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Instrumentation and Control Engineering for Oil and Gas Industry

Introduction

Instrumentation and Control Engineering for Oil and Gas Industry

What are the Training Goals?

The objectives of this course are to:

• Master instrumentation specific to oil and gas operations
• Implement advanced control strategies for refining processes
• Enhance troubleshooting skills in harsh environments
• Ensure compliance with safety and environmental regulations
• Optimize system performance for efficiency and cost

Who Should Attend?

This Instrumentation Course for Oil and Gas Industry is suitable for:

• Instrumentation Engineers in oil and gas
• Process Control Technicians in hydrocarbon processing
• Automation Specialists in energy sectors
• Maintenance Engineers overseeing instrumentation
• Project Engineers involved in oil and gas facilities

Course Syllabus

Module 1: Instrumentation in Upstream Operations

• Instrumentation for drilling and exploration
• Measurement of wellhead parameters
• Monitoring of reservoir conditions
• Automation in offshore platforms
• Safety systems for upstream environments
• Flow measurement techniques for crude oil
• Corrosion monitoring in oilfield equipment

Module 2: Midstream Instrumentation

• Pipeline instrumentation for transport
• Leak detection systems
• Custody transfer measurement principles
• Gas composition analysis
• Terminal automation and control
• Pressure regulation in pipelines
• Temperature monitoring for product integrity
• Environmental monitoring for compliance
• Integrity management of midstream assets

Module 3: Downstream Process Control

• Refinery control systems design
• Distillation column control strategies
• Advanced control for cracking units
• Blending and batch control in refining
• Instrumentation for emissions monitoring
• Safety interlocks in chemical processes
• Control of heat exchangers and reactors

Module 4: Analytical Instrumentation

• Gas chromatography in oil analysis
• Spectroscopy for quality control
• Process analysers for real-time monitoring
• Sampling systems design for accuracy
• Calibration of analytical instruments
• Mass spectrometry applications
• Moisture analysis in hydrocarbons

Module 5: Safety Instrumented Systems (SIS) in Oil & Gas

• SIL determination for oil and gas processes
• Design of safety loops for hazardous areas
• Fire and gas detection systems
• Emergency shutdown systems (ESD)
• Functional safety compliance in operations
• SIS maintenance and proof testing
• Integration of safety with process control

Module 6: Instrumentation for Hazardous Areas

• Classification of hazardous locations
• Intrinsic safety and explosion-proof techniques
• Selection of ATEX/IECEx certified devices

Module 7: Control Valves in Oil & Gas

• Valve selection for severe service conditions
• Actuator sizing for high-pressure applications
• Cavitation and flashing prevention
• Control valve diagnostics in process control
• Valve maintenance in corrosive environments

Module 8: Instrument Calibration and Maintenance

• Calibration standards in oil and gas
• Maintenance strategies for field instruments
• In-situ calibration techniques
• Managing calibration schedules
• Troubleshooting common instrument issues

Module 9: Data Acquisition and Monitoring

• SCADA systems for oil and gas operations
• Real-time data analysis for decision making
• Remote monitoring of remote oil fields
• Historian systems for process data
• Cybersecurity in data handling
• Predictive maintenance through data analysis

Module 10: Flow Measurement Techniques

• Selection and application of flow meters
• Multiphase flow measurement challenges
• Calibration and verification of flow devices
• Accuracy in fiscal metering
• Impact of fluid properties on flow measurement