule shape of PFBC ash are more different from OF ash .

以某电厂300MW煤粉炉为例，着重介绍W型火焰煤粉炉在燃用无烟煤时的燃烧运行技术。

We can see from the coal powder stove of300MW in some electricity plant , the text mostly explains the running technology when the flame stove of model W is used to burn anthracite .

通过模拟计算与试验方法，对一维热态煤粉炉内煤粉再燃，再燃区温度、过量空气系数、再燃燃料喷射速度和再燃燃料粒度对NOx还原率的影响规律进行了研究。

The numerical simulation and experimental study on some influence factors such as the temperature and the stoichiometric ratio in rich zone , the velocity and the particle size of reburning fuel on NOx reduction efficient has been done .

200MW煤粉炉分离挡块式浓淡燃烧器的应用研究

Application and Study of Bias Burner of Separating Ingot Type in the Pulverized Fuel Boiler of 200 MW

200MW四角切向燃烧煤粉炉炉内过程的数值模拟

Numerical Simulation of Flow and Combustion Process in the Tangentially Fired Furnace of a 200 MW Pulverized Coal Boiler

水煤浆锅炉由于燃料中存在的水分，以及燃烧时雾化和结团的影响，PM2.5和PM10的质量分数低于一般煤粉炉。

PM2.5 and PM10 mass fractions were lower than those of typical pulverized coal boiler because of the high water content of fuel and the atomization and coagulation during combustion .

通过对国产300MW单元机组煤粉炉燃烧控制系统的分析，对其自动控制系统进行了改进，使其更加合理地符合负压运行煤粉炉燃烧调整原则，并能保证经济燃烧，减少污染。

This paper makes an analysis of 300 ? MW unit coal fired boiler combustion control system and puts forward a kind of more reasonable control system .

对某台200MW四角切圆燃烧煤粉炉实施了超细煤粉再燃系统的改造，并进行了现场调试试验。

A200MW tangentially coal-fired boiler was retrofitted with a micronized coal reburning system and the performance tests were conducted subsequently .

本文就燃料的燃烧、煤粉炉以及循环流化床锅炉的氧化二氮排放量进行说明，并指出应重视和抑止流化床的N2O排放。

The amount of N2O emitted by fuel burning and pulverized coal-fired boiler as well as CABB has been illustrated in this paper and it was pointed out to pay attention to and prevent the N2O emission .

根据一维煤粉炉上的燃烧试验结果，研究了空气分级燃烧对我国电站锅炉四种典型用煤的NOx生成特性及煤粉燃尽率的影响。

Based upon the results of combustion testing on one dimensional pulverized coal fired boilers , the impacts of air staged combustion on the formation characteristics of NO x and burn up rate of pulverized coal for four typical kinds of coal fired in utility boilers in China were studied .

GW-Ⅱ型煤粉炉微机自动控制系统

Microcomputer Automatic Control System of Pulverised Coal Boiler GW - ⅱ

省内三台煤粉炉结焦原因分析对比

The Analysis of Slagging Causes on Three Pulverized Coal Fired Boilers