bottom water drive reservoir

简明释义

1. 底水驱油藏; 2. 底水驱动油藏;

英英释义

例句

1.The bottom water drive reservoir system was designed to maintain pressure and improve production rates.

该底水驱动油藏系统旨在维持压力并改善产量。

2.The research focused on the geological characteristics of the bottom water drive reservoir in the region.

研究集中于该地区底水驱动油藏的地质特征。

3.In the meeting, they presented a case study on a successful bottom water drive reservoir implementation.

在会议上，他们展示了一项成功的底水驱动油藏实施案例研究。

4.They faced challenges in managing the bottom water drive reservoir due to varying water qualities.

由于水质变化，他们在管理底水驱动油藏时面临挑战。

5.The engineers discussed the efficiency of the bottom water drive reservoir in enhancing oil recovery.

工程师们讨论了底水驱动油藏在提高石油采收率方面的效率。

作文

In the field of petroleum engineering, understanding various types of reservoirs is crucial for efficient resource extraction. One such reservoir type is the bottom water drive reservoir, which plays a significant role in the dynamics of oil recovery. A bottom water drive reservoir refers to a geological formation where water is present at the bottom of the reservoir and exerts pressure on the overlying oil. This phenomenon can greatly influence the production strategy and overall efficiency of oil extraction. The mechanics of a bottom water drive reservoir are fascinating. As oil is extracted, the pressure within the reservoir decreases, leading to the migration of water upwards. This upward movement of water helps maintain pressure in the reservoir, allowing for continued oil flow. However, this also means that operators must carefully monitor the water cut—the ratio of water produced to oil produced—as high water cuts can lead to increased operational costs and reduced oil quality. One of the primary advantages of a bottom water drive reservoir is its ability to provide a more stable production rate compared to other reservoir types. The water at the bottom acts as a natural drive mechanism, pushing the oil towards the production wells. This results in a more consistent output, which is beneficial for planning and forecasting production levels. Furthermore, the presence of water can help to sweep remaining oil towards the production wells, enhancing recovery rates. However, managing a bottom water drive reservoir requires advanced techniques and technologies. Operators must implement effective water management strategies to minimize the negative impacts of water production. Techniques such as water injection may be employed to balance the pressure and improve oil recovery. Additionally, continuous monitoring of reservoir conditions is essential to optimize production and address any challenges that may arise during the extraction process. In conclusion, the bottom water drive reservoir is a vital concept in the realm of oil extraction. Its unique characteristics offer both advantages and challenges that require careful consideration and management. As technology advances and our understanding of reservoir dynamics improves, the efficiency of exploiting bottom water drive reservoirs will continue to evolve, ensuring that we make the most of our natural resources while minimizing environmental impacts. The future of petroleum engineering lies in the ability to adapt and innovate in the face of these challenges, making the study of such reservoirs even more critical for industry professionals.

在石油工程领域，理解各种类型的油藏对于高效资源开采至关重要。其中一种油藏类型是底水驱动油藏，它在油气回收的动态中发挥着重要作用。底水驱动油藏指的是水位位于油藏底部的地质构造，水对上方的油施加压力。这种现象可以极大地影响生产策略和整体开采效率。底水驱动油藏的机制非常有趣。当油被提取时，油藏内的压力降低，导致水向上迁移。这种水的上升运动有助于维持油藏内的压力，从而允许持续的油流。然而，这也意味着操作员必须仔细监测水切—即生产的水与生产的油的比例—因为高水切可能导致运营成本增加和油质下降。底水驱动油藏的主要优点之一是其能够提供比其他油藏类型更稳定的生产率。底部的水充当自然驱动机制，将油推向生产井。这导致了更一致的产出，这对于生产水平的规划和预测是有利的。此外，水的存在可以帮助将剩余的油扫向生产井，从而提高回收率。然而，管理底水驱动油藏需要先进的技术和方法。操作员必须实施有效的水管理策略，以最小化水生产的负面影响。可能会采用注水等技术来平衡压力并改善油的回收。此外，持续监测油藏条件对于优化生产和解决开采过程中可能出现的任何挑战都是至关重要的。总之，底水驱动油藏是石油开采领域的重要概念。其独特的特性提供了优势和挑战，需要仔细考虑和管理。随着技术的进步和我们对油藏动态的理解不断加深，开发底水驱动油藏的效率将继续发展，确保我们在最小化环境影响的同时充分利用自然资源。石油工程的未来在于适应和创新的能力，使得研究此类油藏对行业专业人士而言愈发重要。