LNG Storage & Regasification Technologies

Fees: KD 1650 Per Participant

Introduction:

Liquefied Natural Gas (LNG) plays a pivotal role in today’s global energy transition, offering a flexible, efficient, and lower-carbon fuel source for power generation and industrial applications. The safe, reliable, and efficient handling of LNG—from storage in large-scale cryogenic tanks to its conversion back into gaseous form through advanced regasification systems—is central to the operational success of modern gas supply chains. this course provides an in-depth exploration of LNG storage and regasification technologies, focusing on engineering design principles, safety frameworks, operational procedures, and emerging innovations shaping the future of LNG terminals. Participants will deepen their understanding of both onshore and offshore LNG infrastructures, including Floating Storage & Regasification Units (FSRUs), cryogenic systems, process optimization, and risk management best practices.

Objectives:  

Participants in this course will learn to:

Ø  Understand the full LNG value chain with emphasis on storage and regasification segments.

Ø  Analyze cryogenic engineering fundamentals and their application in LNG tanks and process systems.

Ø  Evaluate technologies, configurations, and performance parameters of LNG regasification facilities.

Ø  Apply international safety standards, operational excellence principles, and risk-mitigation methodologies.

Ø  Assess modern trends such as FSRUs, automation, digitalization, and low-carbon solutions in LNG terminals.

Ø  Diagnose operational challenges and propose solutions to improve efficiency, reliability, and safety.

Target Audience:

This course is designed for:

• Engineers and  technical specialists in gas processing, storage, and terminal operations.
• Project managers, planners, and professionals involved in LNG infrastructure development.
• Health, Safety & Environment (HSE) professionals working in energy facilities.
• Operations, maintenance, and inspection personnel responsible for LNG storage or regasification systems.
• Energy analysts, commercial teams, and decision-makers seeking deeper understanding of LNG technologies.

Course Outline:

Day 1 – Fundamentals of LNG & Cryogenic Engineering

1.     Overview of the Global LNG Value Chain and Market Dynamics

2.     Thermophysical Properties of LNG and Fundamentals of Cryogenic Behavior

3.     LNG Composition Variability and Its Impact on Storage & Regasification

4.     Engineering Principles of Cryogenic Processes and Material Selection

Day 2 – LNG Storage Technologies & Tank Systems

1.     Types of LNG Storage Tanks: Full-Containment, Single-Containment, and In-Ground Tanks

2.     Structural Design Considerations, Insulation Technologies, and Boil-Off Gas (BOG) Management

3.     LNG Transfer Systems: Pumps, Loading Arms, Piping, and Flow Assurance

4.     Integrity Management: Inspections, Monitoring, and Maintenance Strategies

Day 3 – Regasification Technologies & Process Design

1.     Overview of Open Rack Vaporizers (ORV), Submerged Combustion Vaporizers (SCV), and Intermediate Fluid Vaporizers (IFV)

2.     Process Flow in Onshore Regasification Terminals: Key Components and Control Systems

3.     Heat-Exchange Principles, Efficiency Optimization, and Environmental Considerations

4.     Energy Integration and BOG Utilization in LNG Regasification Facilities

Day 4 – Floating Storage & Regasification Units (FSRUs) and Offshore Systems

1.     FSRU Concept, Design Configurations, Conversion vs. New-Build Units

2.     Mooring Systems, Offshore Offloading Operations, and Dynamic Positioning Considerations

3.     Offshore Regasification Modules, Process Layout, and Operational Challenges

4.     Reliability Engineering, Risk Assessment, and Contingency Planning for Offshore Operations

Day 5 – Safety, Risk Management, and Future Innovations in LNG

1.     International Standards and Codes: NFPA 59A, ISO Guidelines, and Industry Best Practices

2.     LNG Hazard Identification: Cryogenic Risks, Vapor Cloud Formation, and Emergency Response

3.     Digitalization and Automation in LNG Terminals: Advanced Monitoring, AI, and Predictive Analytics

4.     Future Trends: Carbon-Neutral LNG, Hydrogen Blending, and Next-Generation Storage & Regas System Designs