燃机燃烧室技术培训
4.1燃机燃烧室技术培训
燃烧室DLN技术培训大纲：
DLN-1 Course Outline:DLN-1.0 课程大纲
· Premixed combustion basics预混燃烧基础
· Combustor Overview燃烧室概述
Combustor configuration
燃烧室结构
Fuel system arrangement
燃料系统安排
Operating modes
运行模式
Split schedules
分解进度
· Tuning guidelines培训指南
Goal of tuning and methodology used
燃烧调整及方法使用的目标
Control constants used for split modulation
用于分解调节的控制常数
NOx, CO, and dynamic trends vs. load and fuel split
NOx, CO,和动态趋势对比负载及燃料分解
Base load and part load control curve adjustment
基本负载及部分负载的控制曲线调整
Assessment of tuning data for determination of final control constant settings
调谐数据的评估决定最终控制常数的设置
· Dynamics – Dynamic characteristics and considerations during tuning
动力学—调谐期间的动态分析及考量
· Other considerations: 其他注意事项
Instrumentation calibration仪表校准
Fuel heating燃料加热
Primary re-ignition, transfer failure主要的重燃及故障转移
·Optional: Water injection tuning on liquid fuel for dual-fuel machines
可选项：对于双燃料机组液体燃料期间的注水调谐
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A more detailed course outline is given below:
具体的课程大纲如下：
· Premixed combustion basics预混燃烧基础
· DLN-2.0/2+ Combustor OverviewDLN2.0/2.0+燃烧室概述
Combustor configuration
燃烧室结构
Fuel system arrangement
燃烧系统安排
Operating modes
运行模式
Split schedules
分解进度
· DLN-2.0/2+ DynamicsDLN-2.0/2.0+ 动态
–Measurement considerations
–测量注意事项
–Dynamic characteristics
–动态特性
–Effect of Wobbe Index
–沃泊指数的影响
–Effect of Ambient Temperature
–环境温度的影响
· Tuning Guidelines培训指南
Goal of tuning and methodology used
燃烧调整及方法使用的目标
Control constants used for split modulation
用于分解调节的控制常熟
NOx, CO, and dynamic trends vs. load and fuel split
NOx, CO,和动态趋势对比负载及燃料分解
Assessment of tuning data for determination of final split schedules
调谐数据的评估决定最终控制常数的设置
· Other tuning considerations其他调谐注意事项
Fuel Nozzle Effective Area Control
燃料喷嘴有效面积控制
Impact of fuel heating
燃料加热的影响
Instrumentation calibration
仪表校准
IGV and exhaust temperature control curves
IGV及排气温度控制曲线