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Paradigm's volume-based subsurface modelling

机译:Paradigm基于体积的地下建模

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Oil and gas E&P software company Paradigm reports that it has seen the adoption rate of its SKUA volume-based subsurface modelling software "really jump in 2013." All of the modelling in SKUA is made in 3D, rather than modelling faults and horizons initially in 2D and then fitting them together in a 3D structure afterwards, as is conventionally done. This means that as you model your faults and horizons in 3D, you can see how they all fit together, and check that they make geological sense. "Manipulating volume data is much more resource demanding than manipulating 2D data," says Stan Jayr, commercial director for Interpretation, Modelling and Data Management at Paradigm. "Recent advances in computational processing, combined with our unique visualization technology have finally made true 3D modelling a reality." "The fastest growth in take-up for SKUA has probably been offshore Latin America, particularly for modelling under salt," says Indy Chakrabarti, SVP Strategy and Commercialization with Paradigm.
机译:石油和天然气勘探与生产软件公司Paradigm报告称,其基于SKUA体积的地下建模软件的采用率“在2013年确实出现增长”。 SKUA中的所有建模都是以3D进行的,而不是首先以2D建模断层和地层,然后按照常规方式将它们随后装配到3D结构中。这意味着,当您在3D模型中对断层和层位进行建模时,您可以看到它们如何相互融合,并检查它们是否具有地质意义。 Paradigm的解释,建模和数据管理商业总监Stan Jayr说:“处理体积数据比处理2D数据要耗费更多的资源。” “计算处理的最新进展,再加上我们独特的可视化技术,终于使真正的3D建模成为现实。” “ Paradigm战略与商业化高级副总裁Indy Chakrabarti说:“ SKUA吸收量增长最快的地区可能是拉丁美洲的近海地区,尤其是在盐下建模方面。

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