after acidizing

简明释义

酸化后;

英英释义

例句

1.The production rate increased significantly after acidizing.

在酸化后，产量显著增加。

2.The reservoir showed improved permeability after acidizing.

在酸化后，储层的渗透性有所改善。

3.We observed a reduction in pressure after acidizing the well.

在对井进行酸化后，我们观察到压力降低。

4.Production tests were conducted after acidizing to evaluate the results.

在酸化后进行了生产测试以评估结果。

5.The flowback of fluids was monitored after acidizing.

在酸化后监测了流体的回流情况。

作文

Acidizing is a well-established technique used in the oil and gas industry to enhance the production of hydrocarbons from reservoirs. This process involves injecting acid into the wellbore to dissolve limestone, dolomite, or other carbonate formations, which can help to remove blockages and improve the flow of oil or gas. The effectiveness of this method is often evaluated through various metrics, and one crucial period to consider is the time frame that occurs after acidizing (酸化处理后). During this period, operators closely monitor the well's performance to assess the impact of the acid treatment.The primary goal of performing acidizing is to increase the permeability of the rock formation. When the acid interacts with the rock, it creates channels that allow hydrocarbons to flow more freely. This increased flow rate can significantly boost production levels. However, the benefits of acidizing are not always immediate; thus, understanding what happens after acidizing (酸化处理后) is essential for making informed decisions about the well's management.In many cases, the initial results after acidizing (酸化处理后) may show a marked increase in production rates. Operators may observe a surge in oil or gas output, which can be attributed to the enhanced permeability created by the acid treatment. However, it is important to note that these gains may not be sustainable over time. As the well continues to produce, it is common for the production rates to decline due to various factors, including reservoir pressure changes and the potential for re-blockage of the pathways created during acidizing.To fully understand the implications of the acidizing process, operators must analyze production data collected after acidizing (酸化处理后). This data can provide insights into the longevity of the treatment's effects and help predict future production trends. Additionally, the analysis may reveal whether further interventions are necessary to maintain or enhance production levels.Another critical aspect to consider after acidizing (酸化处理后) is the environmental impact of the process. The use of acids can pose risks if not managed properly, leading to potential contamination of groundwater or surface water. Therefore, it is vital for operators to implement stringent safety measures and adhere to regulatory guidelines to mitigate these risks. Monitoring the environment after acidizing (酸化处理后) is crucial to ensure that the benefits of increased production do not come at the expense of ecological safety.In conclusion, the process of acidizing is a powerful tool in the oil and gas industry, capable of significantly enhancing production rates. However, the period after acidizing (酸化处理后) is equally important, as it determines the sustainability of these gains and the overall impact on the reservoir. By carefully monitoring and analyzing well performance during this time, operators can make informed decisions that balance production efficiency with environmental responsibility.

酸化处理是一种在石油和天然气行业中广泛使用的技术，用于增强油藏中的碳氢化合物的生产。这个过程涉及将酸注入井筒，以溶解石灰石、白云岩或其他碳酸盐岩层，这可以帮助去除堵塞并改善油气的流动。评估这种方法的有效性通常通过各种指标进行，而一个关键的时间框架是发生在酸化处理后（after acidizing）。在此期间，操作员密切监测井的表现，以评估酸处理的影响。进行酸化处理的主要目标是提高岩石层的渗透性。当酸与岩石相互作用时，它会创建通道，使碳氢化合物能够更自由地流动。这种流速的增加可以显著提升生产水平。然而，酸化处理的好处并不总是立即显现；因此，理解酸化处理后（after acidizing）发生的事情对于做出明智的井管理决策至关重要。在许多情况下，酸化处理后（after acidizing）的初步结果可能显示出生产率的显著增加。操作员可能观察到油气产量的激增，这可以归因于酸处理所创造的增强渗透性。然而，重要的是要注意，这些收益可能不会随着时间的推移而持续；随着井的持续生产，生产率由于各种因素的变化而下降是很常见的，包括储层压力的变化以及在酸化过程中创造的通道可能再次被堵塞的情况。为了充分理解酸化过程的影响，操作员必须分析在酸化处理后（after acidizing）收集的生产数据。这些数据可以提供有关处理效果持久性的见解，并帮助预测未来的生产趋势。此外，分析可能揭示是否需要进一步的干预措施以维持或增强生产水平。另一个需要考虑的关键方面是在酸化处理后（after acidizing）处理的环境影响。若管理不当，酸的使用可能会带来风险，导致地下水或地表水的潜在污染。因此，操作员实施严格的安全措施并遵守法规指南，以减轻这些风险是至关重要的。在酸化处理后（after acidizing）监测环境对于确保生产增加的好处不会以生态安全为代价至关重要。总之，酸化处理是石油和天然气行业中的一种强大工具，能够显著增强生产率。然而，酸化处理后（after acidizing）这一时期同样重要，因为它决定了这些收益的可持续性及其对储层的整体影响。通过仔细监测和分析这段时间的井表现，操作员可以做出平衡生产效率与环境责任的明智决策。