TDI

Crude Oil Treatment

Duration

5 Days

Start Date

10-Aug-2026

End Date

14-Aug-2026

Venue

DUBAI – UAE

price

1475 KD

20% discount for group above 5 attendees

Course Overview

This 5-day expert-led program equips process engineers, production chemists, and field operators with advanced knowledge of crude oil treatment processes, equipment, and troubleshooting techniques. Participants will gain hands-on experience with emulsion breaking, desalting, stabilization, and quality control for both onshore and offshore production facilities.

Course Objectives

Upon completion, participants will be able to:

  • Analyze crude oil properties (BS&W, salt content, RVP)
  • Design and optimize treatment trains (separators, desalters, treaters)
  • Select and dose emulsion breakers/demulsifiers
  • Troubleshoot common operational issues (rag layers, off-spec crude)
  • Implement water quality control for disposal/reinjection
  • Apply process safety principles to crude handling
  • Utilize digital monitoring tools for process optimization
  • Meet pipeline/export specifications (0.5% BS&W, 10 PTB salt)

Who Should Attend

This course is essential for:

  • Production Engineers
  • Process Engineers
  • Field Operations Supervisors
  • Production Chemists
  • Facility Engineers
  • Wellhead Operators
  • Pipeline Quality Controllers

Course Modules

Module 1: Crude Oil Fundamentals

  • Chemistry of crude oil emulsions
  • Impact of production methods on crude quality
  • Key specifications (BS&W, salt, RVP, TAN)
  • Sample analysis techniques

Module 2: Separation Technology

  • Gravity separator design (API, FWKO)
  • Electrostatic treaters (AC/DC)
  • Three-phase separator optimization
  • Interface level control

Module 3: Desalting Processes

  • Single vs. two-stage desalters
  • Wash water optimization
  • Electrostatic grid maintenance
  • Troubleshooting high salt content

Module 4: Chemical Treatment

  • Demulsifier selection and testing (bottle tests)
  • Injection system design
  • Chemical compatibility issues
  • Environmental regulations

Module 5: Stabilization & Sweetening

  • Vapor recovery systems
  • H₂S removal techniques
  • Reid Vapor Pressure (RVP) control
  • Storage tank emissions management

Module 6: Produced Water Treatment

  • Hydrocyclone operation
  • Flotation units
  • Water quality for reinjection
  • Environmental discharge limits

Module 7: Digital Optimization

  • Online BS&W monitors
  • Predictive maintenance for treaters
  • Chemical dosage algorithms
  • Digital twin applications