Advanced Course in Compressor Design & Maintenance for Process Optimisation Training Course

Course Category : Project Management

This advanced course aims to establish a practical and specialised understanding of compressor systems, covering design, operation, and maintenance to enhance operational reliability, energy efficiency, and downtime reduction across the oil, gas, petrochemical, and energy industries.
Duration: 5 Training Days
Level: Advanced

Introduction

Modern industrial process performance is managed through a delicate balance of production demand, energy consumption, reliability, and safe operation. Compression systems sit at the centre of this balance, where design, operation, and maintenance decisions directly influence process stability, product quality, and lifecycle cost
This course provides an advanced framework that integrates compression engineering theory with practical application in real operating environments. It covers design and operating pressures and temperatures, settle-out pressure, molecular weight implications, compressor integration into running processes, vendor selection, common hardware failures, and preventive/predictive maintenance. It also explores new-generation compressor technologies and digitalisation for performance monitoring and process optimisation.

Targeted Audience

Process Engineers
Mechanical Engineers
Maintenance Engineers and Technicians
Operations Managers
Reliability Engineers
Plant Managers and Supervisors
Equipment Vendors and Suppliers
Project Engineers and Managers
Technical Consultants in Oil & Gas, Petrochemical, and Power Industries
Quality Assurance and Inspection Personnel

Targeted Skills

Analysing compressor design and operating requirements and linking them to process performance
Selecting suitable compressor types for specific applications
Integrating compressors into running processes with minimal disruption
Managing common failure modes and applying troubleshooting techniques
Building preventive/predictive maintenance plans and spare parts strategies
Evaluating new-generation and digital compressor technologies for monitoring and optimisation

Expected Outcomes

Explain compressor theory and its relevance to process design and performance optimisation
Analyse design and operating pressures and temperatures and their impact on efficiency and reliability
Apply settle-out pressure concepts within selection and operational verification decisions
Evaluate molecular weight and gas property impacts on compressor design and operating behaviour
Plan compressor integration into running processes while minimising disruption and risk
Select compressor types and vendors based on performance, compliance, and documentation criteria
Develop an advanced maintenance strategy including preventive/predictive practices and spare parts management

Training Topics Index

Fundamentals of compressor operation and key performance parameters
Design pressure and temperature and their influence on selection
Operating pressure/temperature and deviation analysis
Settle-out pressure concepts and practical application
Molecular weight and gas property impacts on compression efficiency

Integration factors in live systems (tie-ins, constraints, interfaces)
Process dynamics and compressor stability (surge and control)
Retrofit challenges and risk management during live operations
Minimising disruption during installation and commissioning
Performance metrics for monitoring efficiency and reliability post-integration

• Practical comparison

reciprocating, rotary, and centrifugal compressors

Selection criteria based on flow/pressure range and energy efficiency
Vendor evaluation KPIs (reliability, delivery, support, spares)
Documentation, certification, and compliance requirements
Collaborating with vendors for tailored solutions and requirement verification

Common failures bearings, seals, vibration, temperature, lubrication
Root cause thinking linked to operating conditions
Maintenance planning using risk-based and RCM principles
Spare parts strategy criticality, min/max, obsolescence control
Troubleshooting best practices, repair, and safe restart

New-generation compressor features and reliability benefits
Digital monitoring and IoT for early deviation detection
Predictive maintenance vibration, oil analysis, and performance data
Energy-efficient designs, emissions reduction, and optimisation
Future trends hybrid systems, advanced controls, and sustainability

Course Features

Updated and Interactive Content
Hypothetical Examples and Case Studies
Pre- and Post-assessments to Measure Impact
Verified Certificate with a QR Verification Code