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POWER GENERATION
POWER PLANT CONTROL ROOM OPERATOR
Power plant control room operator training courses - power plant control system, circulating water system, condensate systems, feedwater systems, boiler feed pumps, boiler water steam, air pollution control system, turbine auxilaries system operation & control, unit startup & shutdown, abnormal plant conditions and heat rate improvement
States Served:
Alabama Ala. AL
Alaska Alaska AK
American Samoa AS
Arizona Ariz. AZ
Arkansas Ark. AR
California Calif. CA
Colorado Colo. CO
Connecticut Conn. CT
Delaware Del. DE
Dist. of Columbia D.C. DC
Florida Fla. FL
Georgia Ga. GA
Guam Guam GU
Hawaii Hawaii HI
Idaho Idaho ID
Illinois Ill. IL
Indiana Ind. IN
Iowa Iowa IA
Kansas Kans. KS
Kentucky Ky. KY
Louisiana La. LA
Maine Maine ME
Maryland Md. MD
Marshall Islands MH
Massachusetts Mass. MA
Michigan Mich. MI
Micronesia FM
Minnesota Minn. MN
Mississippi Miss. MS
Missouri Mo. MO
Montana Mont. MT
Nebraska Nebr. NE
Nevada Nev. NV
New Hampshire N.H. NH
New Jersey N.J. NJ
New Mexico N.M. NM
New York N.Y. NY
North Carolina N.C. NC
North Dakota N.D. ND
Northern Marianas MP
Ohio Ohio OH
Oklahoma Okla. OK
Oregon Ore. OR
Palau PW
Pennsylvania Pa. PA
Puerto Rico P.R. PR
Rhode Island R.I. RI
South Carolina S.C. SC
South Dakota S.D. SD
Tennessee Tenn. TN
Texas Tex. TX
Utah Utah UT
Vermont Vt. VT
Virginia Va. VA
Virgin Islands V.I. VI
Washington Wash. WA
West Virginia W.Va. WV
Wisconsin Wis. WI
Wyoming Wyo. WY
Cities Served:
Albuquerque, N.M.
Arlington, Texas
Atlanta, Ga.
Austin, Tex.
Baltimore, Md.
Boston, Mass.
Charlotte, N.C.
Chicago, Ill.
Cleveland, Ohio
Colorado Springs, Colo.
Columbus, Ohio
Dallas, Tex.
Denver, Colo.
Detroit, Mich.
El Paso, Tex.
Fort Worth, Tex.
Fresno, Calif.
Honolulu, Hawaii
Houston, Tex.
Indianapolis, Ind.
Jacksonville, Fla.
Kansas City, Mo.
Las Vegas, Nev.
Long Beach, Calif.
Los Angeles, Calif.
Louisville/Jefferson County, Ky.
Memphis, Tenn.
Mesa, Ariz.
Miami, Fla.
Milwaukee, Wis.
Minneapolis, Minn.
Nashville-Davidson, Tenn.
New Orleans, La.
New York, N.Y.
Oakland, Calif.
Oklahoma City, Okla.
Omaha, Nebr.
Philadelphia, Pa.
Phoenix, Ariz.
Portland, Ore.
Sacramento, Calif.
St. Louis, Mo.
San Antonio, Tex.
San Diego, Calif.
San Francisco, Calif.
San Jose, Calif.
Seattle, Wash.
Tucson, Ariz.
Tulsa, Okla.
Virginia Beach, Va.
Washington, DC
Wichita, Kans
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Mongolia
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Morocco
Mozambique
Myanmar (Burma)
Namibia
Nauru
Nepal
Netherlands
New Zealand
Nicaragua
Niger
Nigeria
Norway
Oman
Pakistan
Palau
Panama
Papua New Guinea
Paraguay
Peru
Philippines
Poland (
Portugal
Qatar
Romania
Russia
Rwanda
Saint Kitts and Nevis
Saint Lucia
Saint Vincent and The Grenadines
Samoa
San Marino
Sao Tome and Principe
Saudi Arabia
Senega
Serbia
Seychelles
Sierra Leone
Singapore
Slovakia
Slovenia
Solomon Islands
Somalia
South Africa
Spain
Sri Lanka
Sudan
Suriname
Swaziland
Sweden
Switzerland
Syria
Taiwan
Tajikistan
Tanzania
Thailand
Togo
Tonga
Trinidad and Tobago
Tunisia
Turkey
Turkmenistan
Tuvalu
Uganda
Ukraine
United Arab Emirates
United Kingdom
United States
Uruguay
Uzbekistan
Vanuatu
Vatican City
Venezuela
Vietnam
Western Sahara
Yemen
Zambia
Zimbabwe
Power Plant Control Room Operator Courses: All Classes $32.50 Each
Power Plant Control Room Operator - Sample Course Descriptions
This course provides a general overview of some very important basic knowledge sets necessary for a solid understanding of plant control systems.
