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Fundamentals of Machinery Equipment in Oil and Gas Industry
Rating: 4.4 out of 5(92 ratings)
847 students

Fundamentals of Machinery Equipment in Oil and Gas Industry

Pumps, compressors, Gas turbines Essential and advanced knowledge for anyone working with machinery equipment
Created byA a
Last updated 2/2021
Arabic
Arabic [Auto],

What you'll learn

  • 1-compressors (Applications, types, map, performance, mechanical parts and function).
  • 2-Pumps (Applications, types, map, performance, mechanical parts and function).
  • 3-Drivers: Gas turbine, Steam Turbines, Gas engines, Diesel Engines (types, applications, power limitation)
  • To have an overview for all kind of rotating equipment and their applications. A complete understanding of construction details, functioning and performance of pumps/compressors for successful plant operation To know and study the different types of pumps/compressors, centrifugal, screw and reciprocating. Their mechanical parts and hydrodynamic performance. To know how to Selects and specify the type and model of pumps for a specific service according to international standard with capex and opex optimization. To Understand pumps working principles for successful operation of your plant and piping systems. To Learn how to read and interpret your pumpcompressor curves and system curves To Optimize the operation efficiency of your pumping systems. To Understand centrifugal pumps/compressors construction details (impeller, volute, shaft, bearings, packing, mechanical seals, etc. Learn How to read and fill pumps data sheets, e.g. centrifugal, diaphragm, reciprocating, screw…etc. To learn how to survey the market and identify market lead manufactures and their facilities worldwide. To learn How to successfully witness the equipment testing and approve test results. To discuss and clarify some installation and start up activities' important aspects according international standards. To know the different types of engines, power limitation and applications.

Course content

1 section • 14 lectures • 19h 3m total length

  • introduction part19:54

    Course outlines and objectives.

  • introduction part 21:54:30

    General overview and discussion for machinery equipment in the oil and gas industry

    • Pumps.

    • Compressors.

    • Gas turbines.

    • Diesel/Gas Engines.

    • Fans and blowers.

    • Steam turbines.

  • Pumps applications and technology1:35:22

    1-Pump Fundamentals.

    2- Pumps types and hydraulic coverage chart.

    3-Pumps applications and services.

  • API 610 Centrifugal pumps design and applications1:29:15

    I. Pump Classifications according to:

    • Impeller types.

    • Fluid flow direction.

    • Bearing position.

    • Number of impellers.

    • Shaft position

    II. Pump performance.

    III. Pumps cavitation.

    IV. Pumps selection.

    V. Pumps mechanical construction and material selection.

    VI. mechanical seal system.

    VII. Lube oil system.

    VIII. Pumps skids installation.

  • API 610 Centrifugal pumps design and applications- part two1:45:23

    I. Pump Classifications according to:

    • Impeller types.

    • Fluid flow direction.

    • Bearing position.

    • Number of impellers.

    • Shaft position

    II. Pump performance.

    III. Pumps cavitation.

    IV. Pumps selection.

    V. Pumps mechanical construction and material selection.

    VI. mechanical seal system.

    VII. Lube oil system.

    VIII. Pumps skids installation.

  • API 610 Centrifugal pumps design and applications - part three1:32:12

    I. Pump Classifications according to:

    • Impeller types.

    • Fluid flow direction.

    • Bearing position.

    • Number of impellers.

    • Shaft position

    II. Pump performance.

    III. Pumps cavitation.

    IV. Pumps selection.

    V. Pumps mechanical construction and material selection.

    VI. mechanical seal system.

    VII. Lube oil system.

    VIII. Pumps skids installation.

  • Positive displacement pumps- Rotary type-Reciprocating type1:44:27

    I. Reciprocating pumps mechanical construction.

    II. Reciprocating pumps applications and services.

    III. Reciprocating pumps design and performance.

    IV. Screw pumps mechanical construction.

    V. Screw pumps applications and services.

    VI. Screw pumps design and performance.

  • Positive displacement pumps- Rotary type-Screw type1:33:24

    I. Reciprocating pumps mechanical construction.

    II. Reciprocating pumps applications and services.

    III. Reciprocating pumps design and performance.

    IV. Screw pumps mechanical construction.

    V. Screw pumps applications and services.

    VI. Screw pumps design and performance.

  • Compressors applications and technology1:11:29

    1-Compressor Fundamentals.

    2-Compressor types and hydraulic coverage Map.

    3-Compressor applications and services.

