Training
Training Format
As a service to our clients and customers, Esys® The Energy Control
Company™ offers a variety of industry-related courses focusing on combustion-related topics. Feel free to
contact us for more information.
Classes can also be scheduled for your company or organization. A minimum of five students is required. Classes take place at the Esys facility or the customer’s site.
Available Courses
Click on a course name below to view its course outline.
“Steam Generator Operational Theory I” Course Outline
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Day 1
- Safety Issues In Thermal Operations
- Properties of Steam
- Operating Parameters
- Combustion Control Theory
- Low NOx Burner Operations
- Steam Generator Design
- Process Control System Design
- NFPA Standards
- Flame Safeguard Control System Design
- HMI Operation Introduction
Day 2
- In-House (or On-Site) Training
on a Steam Generator Control Panel
Simulator
- Navigation of HMI Screens and Menus
- Review of Steam Generator
Startup and Shutdown
“Steam Generator Operational Theory II” Course Outline
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“Combustion Control Theory” Course Outline
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- Combustion and Air
- Basic Chemistry
- Air and Oxygen
- Combustion Triangle
- Order of Combustion
- CO/O2
- Burners and Fuels
- Proportion, Mixing, Ignition
- Stoichiometry
- Gross vs. Net Heating Values of Fuels
- Fuel Characteristics
- Flame Temperature
- Fire Rate vs. Excess Air
- NOx vs. Excess Air
- Air vs. Fuel Trim Control
- Oxygen Measurement
- Partial Pressure of Gases
- Zirconium Oxide
- Electrochemical Cell
- Nernst Equation
- Wet vs. Dry
- Net vs. Gross
- Combustion Efficiency
- Effects of Sulfur
- NOx Measurement
- Correction
- Wet vs. Dry
- Sampling Considerations
- Analyzer Installation
- Oxygen Analyzer Flue Gas
- Air Leaks
- Temperature 1,450 °F
- PMJ
- Oxygen Analyzer Wind Box
- Combustion Control
- Fire Rate Air Fuel Ratio
- Parallel Positioning
- Single Point Positioning
- Cross Limited Air Fuel Ratio
- Oxygen Trim
- Single Point O2 Trim
- Cross Limited A/F Ratio & O2 Control
- Fail Safe Operation
- Actuators and Dampeners
- PID Controller Tuning
- Proportional
- Integral
- Derivative
- ¼ Amplitude Decay Ratio
- FGR - System
- NOx Reduction
- Applications
- Induced Flame
“Combustion Emissions Analysis I” Course Outline
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