Course not currently available
Rotating Equipment Design, Testing, and Maintenance: Bearings, Mechanical Seals, Pumps, Compressors, Hydraulics and Turbines (London)
Course
In Kuwait City ()
Description
-
Type
Intensive seminar
-
Level
Intermediate
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Class hours
120h
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Duration
1 Month
This Course is Designed For:
Rotating Equipment Engineers
Drilling Engineers
Maintenance Engineers
Reliability Engineers
Well Engineers
Rig Engineers
Workover Engineers
Petroleum – Oil and Gas – Engineers;
Petroleum – Oil and Gas – Journeymen;
Petroleum – Oil and Gas – Production Engineers;
Petroleum – Oil and Gas – Mechanical Engineers;
Supervisors and managers responsible for the availability of critical rotating machinery assets
Those involved in the design and manufacture of rotating machinery who wish to enhance their understanding of rotating machinery behaviour
Anyone who works with mechanical and rotating equipment at industrial plants, utilities or commercial and private building facilities
About this course
Degree or Relevant Work Experience
Reviews
Subjects
- Monitoring
- Testing
- Compressor
- IT
- Performance
- Design
- Oil and Gas
- Gas
- Systems
- Petroleum
- Rotating Equipment
- Operation of a Compressor in a System
- Pumps
- Mechanical Seals
- Types of Compressors
- Fluid Head
- Performance Relationship
- Gas Density Change
- Turbo-Compressor Mechanical Design
- Radial Bearing Design
- Rotor Axial Forces
- Compressor Seal System and Major Components
- Steam Turbine
- Gas Turbine
- Lubrication Systems
- Reliability and Component Condition
- Predictive Maintenance (PDM) Techniques
- Flexible Coupling Design
- Flexible Coupling Installation
- Flexible Coupling Operation
Teachers and trainers (1)
To Be Assigned
Consultant, HRODC Postgraduate Training Institute
Course programme
Principles of Rotating Equipment
- Rotating Equipment, Defined
- Classifications of Rotating Equipment
- Site Equipment
- Performance and Mechanical Design
- Pump Unit or Compressor Train
- Other Important Principles
- Positive Displacement Compressors
- Actual Volume, Standard Volume and Mass Flow
- Dynamic Compressors
- Operation of a Compressor in a System
- Pump Types, Explained
- Positive Displacement Pumps
- Dynamic Pumps
- Use of Positive Displacement or Centrifugal Pumps
- Pump Performance Data
- Centrifugal Pump Hydraulic Disturbances
- Pump Mechanical Design
- Mechanical Seals, Functions
- The Seal System
- Controlling Flush Flow to the Seal
- Cause of Seal Failures
- Seal Configurations
- Types of Flush System
- Auxiliary Stuffing Box and Flush Plans
- Positive Displacement Compressors
- Dynamic Compressors
- Fluid Head, Definition
- Paths of Compression
- Gas Head, Types
- Dynamic Compressor Curves Format
- Characteristics of Gas
- Compression Head
- Types of Impeller and Specific Speed
- Efficiency
- Horsepower
- The Fan Laws
- Understanding Surge
- The Limits of the Curve
- Causes of Surge
- Causes of Stonewall
- Factors in Gas Density Change
- The Casing
- The Inlet Guide Vanes
- The Rotor
- Diaphragms
- Inter-Stage Seals
- Shaft End Seals
- Journal Bearings
- Thrust Bearings
- Anti-Friction Bearings
- Hydrodynamics Bearings
- Types of Hydrodynamic Bearings
- Monitoring the Condition
- Vibration Instabilities
- The Hydrodynamic Thrust Bearing
- Impeller Thrust Forces
- Rotor Thrust Balance
- Thrust Condition Monitoring
- The Supply System
- The Seal Housing System
- Seal Supply Systems
- Seal Liquid Leakage System
- Major Components of Compressors
- The Coupling Function
- Types of Coupling
- The Coupling System
- Coupling Installation and Removal
- Enclosed Coupling Guards
- Field Retrofits From Lubricated To Dry Couplings
- Types of Steam Turbine
- Applications of Steam Turbine
- Steam Turbine Performance
- Steam Turbine Mechanical Design
- Steam Turbine Inlet Steam Regulation
- Steam Turbine Control/Protection Systems
- Steam Turbine Operation
- Gas Turbine vs. Steam Turbine
- Gas Turbine vs. Automotive Engine
- Building a Gas Turbine
- Gas Turbine Development
- Classification of Gas Turbine
- Classification by Design Types
- Gas Turbine Shafts
- Gas Turbine Drive Configurations
- Gas Turbine Cycles
- Gas Turbine Performance
- Gas Turbine Mechanical Design
- Gas Turbine Support Systems
- Gas Turbine Control and Protection
- Types of Lubrication System
- Arrangement Options
- Machinery Components (Major)
- Specific Machinery Components and System Monitoring Parameters and Their Limits
- The Rotor
- Radial Bearings
- Thrust Bearings
- Seals
- Auxiliary System
- Predictive Maintenance (PDM) Techniques
Additional information
Rotating Equipment Design, Testing, and Maintenance: Bearings, Mechanical Seals, Pumps, Compressors, Hydraulics and Turbines (London)