人工智能在Schoonebeek热采油田优化生产中的应用

Mezlul Arfie, N. Ghodke, Kasper Groenbroek
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引用次数: 0

摘要

由于H2S和水的限制,荷兰东北部Schoonebeek稠油蒸汽驱的产量一直在减少。各种许可证和设施限制的相互依赖使得Schoonebeek的生产优化极具挑战性。因此,传统的IPSM方法并不适用。为了了解该油田的生产潜力并实现这一目标,该团队利用机器学习和运筹学的技术开发了一种新的生产系统优化(PSO)工作流程。在本文中,我们解释了这个PSO工作流的细节,它背后的数学,并分享了我们的结果和学习。该算法在5分钟内运行,并用于日常优化。新工作流程的应用与新型H2S清除剂的成功部署相结合,使Schoonebeek油田的产量提高了50%。
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Artificial Intelligence for Production Optimization in Schoonebeek Thermal EOR Field
Production from the Schoonebeek heavy oil steam flood in northeast Netherlands was historically curtailed because of limits on H2S and water production. The interdependence of various permit and facility constraints makes production optimisation for Schoonebeek extremely challenging. So much so, that the conventional IPSM approach does not apply. To understand the field's production potential and to reach it, the team developed a novel Production System Optimisation (PSO) workflow using techniques from machine learning and operations research. In this paper we explain the details of this PSO workflow, the mathematics behind it, and share our results and learnings. The algorithm runs in 5 minutes and is used in daily optimisation. The application of this new workflow in combination with the successful deployment of a novel H2S scavenger, resulted in a Schoonebeek production uplift of 50%.
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