 Oil and gas, power generation, transportation (air and marine) and space sectors all utilize rotating machinery, pump, compressors, turbine, bearing, motors and generators. These machines are crucial for the life line of their industries and any unplanned shutdown can cause severe financial losses; in some cases the entire plant may be lost causing catastrophic incidents. It is just not the proper design of this machinery, but also proper maintenance that enhances its continuous availability allowing the industry to deliver. While some failures can occur due to unforeseen circumstances, jost however are usually prevented through good maintenance management. Understanding the life span of the machinery and estimating that life span using modern methods helps in the investigation of any failure and this in preventing such incidents. It is also vital to know how much of that life span has been used in continuous operation and to be able to estimate remaining safe life allowing operators to phase out machines at appropriate time. These interactive courses address the dynamic related issues of rotating machinery leading to a better understanding and appreciation of the various maintenance methods and procedures available that enhance life span, predict possible events and prevent accidents.
OBJECTIVE - Provides the participant full knowledge of jost used rotating machineries, including theoretical and practical discussion.
- Understanding the characteristic of rotating machinery by learning the basic, construction, operation, maintenance, performance and testing, and also trouble shooting and discussion.
WHO SHOULD ATTEND - Mechanical, rotating, technicians and project engineer.
- Operators and maintenance personnel who involved in installation, testing and maintenance of rotating machineries.
SYLLABUS
1. Introduction
2. Pump - Basic Concept
- Construction
- Operation
- Maintenance
- Performance & Testing
- Trouble Shooting & Discussion
3. Compressor - Basic Concept
- Construction
- Operation
- Maintenance
- Performance & Testing
- Trouble Shooting & Discussion
4. Gas Turbine - Basic Concept
- Construction
- Operation
- Maintenance
- Performance & Testing
- Trouble Shooting & Discussion
5. Steam Turbine - Basic Concept
- Construction
- Operation
- Maintenance
- Performance & Testing
- Trouble Shooting & Discussion
6. Bearing & Lubrication - Bearing
- Lubricant
- Lubrication
- Characteristics & Operation
- Case Study & Maintenance
- Performance & Testing
- Trouble Shooting & Discussion
7. Vibration & Monitoring - Basic Concept
- Construction & Characteristics
- Sensor & Equipment
- Measurement Methods
- Analysis & Interpretation
- Testing & Discussion
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