数据弥合了地球科学与运营之间的差距

Ikon Science 的 Alex Edwards 表示,从孤岛中获取数据有助于操作员优化地下活动。

油田钻机用于钻入地下以生产原油。 (来源:Shutterstock.com)

虽然地上作业的数据已变得越来越优化,但地下作业的情况却不一定如此。

原因之一是地下数据通常是孤立的,使得不同项目团队的人员很难访问这些数据。为了优化地下作业,这些团队需要访问标准化、集中化和可视化的数据。

一旦数据可以轻松地超越孤岛,团队就可以根据该信息做出实时决策。

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Data Bridges the Gap Between Geosciences, Operations

Getting data out of silos helps operators optimize subsurface activities, according to Alex Edwards of Ikon Science.

Drilling rig in oil field for drilled into subsurface in order to produce crude. (Source: Shutterstock.com)

While data from above-ground operations have become increasingly optimized, the same is not necessarily true for subsurface operations.

One reason is that subsurface data often gets siloed, making it difficult for people in different project teams to access that data. To optimize subsurface operations, those teams need access to standardized, centralized and visualized data.

Once the data is easily available beyond the silos, it’s possible for teams to make real-time decisions based on that information.

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