Power Plant Operations & Control Training Course
Join On Event :
| Event | Start | End | Instructor | Location | Registration |
|---|---|---|---|---|---|
| power plant operations and control | 13-Apr | 17-Apr | ins3 |
Details :
Introduction
This power plant operations and control training course
provides an intermediate to advanced level of knowledge about the operation and
control of power plant operations, ensuring a comprehensive understanding of
power plant fundamentals, operation, and maintenance.
The power plant operations and control course extensively
covers the construction, assemblies, and configuration of the most common types
of fossil-fueled power plants, such as thermal, gas, and diesel power stations.
The power plant operations and control course delves into electrical and
mechanical engineering concepts, including electrical machines and drives,
thermodynamics, and much more, to thoroughly prepare the participants for
success in the field of power plant operations.
Participants in the power plant operations and control
course will gain insight into control variables, instrumentation techniques,
monitoring and controlling processes, and operation of control devices, valves,
sensors, actuators, heat exchangers, compressors, and other critical components
in ensuring efficient power plant operation.
For those interested in professional certification, this
power plant operations and control course can be an essential step toward
obtaining a power plant operator certification. The power plant operations and
control course prepares attendees with the necessary knowledge and skills
required to meet power plant operator requirements. The power plant operations
and control course aims to place them firmly on the path toward career advancement
in the field of power plant operation and maintenance.
By the end of this power plant course, the participants will
be able to:
- Comprehend
the intricate operation and maintenance of power plants.
- Analyze
process and control diagrams within the power plant context.
- Gain
familiarity with preventive and corrective maintenance, troubleshooting,
and control strategies in power plants.
- Understand
power plant parameters, disturbances, and control techniques for sustained
operation.
- Appreciate
distinctive power plant features, selection criteria, and optimization for
maximum efficiency.
- Power
Station Operators, Technicians, Engineers, and Managers are seeking power
plant operator training and certification programs.
- Electrical
and Mechanical Engineers are seeking to expand their competencies in power
plant training programs.
- Project
Engineers, Project Managers, and Power Station Maintenance crew aiming for
professional development in plant operations.
- University
Graduates, Site Engineers, and Technical Crew are interested in a power
plant technology certificate or a power plant operator degree.
Unit 1: Fundamentals of Mechanical and Electrical
Engineering
- Exploration
of sensors and actuators.
- Understand
the examination of pumps, compressors, turbines, fans, and blowers.
- Understand
pneumatics and hydraulics essentials.
- Discuss
control valves and cylinders and electrical actuation.
- Theory
of heat transfer analysis.
- Delve
into electric generators, motors, and drives.
Unit 2: Gas Power Station
- Overview
of gas power stations and plant operation courses.
- Explore
fundamentals and thermodynamics in power plant operation.
- Learn
about the breakdown of gas turbine components and their functionalities.
- Study
of construction, lubrication system, fuel system, and auxiliary systems.
- Understand
protection, control, and instrumentation.
- Learn
about installation, optimal plant operations, and maintenance.
Unit 3: Thermal Power Station
- Learn
about a detailed overview of thermal power stations.
- Investigate
fuel combustion and steam generation process.
- Overview
of boiler auxiliary plant operations and controls.
- Understand
insight into boilers and power generation.
- Waste
heat recovery.
- Understand
techniques for boiler emission control, maintenance, and troubleshooting.
Unit 4: Diesel Generator (DG) Power Station
- Learn
about the Identification of power plant types, components, and engine
types.
- Learn
about the analysis of engine technology and classifications.
- Understand
the characteristics of DG types, protection, insulation, earthing, and
construction.
- DG set
assemblies and components essentials.
- DG
plant layout optimization.
- Learn
about best practices for DG operation and maintenance.
Unit 5: Process Instrumentation and Control
- Build
the foundation of process control fundamentals.
- Understand
techniques for the measurement and control of pressure, level, flow, and heat.
- Explore
electronic controllers for power plant operation and maintenance.
- Learn
to interpret Process Flow Diagram (PFD), Piping and Instrumentation
Diagram (P&ID), and transfer function.
- Learn
about the management of open and closed-loop controllers.
- Understand
introduction to operational amplifiers, analog, and digital controllers.
Program Delivery and Methodology:
ü All lectures
are in colourful presentation
ü All lectures
are interspersed with interactive discussion
ü All lectures
include group discussion, case history and exercises
ü Actual
industry experience is reviewed
ü Participants
receive a multicolour course manual
ü Pictures of
real incidents and case history are shown
ü Videos on
the subject are shown
Assessment
Methods:
Energy
Expertise Academy is using a set of assessment criterions to assess trainees
against each module outcome, assessment method in this course will be one or
more of the following:
Presentation:
This technique asks students to deliver a project
orally or through demonstration
Project: This
technique is a largescale activity requiring self-direction, planning,
research, exploration, outcome and review.
Team Assessment: This technique asks students to work together to show skills in defining and structuring an activity as team. All team assessment should be distributed equally, each of the group members performing their role, and then the team collates the outcomes, and submits it as a single piece of work
09:00 to 14:00