  • Centrifugal compressors design and application- part 11:39:06

    6.1-Compressor Nomenclature

    1-Definition and Historical Developments

    2-Application Map and Arrangements

    3-Compressor Models and Nomenclature

    4-Main Components

    6.2-Rotor dynamics and Materials

    1-Compressor Materials

    2-Compressor Rotor dynamics

    3-Simple Oscillator

    4-Rotor Vibrations

    5-Simple Rotor dynamic Model (Jeffcot Model)

    6-Bearing Model

    7-Full Rotor dynamic Model (Rotor+Bearings)

    8-Rotor Stability

    9-API 617 Overview

    6.3-CC Thermodynamics Fundamentals

    1-Basics of CC Fluid Dynamics

    2-Non-dimensional Parameters

    3-Compressor Stage Design

    4-Multi-stage Performance

  • Centrifugal compressors design and application- part 248:40

    6.1-Compressor Nomenclature

    1-Definition and Historical Developments

    2-Application Map and Arrangements

    3-Compressor Models and Nomenclature

    4-Main Components

    6.2-Rotor dynamics and Materials

    1-Compressor Materials

    2-Compressor Rotor dynamics

    3-Simple Oscillator

    4-Rotor Vibrations

    5-Simple Rotor dynamic Model (Jeffcot Model)

    6-Bearing Model

    7-Full Rotor dynamic Model (Rotor+Bearings)

    8-Rotor Stability

    9-API 617 Overview

    6.3-CC Thermodynamics Fundamentals

    1-Basics of CC Fluid Dynamics

    2-Non-dimensional Parameters

    3-Compressor Stage Design

    4-Multi-stage Performance

  • Centrifugal compressors design and application- part 31:09:03

    6.1-Compressor Nomenclature

    1-Definition and Historical Developments

    2-Application Map and Arrangements

    3-Compressor Models and Nomenclature

    4-Main Components

    6.2-Rotor dynamics and Materials

    1-Compressor Materials

    2-Compressor Rotor dynamics

    3-Simple Oscillator

    4-Rotor Vibrations

    5-Simple Rotor dynamic Model (Jeffcot Model)

    6-Bearing Model

    7-Full Rotor dynamic Model (Rotor+Bearings)

    8-Rotor Stability

    9-API 617 Overview

    6.3-CC Thermodynamics Fundamentals

    1-Basics of CC Fluid Dynamics

    2-Non-dimensional Parameters

    3-Compressor Stage Design

    4-Multi-stage Performance

  • Reciprocating compressors design and application59:42

    1-Reciprocating compressor applications

    2-Gas Compression fundamentals

    3-Mechanics theory: forces and loads

    4-Component of reciprocating compressors

  • Instrument and utility Air compressor package1:31:00

    air compressor package

Requirements

  • no.

Description

Course goals:

  • To have an overview of all kinds of rotating equipment and their applications.

  • A complete understanding of construction details, functioning, and performance of pumps/compressors for successful plant operation

  • To know and study the different types of pumps/compressors, centrifugal, screw, and reciprocating. Their mechanical parts and hydrodynamic performance.

  • To know how to Selects and specify the type and model of pumps for a specific service according to international standards with CAPEX and OPEX optimization.

  • To Understand pump working principles for the successful operation of your plant and piping systems.

  • To learn how to read and interpret your pump compressor curves and system curves

  • To Optimize the operation efficiency of your pumping systems.

  • To Understand centrifugal pumps/compressors' construction details (impeller, volute, shaft, bearings, packing, mechanical seals, etc.

  • Learn How to read and fill pumps datasheets, e.g. centrifugal, diaphragm, reciprocating, screw…etc.

  • To learn how to survey the market and identify market lead manufactures and their facilities worldwide.

  • To learn How to successfully witness the equipment testing and approve test results.

  • To discuss and clarify some installation and start-up activities' important aspects according to international standards.

  • To know and select the different types of engines, power limitations, and applications.

Course contents:

1-Rotating equipment classifications.

General overview and discussion for machinery equipment in the oil and gas industry.

2-Pumps applications and technology.

-Pump Fundamentals.

- Pumps types and hydraulic coverage chart.

-Pumps applications and services.

3-API Centrifugal pumps design and applications.

-Pump Classifications.

-Pumps mechanical construction and material selection.

-Mechanical seal system.

-Lube oil system.

-Pumps skids installation.

4-Positive displacement pumps- Rotary type-Reciprocating type.

-Reciprocating pumps mechanical construction.

-Reciprocating pumps applications and services.

-Reciprocating pumps design and performance.

-Screw pumps mechanical construction.

-Screw pumps applications and services.

-Screw pumps design and performance.

5-Compressors applications and technology.

-Compressor Fundamentals.

-Compressor types and hydraulic coverage Map.

-Compressor applications and services.

6-Centrifugal compressors design and application.

-Compressor Nomenclature

-Definition and Historical Developments

-Application Map and Arrangements

-Compressor Models and Nomenclature

-Main Components.

-Rotor Dynamics and Materials.

-Thermodynamics Fundamentals.

-Non-dimensional Parameters

-Compressor Stage Design

-Multi-stage Performance

7-Reciprocating compressors design and application.

-Reciprocating compressor applications

-Gas Compression fundamentals

-Mechanics theory: forces and loads

-Component of reciprocating compressors

-Auxiliary Systems

-Main drivers

-Monitoring

8-Air compressor package

Who this course is for:

  • 1-All engineers, technicians, engineering undergraduates, industrial sectors project control.
  • 2-Technical professionals responsible for piping system inspection
  • 3-undergraduate engineering faculties students.
  • 4-Engineers, Consultants and Sales professionals
  • 5-Operation, technical service and maintenance professionals

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