Sustainable Liquefied Natural Gas, the latest release in The Fundamentals and Sustainable Advances in Natural Gas Science and Engineering series, delivers many of the technical fundamentals needed in the natural gas industry with an additional sustainability lens. Introductory topics include liquefication and separation technology. Advanced applications include improving operational efficiency for carriers and cargo shipping schedules, exploiting cold energy for regasification operations, and an outlook on ways to further reduce emissions. Supported by corporate and academic contributors along with two well-distinguished editors, Sustainable Liquefied Natural Gas provides today’s natural gas engineers the knowledge to adjust liquefied natural gas operations in a more environmentally sustainable way.
1. Chapter 1 : Introduction: liquefied natural gas: an evolving industry with net-zero challenges - p. Page xvi 2. Chapter 2 : The evolution of global liquefied natural gas supply chains: a review - p. Page 16 3. Chapter 3 : Natural gas liquefaction technologies and their uptake in floating LNG facilities - p. Page 54 4. Chapter 4 : The core liquefaction facility in many floating liquefaction facilities: the spiral-wound heat exchanger - p. Page 81 5. Chapter 5 : Australian LNG sector: struggling to achieve commercial and environmental sustainability or community satisfaction - p. Page 121 6. Chapter 6 : Supersonic separation technology for natural gas dehydration in liquefied natural gas plants - p. Page 157 7. Chapter 7 : LNG carriers and floating storage and regasification units: opportunities to improve their operational efficiency - p. Page 189 8. Chapter 8 : Sustainable liquefied natural gas deliveries and floating storage and regasification unit operations: planning and scheduling simulations - p. Page 220 9. Chapter 9 : Liquefied natural gas cold energy utilization technology process efficiency for floating regasification facilities - p. Page 247 10. Chapter 10 : Dynamic simulation models for an LNG storage tank - p. Page 285 11. Chapter 11 : Stratification and rollover risks in LNG storage tanks - p. Page 302 12. Chapter 12 : LNG rollover monitoring and control associated with floating storage and regasification units - p. Page 336 13. Chapter 13 : Safety of liquefied natural gas bunkering operations and facilities - p. Page 368 14. Chapter 14 : Exploiting cold energy associated with LNG regasification processes - p. Page 395 15. Chapter 15 : Liquefied natural gas marketization progress in China and its price indexes - p. Page 422 16. Chapter 16 : Carbon-neutral LNG cargoes: a potentially valuable concept requiring improved transparency - p. Page 442 17. Index - p. Page 471
Sustainable Liquefied Natural Gas, the latest release in The Fundamentals and Sustainable Advances in Natural Gas Science and Engineering series, delivers many of the technical fundamentals needed in the natural gas industry with an additional sustainability lens. Introductory topics include liquefication and separation technology. Advanced applications include improving operational efficiency for carriers and cargo shipping schedules, exploiting cold energy for regasification operations, and an outlook on ways to further reduce emissions. Supported by corporate and academic contributors along with two well-distinguished editors, Sustainable Liquefied Natural Gas provides today’s natural gas engineers the knowledge to adjust liquefied natural gas operations in a more environmentally sustainable way.
1. Chapter 1 : Introduction: liquefied natural gas: an evolving industry with net-zero challenges - p. Page xvi 2. Chapter 2 : The evolution of global liquefied natural gas supply chains: a review - p. Page 16 3. Chapter 3 : Natural gas liquefaction technologies and their uptake in floating LNG facilities - p. Page 54 4. Chapter 4 : The core liquefaction facility in many floating liquefaction facilities: the spiral-wound heat exchanger - p. Page 81 5. Chapter 5 : Australian LNG sector: struggling to achieve commercial and environmental sustainability or community satisfaction - p. Page 121 6. Chapter 6 : Supersonic separation technology for natural gas dehydration in liquefied natural gas plants - p. Page 157 7. Chapter 7 : LNG carriers and floating storage and regasification units: opportunities to improve their operational efficiency - p. Page 189 8. Chapter 8 : Sustainable liquefied natural gas deliveries and floating storage and regasification unit operations: planning and scheduling simulations - p. Page 220 9. Chapter 9 : Liquefied natural gas cold energy utilization technology process efficiency for floating regasification facilities - p. Page 247 10. Chapter 10 : Dynamic simulation models for an LNG storage tank - p. Page 285 11. Chapter 11 : Stratification and rollover risks in LNG storage tanks - p. Page 302 12. Chapter 12 : LNG rollover monitoring and control associated with floating storage and regasification units - p. Page 336 13. Chapter 13 : Safety of liquefied natural gas bunkering operations and facilities - p. Page 368 14. Chapter 14 : Exploiting cold energy associated with LNG regasification processes - p. Page 395 15. Chapter 15 : Liquefied natural gas marketization progress in China and its price indexes - p. Page 422 16. Chapter 16 : Carbon-neutral LNG cargoes: a potentially valuable concept requiring improved transparency - p. Page 442 17. Index - p. Page 471