During this module you will become familiar with typical Distributed Control Systems (DCS) capabilities.
During this module, you will also learn how to apply your DCS knowledge in order to understand how power plant processes are accessed and controlled using DCS controllers.
An important component of the Control Operator Training Program is a thorough understanding of the Circulating Water System.
During this module, you will be introduced to the Circulating Water System through a series of lessons discussing the function of the Circulating Water System, its major components and component controls.
Once you have become familiar with the components of the Circulating Water System, you will then be introduced to the process controls behind the operation of the system.
Finally, your understanding of the Circulating Water System will be tied together with a discussion on how the system components and process controls come together during Water System Circulation Operation.
Lesson 1: Circulating Water System Function
This lesson focuses on the following topics:
• Circulating Water System Function
• Flow Path
• Circulating Water System Flow Path
• Circulating Water System Data
• Lesson 1 – Quiz
Lesson 2: Major Components
This lesson focuses on the following topics:
• Major Components
• Circulating Water Pumps
• Condenser
• Cooling Tower
• Lesson 2 – Quiz
Lesson 3: Component Controls
This lesson focuses on the following topics:
• Component Controls
• Circulating Water Pump Controls
• Cooling Tower Controls
• Lesson 3 – Quiz
Lesson 4: Process Control
This lesson focuses on the following topics:
• Process Control
• Cooling Tower
• Auto/Manual Control
• Basin Level Setpoint
• Lesson 4 – Quiz
Lesson 5: Circulating Water System Operation
This lesson focuses on the following topics:
• Startup Pre-Requisites
• System Startup
• Normal Operation
• System Shutdown
• Lesson 5 – Quiz
Final – Quiz
An important component of the Control Operator Training Program is a thorough understanding of the Condensate System.
During this module, you will be introduced to the Condensate System through a series of lessons describing the inner workings of the Condensate System from system building blocks (individual components) to the full operation of the system.
Lesson 1: Condensate System Function
This lesson focuses on the following topics:
- Functions of the Condensate System
- Polishing Demineralizers
- Condensate System Flow Path
- Condensate System Data
- Quiz
Lesson 2: Major Components of the Condensate System
This lesson focuses on the following topics:
- Major Components
- Hotwell
- Condensate Pumps
- Low Pressure (LP) Heaters
- Deaerator
- Quiz
Lesson 3: Component Controls
This lesson focuses on the following topics:
- Component Controls
- Condensate Pump Controls
- Condensate Pump Startup
- Pump Lockout/Tagout
- Polisher Bypass Valve
- Quiz
Lesson 4: Condensate System Process Control
This lesson focuses on the following topics:
- Deaerator Level Control
- LP Heater Level Control
- Quiz
Lesson 5: Condensate System Operation
This lesson focuses on the following topics:
- Startup Prerequisites
- System Startup
- Normal Operation
- System Shutdown
- Quiz
Final Exam
This module contains information pertaining to the Feedwater System which is an important component of Control Operator Training Program.
During this module, you will be introduced to the Feedwater System through a series of lessons describing the inner workings of a typical Feedwater System and its associated controls.
Lesson 1: Feedwater System Function
This lesson focuses on the following topics:
- Functions of the Feedwater System
- Feedwater System Simplified Flow Path
- Startup Valve
- Feedwater Block Valve
- Quiz
Lesson 2: Major Components of the Feedwater System
This lesson focuses on the following topics:
- Major Components
- Deaerator Storage Tank
- Boiler Feed Pumps
- High Pressure Heaters
- Quiz
Lesson 3: Component Controls
This lesson focuses on the following topics:
- Component Controls
- Boiler Feed Pump Controls
- Feedwater Block Valve Controls
- 3rd Point Heater Drain Pump Controls
- High Pressure Heater Vents Controls
- Quiz
Lesson 4: Feedwater System Process Control
This lesson focuses on the following topics:
- Feedwater Startup Valve Controls
- Boiler Feed Pump Discharge Flow Controls
- Feedwater Master
- HP Heater Level Control
- Quiz
Lesson 5: Feedwater System Operation
This lesson focuses on the following topics:
- Startup Prerequisites
- System Startup
- Normal Operation
- System Shutdown
- Quiz
Final Exam
During this module, students will learn about the function of the boiler feed pump, the major components and flow-path of the boiler feed pumps, the boiler feed pump systems, and other important information related to boiler feed pumps.
