composite water cut

简明释义

综合含水率;

英英释义

例句

1.The engineers adjusted the production strategy based on the latest composite water cut readings.

工程师根据最新的复合含水率读数调整了生产策略。

2.Monitoring the composite water cut helps in assessing the efficiency of the oil recovery process.

监测复合含水率有助于评估石油采收过程的效率。

3.High composite water cut values often lead to increased operational costs.

高复合含水率值通常会导致运营成本增加。

4.The operator reported a composite water cut of 30% in the well, indicating significant water production.

操作员报告该井的复合含水率为30%，这表明水的产量显著。

5.A decrease in the composite water cut can signify improved reservoir conditions.

在复合含水率下降时，可能表明储层条件改善。

作文

In the field of oil and gas production, one of the critical parameters that engineers and geologists monitor is the composite water cut. This term refers to the percentage of water produced along with hydrocarbons during extraction processes. Understanding the composite water cut is vital for evaluating the efficiency of production and the health of a reservoir. When the water cut increases, it often indicates that the reservoir is nearing depletion or that water has invaded the hydrocarbon-bearing zones, which can significantly affect the profitability of a well.The composite water cut is calculated by dividing the volume of water produced by the total volume of fluids produced (water plus oil) and is expressed as a percentage. For instance, if a well produces 100 barrels of fluid, of which 30 barrels are water, the composite water cut would be 30%. This measurement is crucial because high water cuts can lead to increased operational costs, as additional processing is required to separate water from oil. Moreover, excessive water production can lead to equipment corrosion and other operational challenges, making it imperative for operators to keep this parameter in check.Monitoring the composite water cut over time allows engineers to identify trends and make informed decisions about production strategies. For example, if a well shows a gradual increase in water cut, it may be time to implement enhanced oil recovery techniques or consider shutting down the well to prevent further losses. Conversely, a stable or decreasing water cut may indicate that the well is performing optimally, allowing for continued production without significant intervention.Furthermore, the composite water cut can vary significantly between different fields and even within the same reservoir. Factors such as the geological characteristics of the reservoir, the type of extraction method used, and the maturity of the well can all influence water production. For instance, older wells tend to have higher water cuts due to natural reservoir depletion, while newer wells may initially have lower water cuts as they primarily produce oil.In conclusion, the composite water cut is a fundamental metric in the oil and gas industry that reflects the balance between water and oil production. It serves as an indicator of reservoir performance and informs operational decisions that can impact the overall success of drilling and extraction efforts. By closely monitoring this parameter, companies can optimize their production strategies, reduce costs, and enhance the lifespan of their wells, ultimately contributing to more sustainable resource management in this vital sector.

在石油和天然气生产领域，工程师和地质学家监测的一个关键参数是复合水切。这个术语指的是在提取过程中与碳氢化合物一起产生的水的百分比。理解复合水切对于评估生产效率和油藏健康至关重要。当水切增加时，通常表明油藏接近枯竭或水已经侵入含油区，这可能会显著影响井的盈利能力。复合水切的计算方法是将生产的水量除以总流体生产量（包括水和油），并以百分比表示。例如，如果一口井产生100桶流体，其中30桶是水，则复合水切为30%。这个测量至关重要，因为高水切可能导致运营成本增加，因为需要额外的处理来分离水和油。此外，过多的水生产可能导致设备腐蚀和其他操作挑战，因此操作人员必须密切关注这一参数。随着时间的推移，监测复合水切可以让工程师识别趋势，并就生产策略做出明智的决策。例如，如果一口井显示出水切逐渐增加，可能是时候实施增强油气采收技术或考虑关闭井以防止进一步损失。相反，稳定或下降的水切可能表明井的表现最佳，可以继续生产而无需重大干预。此外，不同油田之间甚至同一油藏内的复合水切可能会有显著差异。油藏的地质特征、使用的提取方法类型以及井的成熟度等因素都可能影响水的生产。例如，老井由于自然油藏枯竭，往往具有较高的水切，而新井在初始阶段可能由于主要生产油而水切较低。总之，复合水切是石油和天然气行业中的一个基本指标，反映了水和油生产之间的平衡。它作为油藏表现的指示器，告知可能影响钻井和提取努力整体成功的操作决策。通过密切监测这一参数，公司可以优化其生产策略，降低成本，延长井的使用寿命，从而最终为这一重要行业的可持续资源管理做出贡献。