Covers SCADA system architecture for pipeline operations, real-time data acquisition and control, alarm management, leak detection systems (LDS), cybersecurity for OT environments, and emergency shutdown.
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About this programme
Covers SCADA system architecture for pipeline operations, real-time data acquisition and control, alarm management, leak detection systems (LDS), cybersecurity for OT environments, and emergency shutdown.
Equip professionals with the knowledge, skills, and frameworks required to excel in SCADA & Pipeline Control Systems, driving measurable improvement in Midstream & Natural Gas performance and delivering tangible value to their organisations.
10 key learning outcomes
Understand the midstream value chain from production wellhead to downstream processing and export
Apply gas processing fundamentals including dehydration, sweetening, NGL extraction, and compression
Evaluate LNG technology: liquefaction, storage, shipping, regasification, and LNG market structure
Apply pipeline design, hydraulics, and integrity management principles to onshore and offshore systems
Understand natural gas markets, pricing mechanisms, and commercial structures including long-term contracts
Assess the safety and integrity requirements for gas pipelines, LNG terminals, and processing facilities
Apply piping design codes (ASME B31.4, B31.8) to midstream pipeline and piping systems
Evaluate the role of natural gas and LNG in the global energy transition and decarbonisation pathway
Analyse midstream project economics including tariff structures, tolling agreements, and capex recovery
Apply operational best practices for gas pipeline operations, compression, and metering systems
3 training days · 9 modules · hands-on workshops
Understand the natural gas value chain and core processing operations.
Gas processing design review: teams evaluate a simplified gas processing flow scheme, identify operability issues, and propose optimisation measures for NGL recovery.
Apply risk-based integrity management to maintain pipeline safety and fitness for service.
ILI data analysis: teams review a provided intelligent pigging report, identify and classify defects by severity, determine fitness for service, and prioritise repair actions.
Evaluate natural gas markets, commercial arrangements, and gas's role in energy transition.
Gas market scenario: teams model the commercial structure for a 15-year LNG supply agreement, pricing the volume, flexibility, and destination provisions and running an NPV sensitivity analysis.
This programme is designed for professionals across these roles
Engineers responsible for gas processing, pipeline design, and midstream facility operations
Operations staff at liquefaction plants, LNG terminals, and on LNG tanker vessels
Commercial teams managing LNG contracts, pricing, and portfolio optimisation
Professionals evaluating new midstream project opportunities and commercial partnerships
Engineers responsible for pipeline integrity, inspection, and corrosion management
Engineers entering midstream roles and building a foundation in gas and LNG operations
Upcoming public dates — enrol anytime
This course carries internationally recognised professional credits
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