Students will have their knowledge tested at the end of each lesson through a series of challenging review questions and lesson quizzes. The final challenge for each student will a test of their overall knowledge of the material covered through participation in a final exam at the end of the module.
Learning Objectives
- Understand the function of the boiler feed pump and its flow-path
- Identify the major components of boiler feed pumps
- Understand boiler feed pump component controls
- Understand the boiler feed pump system
Topics Covered The following topics are covered during this course:
- Boiler Feed Pump Function and Flow-path
- Major Components of Boiler Feed Pumps
- Component Controls
- Boiler Feed Pump
- Boiler Feed Pump System
During this module, students will learn about the function of the boiler feed pump, the major components and flow-path of the boiler feed pumps, the boiler feed pump systems, and other important information related to boiler feed pumps.
Students will have their knowledge tested at the end of each lesson through a series of challenging review questions and lesson quizzes. The final challenge for each student will a test of their overall knowledge of the material covered through participation in a final exam at the end of the module.
Learning Objectives
- Understand the function of the boiler feed pump and its flow-path
- Identify the major components of boiler feed pumps
- Understand boiler feed pump component controls
- Understand the boiler feed pump system
Topics Covered The following topics are covered during this course:
- Boiler Feed Pump Function and Flow-path
- Major Components of Boiler Feed Pumps
- Component Controls
- Boiler Feed Pump
- Boiler Feed Pump System
This course provides the student with an in depth look at Boiler Water and Steam Systems. Students will proceed through the course material beginning with a simplified look at the Boiler Water and Steam systems and ending with a look at how the different components of the system work to function together. Students will have their knowledge tested at the end of each lesson through a series of challenging review questions and lesson quizzes. The final challenge for each student will a test of their overall knowledge of the material covered through participation in a final exam at the end of the module.
Learning Objectives
This course will provide students with a basic knowledge and solid understanding of Boiler Water and Steam Systems.
Topics Covered The following topics are covered during this course:
- The function of the Boiler Water and Steam System.
- The flow paths and major components associated with the Boiler Water and Steam System.
- The Boiler Water and Steam System process control loops and associated methods of control.
- The steps required to prepare for and startup a Boiler Water and Steam System.
- The observations made and actions taken during normal operation of the Boiler Water and Steam System.
- The steps required to shut down a Boiler Water and Steam System.
Students will have their knowledge tested at the end of each lesson through a series of challenging review questions and lesson quizzes. The final challenge for each student will a test of their overall knowledge of the material covered through participation in a final exam at the end of the module.
This module contains information pertaining to the combustion air and flue gas system.
Learning Objectives
During this module, you will be introduced to the combustion air and flue gas system through a series of lessons describing the inner workings of a typical combustion air and flue gas system and its associated controls.
Topics Covered
The following topics are covered during this course:
- Combustion Air and Flue Gas System Function
- Major Components of the Combustion Air and Flue Gas System
- Components Controls
- Combustion Air and Flue Gas System Process Control
- Combustion Air and Flue Gas System Operation
- Describe the function of the Boiler Fuel System.
- Describe the flow paths and major components associated with the Boiler Fuel System.
- Describe the Boiler Fuel System process control loops and associated methods of control.
- Describe the steps required to prepare for and startup of the Boiler Fuel System.
- Describe the steps taken during normal operation of the Boiler Fuel System.
- Describe the steps required to shut down the Boiler Fuel System.
This course contains information pertaining to the Air Pollution Control System which is an important component of Control Operator Training Program.
During this course, you will be introduced to the Air Pollution Control System through a series of lessons describing the inner workings of a typical Air Pollution Control System and its associated controls.
