Introduction To Liquefied Natural Gas Carriers
- What is LNG
- Properties of Methane & LNG
- World Energy Demand
- History of LNG Shipping
- LNG Ships
- Materials and Strength of Ships
- Gas Carrier Rules & Regulations
- Liquefied Gas Carriers
- LNG as a Marine fuel
International Code For The Construction & Equipment Of Ships Carrying Liquefied Gases In Bulk (IGC CODE)
- Brief Description of International Maritime Organisation (IMO)
- The LGC Code
- Gad, LNG Properties and Definitions
- Ship Survival Capability
- Ship Arrangements for LNG Ships
LNG Carrier Design And Construction
- LNG Carrier Design Factors
- LNG Carrier Market Supply
- Hull Form Selection
- LNG Containment Selection
- Boil Off Gas Handling
- LNG Carrier Propulsion Selection
- LNG Containment Systems
LNG Containment Systems
- LNG Containment Systems
- GTT Mark III LNG Tank Systems
- GTT NO96 LNG Tank System
- Moss Spherical Tank
- IHI SPB Tanks
- Other LNG Containment Designs
Carrier Propulsion Systems
- Factors for Choosing Propulsion Plant for LNG Carriers
- Steam Turbine Propulsion Plant
- Ultra High Pressure and Temperature Turbines Dual Fuel Diesel Electric
- MEGI (2 Stroke) and 4 Stroke DF Man Engines
- Coges Plant (Combined Gas Turbine Electric & Steam)
- Other alternative Propulsion Systems
LNG Cargo Operations
- Ship Shore Compatibility
- Mooring and Fendering Installations
- Cargo Operation Procedures
- Ship Shore Emergency Shut Down Systems
Custody Transfer
- What is Custody Transfer?
- Measurement Operations
- Automation, Safety and Control Systems
- High Voltage Electric Plant on LNG Ships