| MODULE 1 : PROCESS ENGINEERING |
MODULE 2 : PROCESS TYPICAL OIL & GAS FACILITIES |
- Introduction
- Elements in Project Execution
- Different Phases of a Project
- Roles and Responsibilities of Process Engineer
- Elements of Engineering
- Capabilities of Process Engineer
- Process Engineering Deliverables
|
- Wells and their classifications
- Well Completion
- Offshore Structure & Production systems
- Production techniques
- Well Head / Christmas tree
- Well Head Platform
- Process Platform
- Typical utility & auxiliary systems
|
| MODULE 3 : FLUID PHASE BEHAVIOUR |
MODULE 4 : PROCESS SIMULATIONS |
- Composition of Well Fluid
- Well Fluid determination
- Reservoir Components
- Well Fluid Phase Behavior & Terminologies
- Nature of Wells
- Equations of State
|
- Introduction & Purpose
- Steady state Simulations
- Software used for simulation
- General Simulation Inputs
- Uses of Simulation for Process Design
- Typical Operation in Simulation Schemes
- Procedures for Preparation and Uses
|
| MODULE 5 : PFD, H&MB AND P&ID |
MODULE 6 : LINE SIZING AND HYDRAULICS |
- Objectives and Definitions
- Descriptions
- Procedures for Preparation
- Application
|
- Definition
- Factors and Considerations
- Design Basis
- Sizing of Gas, Liquid and Two Phase lines
- Pressure Drop Calculations
|
| MODULE 7 : EQUIPMENT DESIGN AND SIZING & PUMP HYDRAULICS |
MODULE 8 : PRESSURE RELIEF VALVE SIZING |
- Definition
- Types and Principles of Separation
- Separator Configurations
- Separator Design Inputs
- Separation Theory
- Design Considerations
- Nozzle Sizing
- Slenderness Ratio
- Typical Performance Requirements
- Typical Separator Internals
- Pump—Definition & Classification
- Selection of Pumps
- Pump hydraulics – Terms and Definitions
- Pump Cavitations and NPSH Calculations
|
- Purpose
- Terms and Definitions
- Types of relief valves
- Levels of Overpressure Protection
- Overpressure Scenarios
- Sizing Methodology
|
Indus USA Inc
