AGD开发对油藏监测系统的要求与蒸汽吞吐有所不同。
Reservoir surveillance system of SAGD development is different from cyclic steam stimulation.
与传统的油藏监测生产测井工具相比，使用的BHA(尤其是带有射孔枪的BHA)将更长更重。
Longer and heavier BHAs: the BHAs being conveyed - especially those configured with perforating guns - are longer and heavier than the more typical reservoir surveillance production logging tools.
现代油藏管理的过程包括目标设定、作规划、实施、监测、评价和修订计划。
The modern reservoir management process involves goal setting, planning, implementing, monitoring, evaluating, and revising plans.
岩石物理测量是油藏水驱开采时移地震监测的基础。
Petrophysical measurements are the basis of time-lapse seismic monitoring of reservoir waterflood recovery.
试井技术是一种探测油层的直接方法，也是进行油藏评价和生产动态监测的重要手段。
Well test technology is not only a method for direct survey of oil beds but also an important means of reservior evaluation and performance monitoring.
时间推移地震的主要目的是对油藏变化进行监测，为油藏管理提供直接的依据。
The main aim in time lapse seismic is to monitor changes in reservoir, and provides direct basis for reservoir management.
油藏动态监测是油藏生产管理与经营的重要依据。
The reservoir performance monitoring is an important gist of reservoir production management and operation.
这一研究对进一步开展油藏注水动态时间推移地震监测研究与应用具有重要的指导意义和现实意义。
The research has important guiding and actual meaning for further studying and application of monitoring reservoir waterflood behavior by time lapse seismic method.
油藏动态的注水开发是一个地质情况、动态的监测技术、采油管理的综合性问题。
The oil deposit dynamic water-injection development is a geological situation, the dynamic monitor technology, the extraction management comprehensive question.
高级色谱指纹技术为油藏流体动态监测提供了一个经济、简捷而有效的方法。
Advanced GC fingerprint technique provides an economy, simple and valid method for reservoir dynamic monitor.
电位法井间测试是一种新型、有效的应用于油藏动态监测的技术之一，它能够准确地测定注入介质(蒸汽或水)的推进方位及波及范围。
Interwell testing by electric potential is a new, effective reservoir dynamic monitoring technique. It can accurately test the advancing direction and swept region of injected media (steam or water).
在海底油井安装光纤传感器阵列能实时监测油藏动态。
An array of fiber - optic sensors installed in the subsea well can provide real - time surveillance of reservoir performance.
为中低渗透油藏的注水开发，提供了经济有效的监测手段。
This technology is sure to offer an economical help to the water flooding development in all the middle-low permeation oil field.
通过动态监测确定了解油藏状况，为合理设计注汽、开采和焖井参数提供科学依据。监测井间汽窜和水侵等井况的发生。
Through dynamic monitoring the reservoir status is determined, which is providing scientific basis for the rational design, steam injection, extraction and soaking parameters.
通过动态监测确定了解油藏状况，为合理设计注汽、开采和焖井参数提供科学依据。监测井间汽窜和水侵等井况的发生。
Through dynamic monitoring the reservoir status is determined, which is providing scientific basis for the rational design, steam injection, extraction and soaking parameters.
应用推荐