珠江口盆地超深水研究区是该盆地重要的油气潜力区,但其勘探及研究程度较低.从原始地震资料入手,采用地震分频段波阻抗反演、地震正演、属性分析等方法,并结合沉积相和区域地质认识,对研究区重点目标 X 的储层条件进行分析预测.建立了...珠江口盆地超深水研究区是该盆地重要的油气潜力区,但其勘探及研究程度较低.从原始地震资料入手,采用地震分频段波阻抗反演、地震正演、属性分析等方法,并结合沉积相和区域地质认识,对研究区重点目标 X 的储层条件进行分析预测.建立了适合超深水无井区储层识别的技术流程,推动了该区勘探进程(1)通过 地震分频段波阻抗反演,提出了合理的岩石物理特征;別喷了地震低频信息,提高了反演结果的分辨率;利用 反演阻抗结果刻画出两套低阻砂体,其砂体边界清晰,空间叠置关系与地质认识吻合.(2)通过建立多种地震 地质模型,筛选合理的模拟参数进行地震正演模拟和相似性分析,有效反映了模型的地层结构、储层内部发育 特征及岩石物理参数,肯定了低阻砂岩地层的真实性及揭示了其含油气性.(3)从地层沉积展布规律和高/低阻 层地震属性差异研究中挖掘地震数据中隐藏的信息,提高了地震数据的利用率,进一步证实了有利砂体的存在.展开更多
Remote transmission of log data is an urgent problem for service companies. Remote transmission technology of log data here refers to both the transmission solution in combination with the CifNet multi-well data manag...Remote transmission of log data is an urgent problem for service companies. Remote transmission technology of log data here refers to both the transmission solution in combination with the CifNet multi-well data management system to automate the transmission, storage, management, and retrieval of log data to reduce turn-over time. It is an applied digital signature technology to implement breakpoint transmission and error recovery and ensure the effectiveness and reliability of log data transmission.展开更多
文摘Remote transmission of log data is an urgent problem for service companies. Remote transmission technology of log data here refers to both the transmission solution in combination with the CifNet multi-well data management system to automate the transmission, storage, management, and retrieval of log data to reduce turn-over time. It is an applied digital signature technology to implement breakpoint transmission and error recovery and ensure the effectiveness and reliability of log data transmission.