LEARNING OBJECTIVES
• Describe the function of the Air Pollution Control System
• Describe the flow paths and major components associated with the Air Pollution Control System
• Describe the Air Pollution Control System process control loops and associated methods of control
• Describe the steps required to prepare for and startup an Air Pollution Control System
• Describe the observations made and actions taken during normal operation of the Air Pollution Control System
• Describe the steps required to shut down an Air Pollution Control System
Lesson 1: Air Pollution Control System Function
• Air Pollution Control System Function
• Air Pollution Control System Flow Path
• Lesson Quiz
Lesson 2: Air Pollution Control System Major Components
• Lime Storage
• Lime Preparation
• Scrubber Atomizer
• Baghouse
• Lesson Quiz
Lesson 3: Air Pollution Control System Component Controls
• Lime Transfer Blowers
• Lime Feed Bin Vent Fan
• Bin Activator
• Ball Mill Slaker Auto Sequence Controls
• SDA Damper Controls
• Atomizer Controls
• Baghouse Damper Controls
• Baghouse Reverse Air Fan Control
• Baghouse Cleaning Cycle Selector/Control
• Lesson Quiz
Lesson 4: Boiler Fuel System Process Controls
• Lime Feeder IC Controls
• Lime to Water Ratio Controller
• Lesson Quiz
Lesson 5: Air Pollution Control System Operation
• Startup Prerequisites
• System Startup
• Normal Operation
• System Shutdown Operations
• Lesson Quiz
Final Exam
910 Power Plant Control Room Operator Training: Turbine Auxiliaries System Operation and Control This course provides a general overview of some very important basic knowledge sets necessary for a solid understanding of plant control systems.
This module contains information pertaining to the Turbine and Auxiliaries System. A typical Turbine and Auxiliaries System and its associated controls are described within this module.
LEARNING OBJECTIVES
- Describe the function of the Turbine and Auxiliaries System
- Describe the flow paths and major components associated with the Turbine and Auxiliaries System
- Describe the Turbine and Auxiliaries System process control loops and associated methods of control
- Describe the steps required to prepare for and startup the Turbine and Auxiliaries System
- Describe the observations made and actions taken during normal operation of the Turbine and Auxiliaries System
- Describe the steps required to shut down the Turbine and Auxiliaries System
Lesson 1: Turbine and Auxiliaries System Function
- Turbine and Auxiliaries System
- Simplified Flow Path Turbine System
- Turbine Valve Position Graphic
- Turbine Lube Oil System Flow path
- Gland Steam Sealing System
- Lesson Quiz
Lesson 2: Major Components of the Turbine and Auxiliary System
- Major Components
- Main Turbine System
- Turbine Lube Oil System
- EHC System
- Gland Steam System
- Lesson Quiz
Lesson 3: Components Controls
- Drive Group Lube Oil Controls
- Drive Group Turning Gear Controls
- Drive Group Vacuum Breaker Controls
- Condenser Vacuum Pump and Associated Controls
- Drive Group Gland Steam Controls
- Drive Group Aux. Gland Steam Controls
- Drive Group Startup Drains Controls
- Drive Group Hydraulic Fluid Pumps Controls
- Automatic Turbine Startup
- Lesson Quiz
Lesson 4: Turbine and Auxiliaries System Process Control
- Turbine and Auxiliaries System Process Control
- Lube Oil Temperature Control
- EHC Fluid Temperature Control
- Gland Steam Pressure Control
- Gland Steam Temperature Control
- Lesson Quiz
Lesson 5: Turbine and Auxiliaries System Operation
- Turbine and Auxiliaries System Operation
- Startup Prerequisites
- System Startup
- Normal Operation
- System Shutdown
- Lesson Quiz
- Describe the function of the Generator and Auxiliaries System
- Describe the flow paths and major components associated with the Generator and Auxiliaries System
- Describe the Generator and Auxiliaries System m process control loops and associated methods of control.
- Describe the steps required to prepare for and startup of the Generator and Auxiliaries System
- Describe the steps taken during normal operation of the Generator and Auxiliaries System
- Describe the steps required to shut down the Generator and Auxiliaries System
Power plant control room operator online training - plant control systems,circulating water system,condensate systems,feedwater systems,boiler feed pumps,boiler water steam,combustion air flue gas,boiler fuel system,air pollution control system,turbine auxilliaries system operation,generator and auxillaries system operations,unit start up and shut down,environmentally sensitive operations,abnormal plant conditions,heat rate improvement
- Pre-Start Checklist
- Startup Procedures
- Pre-Shutdown Checklist
- Shutdown Procedures
- Ability to perform Complete Unit Start-up.
- Ability to perform troubleshooting of Unit Integrated Operation Systems/components during Normal Operation.
- Ability to perform complete Unit Shut-down.
- Ability to perform all Unit System Valve Line-ups.
- Basic Efficiency Principles
- Boiler Efficiency
- Turbine Efficiency
- Condenser Efficiency
- Feedwater Heaters
- Auxiliary Power Consumption
- Boiler Reliability
- Environmentally Sensitive Operations
This module contains information pertaining to the Abnormal Plant Conditions System. Several critical abnormal plant conditions and associated responses are described within this module.
