全国最大的快3平台-全国快3信誉最好的老平台

全国最大的快3平台-全国快3信誉最好的老平台

Quantitative Analysis of Seismic Uncertainty

Assess and circumvent earth model uncertainty

WesternGeco纹理英雄

Improve your prospect feasibility assessments

The uncertainties inherent in earth and structural models can negatively impact all phases of well planning and reserves estimation. When used as part of the risk analysis and decision-making process, our analysis provides a quantitative assessment and improved insight into the feasibility of your prospect.

量化地震不确定性

Critical decisions about drilling hazards, 好位置, and prospect appraisal are typically based on the interpretation of seismic images produced with an earth model. However, 即使在使用现代工作流时也是如此, evaluating the properties of the earth from seismic data is inherently non-unique. As a result, the uncertainty is poorly understood and lacks quantification. Our analysis enables you to quantify the seismic uncertainty in a mature earth model. It also enables upfront risk quantification by using statistics to determine the likelihood of a desired outcome.

 地震不确定性工作流.

Key deliverables: P10/P50/P90 target horizons, gross rock volume (GRV) statistical distributions, 溢点轮廓, 以及可靠性图.

盐下背斜SUA例子
盐下背斜SUA例子 shows (a) 500 equiprobable spill points overlaid on the structure surface and (b) Input/P10/P90 horizons overlaid on the crest of the anticline showing 117 ft of variability.

Get deep insights into risks and structural variability

Quantitative analysis of seismic uncertainty generates perturbations in the Vp, delta, and epsilon fields around the tomographic solution, typically producing 500 equiprobable models that all satisfy the data. Deliverables from these models provide deeper insight into the risks and structural variability associated with a prospect.