油气藏地球物理监测的基础及其方法探讨
|
摘要
油气藏地球物理监测是近几年来发展起来的现代油气藏管理的重要方法 ,依据Gassmann理论 ,从理论和实验两方面描述了油气藏地球物理监测的可行性 ,指出四维地震法和井中重力测量法为当前油气藏地球物理监测的主要方法 .重点介绍了四维地震油气藏的以高度重复性、高信噪比和高分辨率为标准的“三高”资料采集方法 ;以归一化处理为重点的资料处理方法和以地震属性分析为重点的资料解释方法 .同时从模型正演和实际应用上说明了相应方法所取得的效果和应用前景
Being an important research method for modern oil and gas pool management in recent years, the feasibility of oil and gas pool geophysical detection was discussed in this paper from two aspects of theory and experiment according to Gassmann theory. The paper also pointed out that four-dimensional seismic method and borehole gravity measurement were the main methods for the current oil and gas pool detection. Simultaneously, the “three high” data collection method up to the standards of high repeatability, high signal noise ratio and high resolution of four-dimensional seismic oil and gas pool, the data processing method emphasized on normalized processing and the data interpretation method based on seismic attributes analysis, were all the focal points of this paper. The corresponding effectiveness and actural prospect were also put forward through the forward modeling test and real application processing as a conclusion.
Being an important research method for modern oil and gas pool management in recent years, the feasibility of oil and gas pool geophysical detection was discussed in this paper from two aspects of theory and experiment according to Gassmann theory. The paper also pointed out that four-dimensional seismic method and borehole gravity measurement were the main methods for the current oil and gas pool detection. Simultaneously, the “three high” data collection method up to the standards of high repeatability, high signal noise ratio and high resolution of four-dimensional seismic oil and gas pool, the data processing method emphasized on normalized processing and the data interpretation method based on seismic attributes analysis, were all the focal points of this paper. The corresponding effectiveness and actural prospect were also put forward through the forward modeling test and real application processing as a conclusion.
引文
[1] OlavHolberg .Seismicreservoirmonitoring :Measurementstrategiesandtechniques[J] .JPT ,1988:31-32 .
[2 ] SuatAltan .Time -lapseseismicmonitoring :Repeatabilityprocessingtests[J] .JPT ,1988:34.
[3] WeiHe ,RogerN .Anderson 4Dseismicmonitoringgrowsasproductiontool[J] .Oil&GasJournal,1996 ,94(15 ) :41-4 4 .
[4] GeoffKing .4Dseismicimprovesreservoirmanagementdecisionspart1-part 2 [J] .WorldOil,1996 ,2 17(3) :79-86 .
[2 ] SuatAltan .Time -lapseseismicmonitoring :Repeatabilityprocessingtests[J] .JPT ,1988:34.
[3] WeiHe ,RogerN .Anderson 4Dseismicmonitoringgrowsasproductiontool[J] .Oil&GasJournal,1996 ,94(15 ) :41-4 4 .
[4] GeoffKing .4Dseismicimprovesreservoirmanagementdecisionspart1-part 2 [J] .WorldOil,1996 ,2 17(3) :79-86 .
版权所有：© 2023 中国地质图书馆 中国地质调查局地学文献中心