This paper focuses on potential development models of future oil and gas exploration in South China Sea. A detailed study of current development models worldwide is performed through some examples of industry installe...This paper focuses on potential development models of future oil and gas exploration in South China Sea. A detailed study of current development models worldwide is performed through some examples of industry installed/ongoing projects and major technical issues encountered during these practice. Key technologies are discussed for the success of field development. Some of the technologies and field development experience can be used for South China Sea project. Several models are studied in field development for different scenarios,including marginal field,large oil field and gas field. With the massive investment activities,continued improved technologies,and rapidly growing pool of professionals,the offshore industry in China will soon encounter a golden period.展开更多
由于深水维修的作业资源稀缺和成本高昂，为保持经济性，油气田开发不仅要求要有高的产量，同时对生产设备的可靠性也提出更高的要求，任何因生产设施故障所造成的生产关停都是不能接受的。将可靠性保障（Reliabi1ity Assurance）设计...由于深水维修的作业资源稀缺和成本高昂，为保持经济性，油气田开发不仅要求要有高的产量，同时对生产设备的可靠性也提出更高的要求，任何因生产设施故障所造成的生产关停都是不能接受的。将可靠性保障（Reliabi1ity Assurance）设计方法应用于水下生产系统（Subsea Production System-SPS）设计中，可以有效保障设备的可靠性，增强我们对水下生产设备可靠性的信心。文章将以AKPO油田水下生产系统可靠性设计为例，来介绍可靠性保障设计方法在深水水下生产系统设计中的具体应用。展开更多
文摘This paper focuses on potential development models of future oil and gas exploration in South China Sea. A detailed study of current development models worldwide is performed through some examples of industry installed/ongoing projects and major technical issues encountered during these practice. Key technologies are discussed for the success of field development. Some of the technologies and field development experience can be used for South China Sea project. Several models are studied in field development for different scenarios,including marginal field,large oil field and gas field. With the massive investment activities,continued improved technologies,and rapidly growing pool of professionals,the offshore industry in China will soon encounter a golden period.
文摘由于深水维修的作业资源稀缺和成本高昂，为保持经济性，油气田开发不仅要求要有高的产量，同时对生产设备的可靠性也提出更高的要求，任何因生产设施故障所造成的生产关停都是不能接受的。将可靠性保障（Reliabi1ity Assurance）设计方法应用于水下生产系统（Subsea Production System-SPS）设计中，可以有效保障设备的可靠性，增强我们对水下生产设备可靠性的信心。文章将以AKPO油田水下生产系统可靠性设计为例，来介绍可靠性保障设计方法在深水水下生产系统设计中的具体应用。
