basic sediment and water

简明释义

1. 沉积物和水的含量; 2. 杂质含量; 3. 含砂含水; 4. 油罐底水渣; 5. 底部沉积物和水; 6. 油脚和水;

英英释义

例句

1.During the shipping of oil, it is crucial to check for basic sediment and water 基本沉淀物和水 to avoid contamination.

在运输石油过程中，检查是否有基本沉淀物和水 基本沉淀物和水是至关重要的，以避免污染。

2.Before starting the oil extraction process, we need to analyze the amount of basic sediment and water 基本沉淀物和水 in the crude oil.

在开始石油提取过程之前，我们需要分析原油中含有的基本沉淀物和水 基本沉淀物和水的量。

3.Regular testing for basic sediment and water 基本沉淀物和水 helps maintain the efficiency of the refining process.

定期检测基本沉淀物和水 基本沉淀物和水有助于保持精炼过程的效率。

4.The quality of the oil can be significantly affected by the level of basic sediment and water 基本沉淀物和水 present.

油的质量会受到存在的基本沉淀物和水 基本沉淀物和水水平的显著影响。

5.Our laboratory specializes in measuring basic sediment and water 基本沉淀物和水 content in various petroleum products.

我们的实验室专门测量各种石油产品中的基本沉淀物和水 基本沉淀物和水含量。

作文

Understanding the significance of basic sediment and water in various fields is crucial for both environmental management and industrial processes. The term basic sediment and water refers to the mixture of sediments and water that can be found in oil reservoirs, during drilling operations, or even in natural bodies of water. This mixture often contains not only water but also various minerals, organic materials, and other particulates that can affect the quality of the water and the efficiency of extraction processes.In the oil industry, basic sediment and water is a critical factor that operators must manage effectively. When oil is extracted from the ground, it often comes up with a certain percentage of water and sediment. This mixture can cause problems such as corrosion of equipment, reduced efficiency in oil processing, and increased costs due to the need for additional treatment processes. Therefore, understanding how to separate basic sediment and water from crude oil is essential for optimizing production and ensuring that the oil meets quality standards.Moreover, the presence of basic sediment and water can indicate the health of an ecosystem. In natural water bodies, sediments can carry nutrients and pollutants that influence the quality of the water and the organisms living within it. For example, excessive sedimentation can lead to the degradation of aquatic habitats, affecting fish populations and other wildlife. By monitoring the levels of basic sediment and water in these environments, scientists can assess the impact of human activities, such as construction and agriculture, on local ecosystems.In addition to its ecological implications, the management of basic sediment and water is also important in the context of water treatment facilities. These facilities often face challenges related to sedimentation, as sediments can accumulate and reduce the efficiency of filtration systems. Understanding how to effectively remove basic sediment and water can help improve the overall quality of drinking water and ensure that it meets health and safety standards.Furthermore, the concept of basic sediment and water extends beyond the physical realm; it also involves understanding the chemical properties of the substances involved. For instance, the chemical composition of the sediment can influence its behavior when mixed with water, affecting things like solubility and reactivity. This knowledge is vital for industries that rely on chemical processes, as it can inform decisions regarding material selection and process design.In conclusion, the term basic sediment and water encompasses a range of important considerations across various fields, including oil extraction, environmental science, and water treatment. By gaining a deeper understanding of this concept, professionals can make informed decisions that enhance operational efficiency, protect ecosystems, and ensure public health. As we continue to explore the interactions between sediment and water, it becomes increasingly clear that effective management of basic sediment and water is essential for sustainable development and environmental stewardship.

理解基本沉积物和水在各个领域的重要性对于环境管理和工业过程至关重要。术语基本沉积物和水指的是在油藏、钻探作业或自然水体中可能找到的沉积物和水的混合物。这种混合物不仅包含水，还包含各种矿物、有机物质和其他颗粒，这些都可能影响水的质量和提取过程的效率。在石油行业，基本沉积物和水是操作人员必须有效管理的关键因素。当石油从地下提取时，它通常会带有一定比例的水和沉积物。这种混合物可能会导致设备腐蚀、石油加工效率降低以及由于需要额外处理过程而增加的成本。因此，了解如何将基本沉积物和水与原油分离对于优化生产和确保石油符合质量标准至关重要。此外，基本沉积物和水的存在可以指示生态系统的健康。在自然水体中，沉积物可以携带影响水质和生物生存的营养物质和污染物。例如，过度沉积可能导致水生栖息地的退化，影响鱼类和其他野生动物的种群。通过监测这些环境中基本沉积物和水的水平，科学家可以评估人类活动（如建筑和农业）对当地生态系统的影响。除了生态影响外，管理基本沉积物和水在水处理设施的背景下也很重要。这些设施通常面临与沉积有关的挑战，因为沉积物可能会积累并降低过滤系统的效率。了解如何有效去除基本沉积物和水可以帮助改善饮用水的整体质量，并确保其符合健康和安全标准。此外，基本沉积物和水的概念超越了物理领域；它还涉及理解参与物质的化学性质。例如，沉积物的化学成分可以影响其与水混合时的行为，从而影响溶解度和反应性。这一知识对于依赖化学过程的行业至关重要，因为它可以为材料选择和工艺设计提供依据。总之，术语基本沉积物和水涵盖了各个领域的重要考虑因素，包括石油提取、环境科学和水处理。通过深入理解这一概念，专业人员可以做出明智的决策，提高操作效率，保护生态系统，并确保公众健康。随着我们继续探索沉积物和水之间的相互作用，越来越明显的是，有效管理基本沉积物和水对于可持续发展和环境管理至关重要。