首页> 外文期刊>E & P: A Hart Energy Publication >Live demonstration displays merits of reservoir software data standard: A pilot test of six reservoir software platforms using the RESQML standard improves data integration between platforms
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Live demonstration displays merits of reservoir software data standard: A pilot test of six reservoir software platforms using the RESQML standard improves data integration between platforms

机译:现场演示显示水库软件数据标准的优点:使用Resqml标准的六个水库软件平台的试验试验提高了平台之间的数据集成

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摘要

Reservoir software, from seismic interpretation through petrophysics, reservoir characterization, modeling and dynamic fluid simulation, has evolved considerably since the 1980s. Geoscientists and engineers have adopted a mix of platform software suites and specialized software tools - the former to handle the workflow from inception to final results and the latter to access specialized capabilities. Users were burdened with the back-and-forth movement of data using simplistic export/import files such as LAS, character-based grids or one-on-one connection utilities. Such transfers and the necessary verifications and corrections around the incoming data are time-consuming, so asset teams have typically limited the mix of software solutions to retain control of the process and avoid a resource drain.
机译:从岩石物理学,储层表征,建模和动态流体模拟的地震解释,自20世纪80年代以来,从地震解释,从20世纪80年代开始发展。 地质科学家和工程师采用了平台软件套件和专业软件工具的混合 - 前者可以处理从成立到最终结果的工作流程,后者访问专门的功能。 用户使用简单的出口/导入文件(如LAS,基于字符的网格或一对一连接实用程序)的数据来回负担。 此类传输和围绕传入数据的必要验证和校正是耗时的,因此资产团队通常限制了软件解决方案的混合,以保留对过程的控制并避免资源排水。

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