Achieving Operational Excellence For Oil Production & Performance Enhancement
Dubai- UAE
6th – 10th January , 2019
10th – 14th February , 2019
Objectives
Upon completion of the course, participants will be able to:
Developed their existing Understanding of Production Equipment Facilities
Understood the Construction, the Arc Extinguishing Principles of Surface Production Facilities Operations
Expanded their knowledge of the Separation, Dehydration, Treatment & Sweetening Processes of Oil & Natural Gas
Acquire the Skills and Practical Knowledge to Identify The requirements for Safety Aspects
Developed their existing Understanding of production Equipment Troubleshooting
Participants
Petroleum Engineers, Operators & Technicians
Managers and Supervisors from any industry
Maintenance Planners , Operators and Coordinators
Operators and Manufacturing Managers and Supervisors
Plant Engineers and Process System Managers
Section Engineers and Planners
Contents
General Overview for Surface Production Facilities
Process flow diagrams
Main factors controlling the process performance
Fluid properties
Process configuration
Separators & Separation
Types of Separators
Separation theory
Component Parts of Separator
Separator Sizing
Separator operating problems & solving
Solved examples
Oil Treatment
Dehydration process
Oil treatment equipments
Heater treaters
Direct and indirect heating
Desalting
Chemicals for Demulsification
Crude Oil Washing Equipments
Process troubleshooting
Solved examples
Treatment of Produced Water
Removal of Oil
General Principles
Equipment Description
Design Procedures
Removal of Solids and Dissolved Gases
General Principles
Equipment Description
Design Procedures
Problems and solving associated with water treatment equipments
Team Workshop—Produced Water Treatment
Treatment and Handling of Produced Gas
Removal of Acid Gases
Process Descriptions
Process Selection
Gas Dehydration
Process Descriptions
Process Selection
Gas Sweetening (Acid Gas Removal)
Chemi- Sorption Seating Process
Physical Solvents
Direct Conversion H2S to Elementary Sulfur
Heat Exchangers
Function of heat exchangers
Types of H.E
Design of H.E
Heat exchanger train
Gas Compression
Processes and Equipment
Design Procedures
Team Exercise—Produced Gas Handling
Process Troubleshooting
Instrument and Plant Air System
Pressure Measurement and Control
Temperature Measurement and Control
Flow Measurement and Control
LACT unit ( quality & quantity control)
Level Measurement and Control
Control Valves and Shutdown Systems
Process control
Water Injection Process
Types of Reservoir
Reservoir Performance & Recovery Factor
Secondary Recovery (Water & Gas Injection)
Water source
Water quality control
Injected water analysis
Water Injection Treatment
Water Injection Pumping Station
Process troubleshooting
Pumps
Introduction
Pump Classification
Centrifugal Pumps
Reciprocating Pumps
Diaphragm Pumps
Rotary Pumps
Multiphase Pumps
Basic Principles
Head, Horsepower Net Positive Suction Head (NPSH)
Basic Selection Criteria
Pump troubleshooting
Cooling Water
Water quality
Water source
Water problems
Heat transfer theory
Heat transfer modes
Heating and cooling system
Cooling capacity
Heat removal calculations
Pipeline Operations
Type of pipelines
Gas pipeline
Crude oil pipeline
Water pipeline
Pressure drop in pipelines
Pipeline performance
Practical hydraulic gradient
Pipeline start-up & shutdown
Operation problems
Pipeline integration
Pipeline maintenance
Major Incidents, Emergency Response, and the role of Safety Culture
Rules versus Risk Assessment
Process safety: the start-up phenomena
Case Study: Everything went wrong
Rethink – what was “the” root cause?
What is Health and Safety Culture?
Development of positive safety culture and how to promote safety culture
Overview of Emergency Response Planning
Course assessment
Language : English & Arabic .
Fees : 3950 $
Daily schedule :
Lecture1 9 : 11 Am
Rest 1 11 : 11.15 Am
Lecture2 11.15 : 12.45 Pm
Rest 2 12.45 : 2 Pm
Lecture3 2 : 3 Pm
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