Section One: Natural gas liquefaction 1. The evolution of global LNG supply chains: A Review 2. Natural Gas Liquefaction Technologies and Their Uptake in Floating LNG Facilities 3. The core liquefaction facility in FLNG: spiral-wound heat exchanger 4. Australian LNG sector: Struggling to Achieve Commercial and Environmental Sustainability or Community Satisfaction 5. Supersonic separation technology for natural gas dehydration in LNG plants Section Two: LNG shipping and offshore storage facilities 6. LNG carriers and FSRU: opportunities to improve their operational efficiency 7. Sustainable LNG deliveries and FSRU operations: planning and scheduling simulations 8. Liquefied Natural Gas Cold Energy Utilization Technology Process Efficiency for Floating Regasification Facilities Section Three: Onshore Storage and Regasification 9. Dynamic simulation models for an LNG storage tank 10. Stratification and rollover behavior of liquefied natural gas in storage tanks 11. LNG rollover monitoring and control associated with floating storage and regasification units (FSRU) Section Four: Small-scale LNG facilities and operations 12. Safety of LNG bunkering operations and facilities 13. Exploiting cold energy associated with LNG regasification processes Section Five: LNG markets and utilization 14. LNG Marketization progress in China and its LNG price indexes 15. Carbon-neutral LNG cargoes: a potentially valuable concept requiring improved transparency