COVID-19 RESPONSE: OEL continue to operate across its four global sites in these unprecedented times to ensure that the key industries get the components they need to allow them to continue to operate
Mon, 04 Dec
|OEL DUBAI
OTSCCGTP COMBINED CYCLE GAS TURBINE PERFORMANCE - Power Gen
To obtain an understanding of the performance of a Combined Cycle Gas Turbine. This will include sections on the different types of Combined Cycle Gas Turbine, Gas Turbine Performance and Power Plant Operations.
Time & Location
04 Dec, 12:00 – 08 Dec, 22:00
OEL DUBAI, Oilfields Supply Centre Building 37 & 38 - جبل علي - منطقة جبل علي الحرة - دبي - United Arab Emirates
About the Event
Combined Cycle Gas Turbine Performance
Course Objectives
To obtain an understanding of the performance of a Combined Cycle Gas Turbine. This will include sections on the different types of Combined Cycle Gas Turbine, Gas Turbine Performance and Power Plant Operations.
Course Description
This course goes through the overview of a Combined Cycle Gas Turbine, this will be followed by the different types of Gas Turbine. This is then expanded on to give a detailed understanding of the performance and management of the operations of a Combined Cycle Gas Turbine.
Who Should Attend
This course would benefit Engineers and Supervisors.
Pre-Requisites
All Attendees should have a sound power generation background.
Course Outcome
At the end of this course you will be able to understand:
Combined Cycle Gas Turbine
Gas Turbine Performance and Power Plant Operations.
Combined Cycle Power Plant Course Outline
Day 1 – Course Introduction
Introduction
Combined Cycle GT Plant Overview
o Gas Turbine ( Frame 9e, 13E2)
o Steam Turbine
o Boiler Components
Performance Theory
o Brayton Cycle
o Rankine Cycle
o Combined Cycle
Day 2 – Performance Terms and Definitions
Performance Terms and Definitions
o Units and Terminology, Conversion factors
o Power Output (Gross and Net)
o Heat Rate (Gross and Net)
o Energy inputs
o Efficiency
o System Losses
Correction Factors
o Test Reference conditions
o Pressure
o Temperature
o Humidity
o Power factor
o Altitude
o Pressure Drops
o Boiler steam flow
o Condenser vacuum
o Frequency
Day 3 – Gas Turbine Performance
Gas Turbine Performance
o Test Procedure
o Instrumentation Required
o Performance Data Collection
o Performance Calculations
o Practical Examples of Performance Calculations
o Using Correction Factors
Steam Turbine & Boiler Performance
o Test Procedure
o Instrumentation Required
o Performance Calculations
o Supplementary Firing Considerations
Day 4 – CCGT Plant Performance
CCGT Plant Performance
o Test Procedure
o Instrumentation Required
o Performance Data Collection
o Performance Calculations
o Overall Plant Efficiency
o Practical Examples of Performance Calculations
Day 5- Power Plant Operations
Performance Diagnostics
o Identifying lost performance
o Locating the cause
o Remedial action
Performance Improvement Methods
o Increase Mass Flow (steam, water injection)
o Chillers
o Increase Firing Temperature (Component Upgrade Options)
o Reducing Leakage and Improving Cooling
Course Assessment and Evaluation