PROCESS ANALYZER SAMPLING SYSTEM (PASS) TRAINING

Course Overview

The Process Analyzer Sampling System (PASS) Training is a practical, engineer-focused 5-day intensive program designed to equip professionals with the knowledge, engineering principles, troubleshooting techniques, and industry best practices required to design, optimize, maintain, and troubleshoot analyzer sampling systems used in modern industrial facilities.

Process analyzer sampling systems play a critical role in ensuring accurate, reliable, and safe process measurements across refineries, petrochemical plants, gas processing facilities, LNG plants, power generation stations, pharmaceutical industries, and manufacturing operations.

This training provides participants with deep technical understanding of the five critical components of analyzer sampling systems:

• Sample Extraction

• Field Preconditioning

• Sample Conditioning

• Calibration Switching

• Sample Disposal

Participants will learn how to engineer reliable sampling systems, reduce analyzer downtime, improve process accuracy, diagnose system failures, and apply international industry standards and best practices to real-world operating environments.

The course combines:

• Engineering theory

• Practical case studies

• P&ID interpretation

• Design methodology

• System calculations

• Troubleshooting exercises

• Reliability improvement techniques

Course Objectives

By the end of this training, participants will be able to:

• Understand the architecture and functionality of process analyzer sampling systems

• Design efficient and maintainable sampling systems

• Apply engineering principles to analyzer system design

• Interpret analyzer system P&IDs and drawings

• Select appropriate sampling system components

• Optimize sample transport and conditioning systems

• Troubleshoot common analyzer sampling system problems

• Improve analyzer reliability and measurement accuracy

• Apply industry standards and best engineering practices

• Reduce maintenance costs and operational downtime

• Identify root causes of analyzer system performance failures

• Apply practical field troubleshooting methodologies

What You Will Learn

Analyzer Sampling System Fundamentals

• Principles of process analyzers

• Importance of representative sampling

• Measurement accuracy and reliability

• Analyzer system architecture

• Common analyzer technologies

Sample Extraction Systems

• Probe design and selection

• Fast loop systems

• Extraction techniques

• Lag time reduction

• Pressure and temperature considerations

Field Preconditioning

• Particulate removal

• Moisture control

• Vaporization techniques

• Pressure reduction

• Initial sample stabilization

Sample Conditioning Systems

• Filters

• Regulators

• Heat tracing

• Coolers

• Moisture separators

• Sample transport considerations

Calibration & Validation Systems

• Calibration switching systems

• Validation techniques

• Automatic and manual calibration systems

• Calibration gas handling

Sample Disposal Systems

• Vent systems

• Safe disposal techniques

• Hazardous sample handling

• Environmental considerations

Engineering & Design

• Analyzer system design methodology

• P&ID interpretation

• System calculations

• Tubing and material selection

• Reliability-centered design

Troubleshooting & Optimization

• Root cause analysis

• Common sampling system failures

• Analyzer lag troubleshooting

• Moisture contamination issues

• Pressure instability

• Reliability improvement strategies

Course Highlights

• Practical hands-on engineering approach

• Real industrial case studies

• Industry-focused troubleshooting exercises

• Engineering calculations and design examples

• P&ID interpretation sessions

• International standards and best practices

• Real-world analyzer reliability improvement strategies

• Exposure to modern analyzer system engineering techniques

Who Should Attend

This course is ideal for:

• Instrumentation Engineers

• Process Engineers

• Analyzer Specialists

• Maintenance Engineers

• Reliability Engineers

• Automation Engineers

• Operations Personnel

• EPC Professionals

• Commissioning Engineers

• Plant Technicians

• System Integrators

• Oil & Gas Professionals

• Petrochemical Professionals

Industries Covered

• Oil & Gas

• Refineries

• Petrochemical Plants

• LNG Facilities

• Power Generation

• Pharmaceutical Industries

• Chemical Plants

• Industrial Manufacturing

• Utilities

Training Methodology

The course delivery includes:

• Instructor-led sessions

• Engineering workshops

• Practical case studies

• Interactive troubleshooting sessions

• Group discussions

• Design exercises

• P&ID interpretation activities

• Real industrial scenarios

Key Benefits

Participants will learn how to:

• Improve analyzer reliability

• Reduce maintenance downtime

• Improve process measurement accuracy

• Increase operational efficiency

• Enhance safety and compliance

• Apply industry best practices

• Troubleshoot analyzer system failures effectively

• Design maintainable and efficient sampling systems

Course Duration

5 Days Intensive Training

For enquiries:
📧 training@hpigroup.com.ng
📧 info@hpilgroup.com.ng
📞 +234 815 970 3439
📞 +234 803 280 9832

Website:
https://hpigroup.com.ng