强调
强调
Benefits
- 获得盐度非依赖性的液体饱和分析•
- Get forward-looking curve response analysis from pre-job modeling
Applications
- Formation fluid saturation monitoring during production
- Gas cap buildup monitoring
- Reevaluation of marginal fields
Overview
Gain detailed insights for your formation fluid saturation monitoring with theOmniViewTM three- phase fluid saturation analysis servicefrom Baker Hughes. Using a triangulation technique, the service simultaneously analyzes gas vs. liquid and oil vs. water saturation measurements to calculate quantitative three-phase saturation in your formation. The result: a transparent and reliable saturation analysis that you can use to optimize your reservoir’s ongoing production strategies.
Quantitative saturation through casing
The OmniView service gives you quantitative analysis with wireline logging through casing. The service incorporates measurements from the Baker HughesGasView™ quantitative gas saturation analysis service, which provides salinity-independent quantitative gas vs. liquid saturation measurements.
The service also incorporates the carbon/oxygen (C/O) analysis obtained from the Baker HughesReservoir Performance Monitor™ (RPM™) service. The industry’s first multi-detector pulsed neutron instrument, the RPM service provides salinity-independent oil vs. water saturation measurements.
Omniview服务将来自GasView和RPM服务的测量结果纳入Monte Carlo N-Particle（MCNP）建模。生成的前瞻性模型包括矿物学，地层流体密度，井眼保持，完成配置以及地层气体压力和密度的不同组合。
通过其三角测量技术，Omniview服务基于MCNP建模的输入参数对油，水和气体饱和区域进行建模。使用这些三角模型来分析从GasView服务和C/O测量结果记录的数据，以通过套管提供独立于盐度的，定量的三相形成液。
This integrated analysis provides the industry’s first three-phase saturation measurement through the casing, which you can use to optimize reservoir development planning or extend the production life of your mature, marginal fields.
与我们联系以了解Omniview三相流体饱和分析服务如何通过套管对每种流体进行定量，独立的饱和分析。