电站锅炉

电站锅炉燃烧在线监测及诊断系统

On-line monitoring and diagnostic system for boiler combustion

然而，电站锅炉燃烧系统具有大惯性、大迟延、非线性、多扰动等特性且无法对其建立精确的数学模型。

However the boiler combustion system has the features of great inertia , large delay , non-linearity and multi-disturbance and can not be built an accurate mathematical model .

电站锅炉数据流集成CAD系统实施及其技术发展前景

The Implementation and Prospect of Data-through Integrated CAD System for Utility Boiler

大型电站锅炉钢结构垂直支撑施工图CAD系统

Vertical Brace Parts Drawing CAD System for Large Utility Boiler Steel Structure

我国电站锅炉低NOx燃烧技术的研究与进展

Investigation and Progress of Low NO_x Combustion Technology in Domestic Utility Boiler

电站锅炉低NOx排放的参数辨识

Parametric Identification of Low NO_x Emitted by Power Station Boilers

电站锅炉施工组织CAD技术初步研究

An Initial Study on Computer Aided Construction Organization Design for Power Plant Boilers

电站锅炉产品计算程序PC平台移植

The Portability of Calculation Program for Utility Boiler on PC

天然气再燃降低燃煤电站锅炉NOX的排放水平

Decrease no_x emission of boilers from coal-burning power stations by gas re & burning

电站锅炉产品CAD系统技术开发应用

The CAD System Developed for Utility Boilers

电站锅炉汽包水位系统的单神经元自适应PID控制

Single Neuron Adaptive PID Control for Water Level of Boiler Drum in Power Station

电站锅炉煤粉燃烧过程及其NOx生成的数值模拟

Numerical Simulation of the Process of the Combustion of Pulverized Coal and the Formation of NO_x in Utility Boiler

本文主要对电站锅炉中应用再燃技术降低NOx排放进行了详细的研究。

How to use reburning technology to reduce NOX release in boilers is studied in great detail in this article .

电站锅炉NOx排放与效率的响应特性模型

Response Characteristics Model of NOx Emission and Efficiency for Power Station Boiler

燃煤电站锅炉及SCR脱硝中SO3的生成及危害

The Creation and Harm of SO_3 for Coal-fired Boiler and SCR Denitration

电站锅炉汽包水位的CMAC神经网络与PID复合控制

CMAC Neural Network and PID Combined Control of Water Level in Power Plant Boiler Drums

采用浓淡燃烧在一定程度上可以降低电站锅炉的NOx排放。

The NOx emission from power station boiler can be reduced through coal bias combustion .

W型火焰锅炉是我国大型电站锅炉燃用低挥发份燃料的主要燃烧方式之一。

Arc firing is one of the most popular combustion technologies used with boilers in Chinese large power plants burning low volatile fuels .

基于应力ANFIS模型的电站锅炉寿命控制

Life Control of Utility Boiler Basing on Stress ANFIS Model

对于现今已采用低NOx燃烧技术的电站锅炉，燃烧调整是降低NOx排放的主要方法。

For the boiler with low NOx emission technology , combustion adjustment is the main method for low NOx emission .

煤粉燃烧器的优化对于实现大型电站锅炉的高效燃烧和低NOx排放具有重要的意义。

Optimization of pulverized coal-fired burner is very important for large-scale boilers to achieve high efficiency combustion and low NOx emissions .

电站锅炉煤粉燃烧过程中会产生大量的氮氧化物（NOX），NOX会对生态环境造成严重的破坏。

A great deal of nitrogen oxide ( NO_X ) is produced in the coal combustion of power station boiler , and the NO_X causes serious damage to the ecological environment .

PIV在电站锅炉电除尘器气流分布模型实验中的应用研究

Research on the Application of PIV in Model Test of Airflow Distribution in Electric Precipitator of Power Station Boiler

Fuzzy-PI复合控制在电站锅炉过热蒸汽温度控制中的应用

Fuzzy-Pi Composite Control Method in Steam Temperature of Plant

300MW亚临界电站锅炉高压除氧器复合板焊接工艺

Combination Plate Welding Process of High-pressure Deaerator for 300 MW Subcritical Utility Boiler

电站锅炉燃烧优化的实炉实验表明，根据不同的优化目标在线燃烧优化系统实现了锅炉效率的提高和NOx排放的降低，较好的实现了锅炉燃烧的在线优化。

The testing combustion optimization on a power plant boiler shows the online combustion optimization system achieved good performance on combustion optimization by enhanced boiler efficiency and reduced NO_X emissions .

因此，电站锅炉必须配备功能齐全、性能可靠的炉膛安全监视系统（FSSS）。

Therefore a furnace safeguard supervisory system ( FSSS ) with complete function , credible performance must be equipped with utility boilers .

指出NaOH调节锅水为优化锅炉水质提供途径，降低排污使电站锅炉进一步节水节能具有可操作性。

Using NaOH to adjust boiler water provides an effective way for optimizing water quality of boiler and reducing blow down of boiler , so as to further save water and energy for utility boiler .

本文介绍了电站锅炉汽包用钢BHW-35表面裂纹扩展速率及形状变化的初步研究结果

Primary research results on surface crack growth rate and shape changes in BHW-35 boiler drum steel samples are presented

200MW机组电站锅炉调峰低负荷水循环安全可靠性

The Reliability on Water Circulation Safety of Peak Shaving Low Load in 200 MW Power Plant Boiler