With the rise of offshore oil development projects, drilling platforms in sea towage operations have been developed rapidly, and towing operation has attracted more concern and attention. 随着海洋石油开发事业的兴起,海上钻井平台的拖航业务迅速发展,拖航作业受到越来越多的关注与重视。
Gas Hydrate Formation and Its Influence on Offshore Drilling Operations 海域天然气水合物的形成及其对钻井工程的影响
Highly deviated and horizontal well drilling activities have been propelling the development of logging-while-drilling technology which is adopted in almost 100% of offshore drilling operations. 大斜度井、水平井钻井活动推动了随钻测井技术的发展,在海上钻井中几乎100%使用随钻测井。
The study results have the guiding significance in improving the safety of offshore drilling operations further, utilizing the existing equipment rationally and reducing the operation cost. 这些研究成果对于进一步提高海上钻井作业的安全性以及合理使用现有设备和降低成本均具有一定的指导意义。
With the development of ocean exploitation, more and more large-scale flexible offshore platforms are used for drilling operations and oil exploration. 随着海洋开发的不断发展,越来越多大型柔性结构的海洋平台被用于海底钻探和石油开采。
Offshore drilling platform is the basic resource development facilities, production operations and life at sea base, which their safety performance is to ensure that offshore oil and gas production and operations personnel the importance of protection of personal safety. 海洋平台是海洋油气资源开发的基础性设施,是海上生产作业和生活的基地,其安全性能是确保海上油气生产和作业人员人身安全的重要保障。
Offshore drilling monitoring system ensures security and efficiency of maritime operations. 海洋钻井监控系统是海上安全作业和高效率作业的保证。
Although their effects on floating platforms and its mooring/ riser systems have not been extensively studied, these waves have in the past seriously disrupted offshore exploration and drilling operations. 尽管海洋内波曾经严重干扰了离岸勘探和钻井操作,但关于海洋内波对海洋浮式平台及其系泊/立管系统的影响并没有进行广泛的研究。