Online price: SAR 1350

Offline Price: SAR 2550

Course Duration: 5 Days

Duration (Hrs) 19 Hours/Hours

Course Mentor: Higher Engineering Sciences Institute for Training

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Course Description

This course covers the construction, design, operation, and maintenance of rotary, centrifugal and rotary
compressors and pumps, as well as various topics and types of pumps, compressors, potential problems,
maintenance concepts, and troubleshooting techniques. It also covers different alignment methods for pumps such
as optical alignment, straight edge / RIM, and Face alignment, reverses cursor alignment, reverses connection, and
laser alignment. Participants will learn how to diagnose soft foot conditions and implement correction techniques.


The purpose of the course

Course Objectives:
At the end of this course the participants will be able to:
Describe of centrifugation and positive displacement including pump design, rules, performance
comparisons, characteristic curves, and performance testing.
Check pump performance and apply maintenance and troubleshooting techniques accordingly.
Determining types of frequency pumps, maintaining them, and detecting and repairing faults.
Determine the problems of the centrifugal pump and perform maintenance and troubleshooting.
Determine the types of compressors, how they work, their common problems, and the implementation of
troubleshooting techniques.
Apply different methods for tailoring pumps such as optical alignment, straight edge / RIM, and Face
alignment, reverse cursor alignment, reverse connection, and laser alignment.
Diagnosis of soft foot conditions and correction techniques.


 Detailed objectives of the course

Targeted Audience:
Factory employees and officials of the installation and maintenance of pumps and centrifugal compressors.
Agricultural Maintenance Technicians and Mechanical Maintenance Technicians.
Personnel in the management and supervision of the operation and maintenance of pumps and compressors.


 Main topic 1

Unit 1: Fundamentals
  • Introduction to MEG regeneration system 4
  • Properties of MEG
  • MEG pumping system

 Main topic 2

Unit 2: Operations and controls of MEG regeneration system

  • MEG Recovery Process
  • MEG exchanger drum and reboiler
  • Pump Seal Leakage
  • Foam-Control
  • pH Control
  • Hydrocarbon Carryover


 Main topic 3

Unit 3: Technical challenges and solutions in a closed-loop MEG regeneration system

  • Process overview
  • Operating procedures
  • Neutralization of excess alkalinity/acidity in the Lean MEG
  • Source of alkalinity to precipitate divalent cations in rich
  • MEG pre-treatment
  • Lean MEG specifications


 Main topic 4

Rich MEG Specifications

  • Monitoring alkalinity and acid injection
  • Corrosion
  • Scaling & Fouling
  • Hydrocarbon Carryover
  • Unit 4: Minimize MEG deterioration and losses and reduce operating and environmental costs
  • Flash separation


Main topic 5

Unit 5: MEG regeneration system troubleshooting and improve efficiency

  • pH management
  • Packing Materials
  • MEG regeneration column packing maintenance