bulk reservoir volume

简明释义

储层总容积;

英英释义

例句

1.To estimate the bulk reservoir volume, we need accurate measurements of the reservoir dimensions.

要估算储层总体积，我们需要准确的水库尺寸测量。

2.Understanding the bulk reservoir volume is crucial for effective resource management in large-scale projects.

理解储层总体积对于大型项目的有效资源管理至关重要。

3.The research team focused on the bulk reservoir volume to assess the environmental impact of the dam.

研究小组专注于储层总体积以评估大坝的环境影响。

4.The engineer calculated the bulk reservoir volume to determine the capacity of the water supply system.

工程师计算了储层总体积以确定供水系统的容量。

5.The bulk reservoir volume influences the design of the hydraulic systems used in construction.

在建筑中，储层总体积影响液压系统的设计。

作文

The concept of bulk reservoir volume is crucial in the field of geology and petroleum engineering. Understanding this term helps professionals gauge the potential of a reservoir to store hydrocarbons effectively. In simple terms, bulk reservoir volume refers to the total volume of rock within a reservoir that can potentially hold oil or gas. This includes both the pore spaces where fluids can accumulate and the solid rock matrix itself. The importance of accurately measuring bulk reservoir volume cannot be overstated, as it directly influences the economic viability of oil and gas extraction projects.When geologists and engineers assess a reservoir, they utilize various methods to estimate its bulk reservoir volume. These methods may include seismic surveys, well log data analysis, and geological modeling. By combining these techniques, they can create a detailed picture of the reservoir's structure and capacity. For instance, seismic surveys provide valuable information about the shape and extent of the reservoir, while well logs offer insights into the porosity and permeability of the rock. One of the key factors that affect the bulk reservoir volume is the porosity of the rock. Porosity is defined as the percentage of void space within the rock that can be filled with fluids. High porosity indicates a greater capacity for storing hydrocarbons, while low porosity suggests limited storage potential. Therefore, understanding the porosity of the reservoir rock is essential for estimating the bulk reservoir volume accurately.Another important aspect to consider is the permeability of the reservoir. Permeability measures how easily fluids can flow through the rock. A reservoir with high permeability allows hydrocarbons to move freely, making it easier to extract them. Conversely, low permeability can hinder fluid flow, which may impact the overall productivity of the reservoir. Thus, both porosity and permeability play significant roles in determining the effective bulk reservoir volume available for hydrocarbon production.Additionally, the geological history of the reservoir influences its bulk reservoir volume. Factors such as tectonic activity, sedimentation patterns, and diagenesis can alter the characteristics of the rock over time. For example, tectonic forces may cause fracturing, which can enhance permeability and create additional pathways for hydrocarbons to accumulate. On the other hand, certain diagenetic processes may reduce porosity and limit the reservoir's ability to store fluids.In summary, the bulk reservoir volume is a fundamental concept in understanding the capacity of a geological formation to hold hydrocarbons. Accurate assessment of this volume is vital for evaluating the potential profitability of oil and gas projects. By employing various geological and engineering techniques, professionals can determine the bulk reservoir volume and make informed decisions regarding exploration and production activities. Ultimately, the successful management of hydrocarbon resources relies heavily on a thorough understanding of this critical parameter.

‘bulk reservoir volume’的概念在地质学和石油工程领域至关重要。理解这个术语有助于专业人员评估一个储层有效存储碳氢化合物的潜力。简单来说，bulk reservoir volume指的是一个储层内能够潜在储存油气的岩石总体积。这包括可以积累流体的孔隙空间以及固体岩石基质本身。准确测量bulk reservoir volume的重要性不言而喻，因为它直接影响石油和天然气开采项目的经济可行性。当地质学家和工程师评估一个储层时，他们会利用各种方法来估计其bulk reservoir volume。这些方法可能包括地震勘探、井测数据分析和地质建模。通过结合这些技术，他们可以创建储层结构和容量的详细图像。例如，地震勘探提供有关储层形状和范围的宝贵信息，而井测则提供关于岩石孔隙度和渗透率的洞察。影响bulk reservoir volume的关键因素之一是岩石的孔隙度。孔隙度被定义为岩石中可以被流体填充的空隙空间的百分比。高孔隙度表示储存碳氢化合物的能力更强，而低孔隙度则表明储存潜力有限。因此，了解储层岩石的孔隙度对于准确估计bulk reservoir volume至关重要。另一个重要方面是储层的渗透率。渗透率衡量流体通过岩石的容易程度。具有高渗透率的储层允许碳氢化合物自由流动，从而使提取变得更加容易。相反，低渗透率可能会阻碍流体流动，这可能会影响储层的整体生产能力。因此，孔隙度和渗透率在确定可用于碳氢化合物生产的有效bulk reservoir volume方面发挥着重要作用。此外，储层的地质历史也会影响其bulk reservoir volume。构造活动、沉积模式和成岩作用等因素可能会随着时间的推移改变岩石的特性。例如，构造力量可能导致破裂，这可以增强渗透率并创造额外的碳氢化合物积累通道。另一方面，某些成岩过程可能会降低孔隙度并限制储层储存流体的能力。总之，bulk reservoir volume是理解地质构造储存碳氢化合物能力的基本概念。准确评估这一体积对于评估石油和天然气项目的潜在盈利能力至关重要。通过采用各种地质和工程技术，专业人员可以确定bulk reservoir volume并就勘探和生产活动做出明智的决策。最终，对碳氢化合物资源的成功管理在很大程度上依赖于对这一关键参数的透彻理解。