LEARNING OBJECTIVES
• Hierarchy of alarms
• How to identify process equipment and Foxboro System Alarms and alarm status
• How to interpret and print an alarm list
• How to appropriately respond to alarms
• How to respond appropriately to the loss of a condensate pump
• How to respond appropriately to the loss of a feed water pump
• How to respond appropriately to the loss of a fan pair
• How to respond appropriately to turbine high vibration
• How to respond appropriately to turbine thermal stress limiting (+)
• And how to respond appropriately to turbine thermal stress limiting (-)
Lesson 1: Equipment Alarms
- Equipment Alarm Display
- Lesson Quiz
Lesson 2: Foxboro System Alarms
• Foxboro System Alarms
• System Alarms
• Hardware Device Colors
• Inhibited Alarms
• Network Display
• Equipment Information
• Acknowledging System Alarms
• Review
• Field Operator Responsibilities
• Lesson Quiz
Lesson 3: Alarm Response
• Alarm Response
• Alarms
• Condensate Pump Trip
• DCS Alarm Actuates and DCS Automated Response Occurs
• Lesson Quiz
Lesson 4: Boiler Feed Pump Trip
• Boiler Feed Pump Trip
• DCS Alarm Actuates and DCS Automated Response Occurs
• Lesson Quiz
Lesson 5: Fan Pair Trip (ID and FD)
• Induced Draft Fan Trip
• DCS Alarm Actuates and DCS Automated Response Occurs
• Lesson Quiz
Lesson 6: Turbine High Vibration
• No. 3 Turbine Bearing High Vibration
• DCS Alarm Actuates and DCS Automated Response Occurs
• Alarm Set-Point
• Lesson Quiz
Lesson 7: Turbine Thermal Stress Limiting (+)
• Turbine Thermal Stress Limiting (+)
• DCS Alarm Actuates and DCS Automated Response Occurs
• Alarm Set-Point and Unit Response
• Lesson Quiz
Lesson 8: Turbine Thermal Stress Limiting (-)
• Turbine Thermal Stress Limiting (-)
• DCS Alarm Actuates and DCS Automated Response Occurs
• Alarm Set-Point and Unit Response
• Lesson Quiz
Final Exam
An important component of the Control Operator Training Program is a thorough understanding of Heat Rate Improvement.
During this module, you will be introduced to the heat losses and loss correction/improvement for the following major system components:
- Boiler
- Turbine (using heat balance and turbine performance curves)
- Heat exchangers
- Cooling tower
The module takes you through a series of lessons discussing the functions of the boiler, turbine, heat exchangers, and cooling tower, and their major components and component controls. Once you have become familiar with each of these components your knowledge of the Heat Rate Improvement System will be further developed with a discussion on how the system components and process controls come together to improve heat rate by correcting and improving heat losses.
Countries Served:
Afghanistan
Albania
Algeria
Andorra
Angola
Antigua and Barbuda
Argentina
Armenia
Australia
Austria
Azerbaijan
Bahamas
Bahrain
Bangladesh
Barbados
Belarus
Belgium
Belize
Benin
Bhutan
Bolivia
Bosnia and Herzegovina
Botswana
Brazil
Brunei
Bulgaria
Burkina Faso
Burundi
Cambodia
Cameroon
Canada (
Cape Verde
Central African Republic
Chad
Chile
China
Colombia
Comoros
Congo (Brazzaville)
Congo, Democratic Republic of the
Costa Rica
Côte d'Ivoire
Croatia
Cuba
Cyprus
Czech Republic
Denmark
Djibouti
Dominica
Dominican Republic
East Timor (Timor Timur)
Ecuador
Egypt
El Salvador
Equatorial Guinea
Eritrea
Estonia
Ethiopia
Fiji
Finland
France
Gabon
Gambia
Georgia
Germany
Ghana
Greece
Grenada
Guatemala
Guinea
Guinea-Bissau
Guyana
Haiti
Honduras
Hungary
Iceland
India
Indonesia
Iran
Iraq
Ireland
Israel
Italy
Jamaica
Japan
Jordan
Kazakhstan
Kenya
Kiribati
Korea, North
Korea, South
Kuwait
Kyrgyzstan
Laos
Latvia
Lebanon
Lesotho
Liberia
Libya
Liechtenstein
Lithuania
Luxembourg
Macedonia
Madagascar
Malawi
Malaysia
Maldives
Mali
Malta
Marshall Islands
Mauritania
Mauritius
Mexico
Micronesia, Federated States of
Moldova
Monaco
Power plant control room operator training courses - power plant control system, circulating water system, condensate systems, feedwater systems, boiler feed pumps, boiler water steam, air pollution control system, turbine auxilaries system operation & control, unit startup & shutdown, abnormal plant conditions and heat rate improvement
