artificial gas cap

简明释义

人工气顶;

英英释义

例句

1.The artificial gas cap was crucial in maintaining safety standards at the facility.

这个人工气体封闭装置在保持设施安全标准方面至关重要。

2.The engineer installed an artificial gas cap to regulate the pressure in the pipeline.

工程师安装了一个人工气体封闭装置来调节管道中的压力。

3.To prevent leaks, the team decided to implement an artificial gas cap during the testing phase.

为了防止泄漏，团队决定在测试阶段实施一个人工气体封闭装置。

4.The artificial gas cap helped to simulate conditions similar to those found in natural gas reservoirs.

这个人工气体封闭装置有助于模拟与天然气储层中相似的条件。

5.During the experiment, the researchers monitored the artificial gas cap for any signs of malfunction.

在实验过程中，研究人员监测了人工气体封闭装置是否有故障的迹象。

作文

In the field of geology and petroleum engineering, the term artificial gas cap refers to a man-made structure or mechanism that is employed to enhance the extraction of hydrocarbons from underground reservoirs. The concept of a artificial gas cap is particularly significant when dealing with oil fields that are under pressure but may not yield optimal results without additional intervention. By creating an artificial gas cap, engineers can effectively manage the pressure in the reservoir, ensuring a more consistent flow of oil and gas to the surface.The process of implementing an artificial gas cap typically involves injecting gas into the reservoir. This gas serves to maintain the pressure and push the oil towards the production wells. The strategy is often used in mature oil fields where natural pressure has declined over time due to extensive extraction activities. By introducing an artificial gas cap, operators can rejuvenate the field's productivity and extend its operational life.One of the primary advantages of utilizing an artificial gas cap is the increased efficiency in hydrocarbon recovery. Traditional methods of extraction may leave a significant amount of oil trapped within the rock formations due to insufficient pressure. However, with the application of an artificial gas cap, the enhanced pressure allows for a better displacement of oil, resulting in higher recovery rates. This not only benefits the operators economically but also contributes to meeting energy demands in a more sustainable manner.Moreover, the use of an artificial gas cap can also have environmental benefits. By maximizing the recovery of existing resources, it reduces the need to explore new drilling sites, which can be ecologically sensitive areas. This approach aligns with the growing emphasis on responsible resource management and minimizing the environmental footprint of energy extraction activities.However, the implementation of an artificial gas cap is not without its challenges. It requires careful planning and monitoring to ensure that the injected gas does not lead to unwanted consequences, such as reservoir pressure becoming too high, which could result in fracturing the rock formations. Additionally, the cost associated with creating and maintaining an artificial gas cap must be justified by the expected increase in oil production.In conclusion, the concept of an artificial gas cap plays a crucial role in modern petroleum engineering, offering a viable solution for enhancing oil recovery in aging fields. Through the strategic injection of gas, operators can sustain reservoir pressure, improve extraction efficiency, and minimize environmental impacts. As the energy sector continues to evolve, innovations like the artificial gas cap will be essential in meeting global energy needs while promoting sustainability and responsible resource management.

在地质学和石油工程领域，术语人工气罩指的是一种人为制造的结构或机制，旨在增强地下储层中烃的提取。人工气罩的概念在处理压力较大的油田时尤为重要，但如果没有额外干预，可能无法获得最佳结果。通过创建人工气罩，工程师可以有效管理储层中的压力，确保油气以更稳定的方式流向地表。实施人工气罩的过程通常涉及向储层注入气体。该气体用于维持压力并推动油向生产井移动。这一策略通常用于成熟的油田，在这些油田中，由于广泛的提取活动，自然压力已随着时间的推移而下降。通过引入人工气罩，操作人员可以恢复油田的生产力，并延长其运营寿命。利用人工气罩的主要优势之一是提高了烃的回收效率。传统的提取方法可能会使大量油被困在岩石层内，因为压力不足。然而，通过应用人工气罩，增强的压力可以更好地置换油，从而提高回收率。这不仅对操作人员在经济上有利，还有助于以更可持续的方式满足能源需求。此外，使用人工气罩也可能带来环境效益。通过最大限度地回收现有资源，减少了对新钻探地点的需求，而这些地点可能是生态敏感区域。这种方法与日益重视负责任资源管理和最小化能源提取活动环境足迹的趋势相一致。然而，实施人工气罩并非没有挑战。需要仔细规划和监测，以确保注入的气体不会导致不必要的后果，例如储层压力过高，可能导致岩石层破裂。此外，创建和维护人工气罩所需的成本必须通过预期的石油生产增加来证明其合理性。总之，人工气罩的概念在现代石油工程中发挥着至关重要的作用，为提高老化油田的石油回收提供了可行的解决方案。通过战略性地注入气体，操作人员可以维持储层压力，提高提取效率，并最小化环境影响。随着能源行业的不断发展，像人工气罩这样的创新将对满足全球能源需求以及促进可持续性和负责任的资源管理至关重要。