TRAINING CATEGORIES
(Click Category to List Courses)

12 - OGE-P - Oil & Gas - Processing Facilities


OG-P 130B - Progressing Cavity Pumps (PCP) (10 Days)

Code Start Date Duration Venue
OG-P 130B 09 December 2024 10 Days Istanbul Registration Form Link
OG-P 130B 20 January 2025 10 Days Istanbul Registration Form Link
OG-P 130B 17 March 2025 10 Days Istanbul Registration Form Link
OG-P 130B 12 May 2025 10 Days Istanbul Registration Form Link
OG-P 130B 07 July 2025 10 Days Istanbul Registration Form Link
OG-P 130B 01 September 2025 10 Days Istanbul Registration Form Link
OG-P 130B 27 October 2025 10 Days Istanbul Registration Form Link
OG-P 130B 22 December 2025 10 Days Istanbul Registration Form Link
Please contact us for fees

 

Course Description

Recently, Progressing Cavity Pump is playing a significant role in oil production. PCP has a plenty of benefits compared to other artificial lift such as high efficiency, higher tolerance to sand or solid, less energy consumption, less capex and opex etc. All components of the PCP system, design - applications and solutions for problems will be described and discuss in detail. The participants of the course will learn the function of components, rig operation for PCP and especially design and selection of pumps. In each topic during course, the field experience and observations will be shared to evaluate of problems. The goal of this course is to provide best design and solutions for PCP. Upon completion of the course, trainees will learn to contribute to PCP system with less operational expense. 

Course Objectives

  • Identifying of the PCP system, sub-component and assemblies 
  • Demonstrating the advantages, limitations, and applications of PCP systems compare to other artificial lift methods
  • Discussing PCP principles and surface drive system
  • Providing knowledge on design and selection a PCP system
  • Analyzing failure and troubleshooting for PCP systems
  • Using best solutions to enhance system life

Who Should Attend?

  • Engineers
  • Field technicians
  • Staff responsible for design, selection, operation, maintenance and analysis of PCP systems

Course Details/Schedule

Day 1

  • Introduction to artificial lift and progressing cavity pump (PCP)
  • Description of all components of the PCP
  • Working principles of PCP
  • Demonstration advantages, limitations, and applications of PCP
  • Factors affecting the performance of PCP

Day 2

  • Basic Principles of PCP Operation
  • Surface Equipment
  • Variable Speed Driver (VSD)
  • Elastomers for PCP systems

Day 3

  • PCP System design and applications
  • Factors to consider when selecting a PCP
  • Types of PCP designs
  • Sizing and specification of PCP for different applications
  • Calculation and troubleshooting tools.
  • Pump, electric drive selection

Day 4

  • Solutions for harsh well and other conditions
  • Specific Applications Considerations
  • High-Viscosity Oil Production
  • High-Sand-Cut Wells
  • Low-Productivity or Pumped-Off Wells
  • Gassy Well Production
  • Directional- and Horizontal-Well Applications
  • Hostile Fluid Conditions
  • High-Speed Operations
  • Coalbed-Methane and Water-Source Well Applications

Day 5

  • Surveillance of Progressing Cavity Pump components
  • Monitoring Water Production
  • Acoustic Survey / Annular gas flow
  • File crew Motoring Activity
  • Maintenance of Progressing Cavity Pump components

Day 6

  • Reporting and recommendations. 
  • Analysis of Progressive Cavity Pumping Systems
  • Run life of PCP Systems

Day 7

  • Safety Considerations for PCP Operations
  • Safety protocols for working with PCP
  • Hazards associated with PCP operations
  • Emergency response procedures for PCP incidents

Day 8

  • Basic optimizations & troubleshooting
  • Basic failure analysis
  • Inspection procedures
  • Root Cause Analysis

Day 9

  • Regulatory Compliance and Environmental Considerations
  • Regulations governing the use of PCP in different regions
  • Environmental impact of PCP operations
  • Best practices for sustainable PCP operations

Day 10

  • Future Trends in PCP Technology
  • Emerging technologies in the field of PCP
  • Innovations and advancements in PCP design and operation
  • Potential future developments in the PCP industry
  • Practical assessment to demonstrate proficiency in operating and maintaining a PCP system

 

ETABS and SAFE. Training 24 CCE 210 5 SAP 2000. Training 25 CCE 305 5 Quality Assurance in Pavement Construction 26 CCE 401 5 Construction Project Management 27 CCE 402 10 Construction Project Management (10 Days) 28 CCE 403 5 Construction Project Management-Intensive 29 CCE 405 5 Principles of Construction Project Management 30 CCE 406 10 Principles of Construction Project Management (10 Days) 31 CCE 410 10 Construction Project and Risk Management (10 days) 32 CCE 411 5 Project & Contract Management for Marine Construction 33 CCE 412 5 Application of GIS in Construction Management 34 CCE 415 4 Sustainable Water Management Techniques, Innovation and Solution (4 Days) 35 CCE 419 5 Construction Management of Hydraulic Projects 36 CCE 420 5 Water Project Management 37 CCE 421 10 Modern Technologies in the Supervision and Quality Control of Irrigation Projects and Dealing with Contractors (10 Days) 38 CCE 422 5 Rapid Earthquake Hazard Evaluation of Buildings 39 CCE 425 10 Practical Application of Computers in Structural Engineering (10 Days) 40 CCE 428 5 Survey & Profile Using Total Station 41 CCE 430 5 Bridge Construction and Maintenance 42 CCE 435 5 Bridge Inspection and Maintenance 43 CCE-A 410 10 إدارة المشاريع الهندسية -10 أيام
21 - TTC - Transportation and Traffic Control
22 - ADV - Architectural Design and Visualization
23 - SRM - Safety and Occupational Health
24 - CSM - Public Relations, Communication Skills & Office Management
25 - TEM - Training and Education Management
26 - CMR - Customer Relations