通过优化的人工举升释放单井和全油田的生产力

在当今复杂的能源格局中，石油和天然气运营商必须找到创新方法来提高运营效率并降低资本支出。为了实现这一目标，该领域的最佳实践得到了额外的工程标准的支持。数字化突破，例如可优化油井规划和运营的自适应、高科学应用程序和智能工作流程，对于成功至关重要。

每口井的钻探、增产和完井都意味着大量的时间和资源投资。油气井的生产阶段对于释放其全部经济潜力并最终优化您的投资回报至关重要。因此，通过在整个生命周期内不断评估人工举升操作和整体生产优化，确保每口井的健康运行至关重要。

可视化、评估和最大化生产绩效

无论您的专业知识和数据可用性如何，支持云的 DELFI 认知 E&P 环境都会提供按需工具，以提高您安全高效地实现生产目标的能力。借助内置的 PIPESIM 稳态多相流模拟器等先进生产应用程序，您可以通过创建快速油井模型、评估油井性能、增强人工举升系统设计、优化设备维护计划等来充分利用油井。

• 场景1：人工举升设计和油井建模
  通过将套管、油管、完井和偏差等基本油井信息输入PIPESIM模拟器，用户可以创建简单的油井模型并执行NODAL分析来评估操作条件，预测油井性能各种人工举升系统，并找出提高生产效率的方法。

• 场景 2：人工举升性能和网络优化
  基于 NODAL 分析的信息，您可以可视化并评估油井和网络性能。在 PIPESIM 模拟器中，您可以查看单口井的流动模式、条件和气/油比 (GOR)，以决定如何提高 ESP 泵和气举操作的性能。您还可以分析整个网络的性能，以获得现场的综合视图并满足目标功能。

• 场景 3：自动化消除运营瓶颈和模型更新
  要释放资产的真正价值，您需要简化生产运营的运营和管理。DELFI 环境的自动化功能使您能够通过直接连接数据来提高效率并降低人为错误的风险。此外，先进的工作流程允许随着时间的推移可视化不同的变量，因此您可以更深入地了解您的领域。

了解如何充分利用油井。更详细地查看每个场景，了解您的数据如何帮助您优化生产、最大限度提高采收率并提高未来几年的油井经济效益。

观看此分步视频>>

德尔菲

Unlock Single Well and Fieldwide Productivity With Optimized Artificial Lift

In today’s complex energy landscape, oil and gas operators must find innovative ways to improve operational efficiency and reduce capital expenses. To accomplish this, best practices in the field are supported by additional engineering criteria. Digital breakthroughs, such as adaptive, high-science applications and intelligent workflows that optimize well planning and operations are essential to success.

Each well drilled, stimulated, and completed represents a significant investment in time and resources. The production phase of your oil and gas wells is critical to unlocking its full economic potential and, ultimately, optimizing your return on investment. As such, it’s crucial to ensure the healthy operation of each well by continually evaluating artificial lift operations and overall production optimization over the complete life cycle.

Visualize, Evaluate, and Maximize Production Performance

Regardless of your expertise and data availability, the cloud-enabled DELFI cognitive E&P environment delivers on-demand tools to improve your ability to meet production targets safely and efficiently. With advanced production applications like the PIPESIM steady-state multiphase flow simulator built in, you can get the most out of your wells by creating rapid well models, evaluating well performance, enhancing artificial lift system design, optimizing equipment maintenance scheduling, and more.

• Scenario 1: Artificial lift design and well modeling
  By inputting basic well information such as casing, tubing, completions, and deviation into the PIPESIM simulator, users can create a simple well model and perform a NODAL analysis to evaluate operational conditions, forecast the performance of various artificial lift systems, and identify means of improving production efficiency.

• Scenario 2: Artificial lift performance and network optimization
  Building on information from the NODAL analysis, you can visualize and evaluate well and network performance. Within the PIPESIM simulator, you can review an individual well’s flow pattern, conditions, and gas/oil ratio (GOR) to make decisions on how to improve the performance of your ESP pumps and gas lift operations. You can also analyze network-wide performance to gain an integrated view of the field and meet objective functions.

• Scenario 3: Automation of debottlenecking and model updates for operations
  To unlock your asset’s true value, you need to streamline the operation and management of your production operations. The DELFI environment’s automation capabilities enable you to improve efficiency and reduce the risk of human error by connecting directly with your data. In addition, advanced workflows allow for visualization of different variables over time, so you gain a deeper understanding of your field.

Learn how to get the most out of your wells. View each of these scenarios in more detail to see how your data can help you optimize production, maximize recovery, and improve well economics for years to come.

View this step-by-step video >>

Delfi