drillable

简明释义

英[ˈdrɪl.ə.bəl]美[ˈdrɪl.ə.bəl]

adj. 可操练的；可钻孔的

英英释义

单词用法

同义词

反义词

例句

1.This paper introduces the structure of drillable bridging plug, it's operation principle and major technical parameters, and discusses the design of major mechanism.

本文介绍了可钻桥塞的结构、工作原理和主要技术参数，并对主要机构的设计进行了讨论。

2.This paper introduces the structure of drillable bridging plug, it's operation principle and major technical parameters, and discusses the design of major mechanism.

本文介绍了可钻桥塞的结构、工作原理和主要技术参数，并对主要机构的设计进行了讨论。

3.Drillable packers, and similar tools such as bridge plugs, are typically made from cast iron, aluminum, plastic or similar brittle materials.

可钻式封隔器以及桥塞等类似的工具一般都用铸铁、铝、塑料或类似的脆性材料制成。

4.The internal components of the landing collar are generally fabricated from plastics, cement and other drillable materials.

坐放箍的内部部件一般由塑料、水泥和其它可钻材料制成。

5.Drillable analysis of the rocks should be strengthened and bit type selection should be well done.

加强岩石可钻性分析，做好钻头选型工作。

6.A retrievable or drillable packer is set above the formation to be cemented.

在要被注水泥的地层的上面坐封一个可收回封隔器或可钻封隔器。

7.It's an alloy not readily drillable.

这是不易钻洞的合金。

8.The geological survey indicated that this area is highly drillable.

地质调查表明该地区非常可钻探。

9.They conducted tests to determine the drillable zones for oil extraction.

他们进行了测试以确定石油提取的可钻探区域。

10.The new technology allows us to identify drillable resources more efficiently.

新技术使我们能够更有效地识别可钻探资源。

11.After the analysis, we found several drillable locations in the region.

经过分析，我们发现该地区有几个可钻探位置。

12.The company specializes in drillable data solutions for businesses.

该公司专注于为企业提供可钻探的数据解决方案。

作文

In the world of natural resources, the term drillable refers to areas that are suitable for drilling operations, particularly in the context of oil and gas exploration. Understanding what makes a location drillable is crucial for energy companies as they seek to maximize their extraction efforts while minimizing costs and environmental impact. When evaluating whether a site is drillable, several factors come into play, including geological formations, proximity to existing infrastructure, and regulatory considerations. Geological formations are perhaps the most critical aspect of determining if a site is drillable. Companies often conduct extensive surveys and studies to analyze the subsurface geology. They look for specific rock types and structures that indicate the presence of hydrocarbons. For instance, sedimentary rock formations are often more drillable than igneous or metamorphic rocks because they are more likely to contain oil and gas deposits. The presence of faults and traps can also enhance a site's drillability, as these geological features can accumulate hydrocarbons over time. Another important factor is the infrastructure surrounding the potential drilling site. A location might be geologically promising but still not drillable if it lacks the necessary roads, pipelines, and facilities to support drilling operations. Energy companies prefer sites that are easily accessible and close to existing transportation networks. This reduces the cost and time associated with moving equipment and personnel into remote areas. Additionally, having nearby processing plants can make a site more drillable, as it allows for quicker processing and transportation of extracted resources. Regulatory considerations also play a significant role in determining whether a site is drillable. Different regions have varying laws and regulations governing drilling activities, and some areas may be off-limits due to environmental protections or land use restrictions. Companies must conduct thorough due diligence to ensure that their chosen sites comply with all local, state, and federal regulations. If a site is deemed non-compliant, it may not be considered drillable, regardless of its geological potential. In recent years, advancements in technology have also influenced what is considered drillable. Techniques such as hydraulic fracturing and horizontal drilling have expanded the definition of drillable areas. Previously inaccessible reserves, such as those found in shale formations, have become viable targets for extraction thanks to these innovations. As technology continues to evolve, the list of drillable locations will likely expand even further. In conclusion, the term drillable encompasses a range of factors that determine a site’s suitability for drilling operations. From geological formations to infrastructure and regulatory compliance, understanding what makes a location drillable is essential for energy companies aiming to efficiently extract natural resources. As technology advances, the criteria for what is considered drillable may continue to change, opening up new opportunities for exploration and extraction in the future.

在自然资源的世界中，术语drillable指的是适合钻探作业的区域，特别是在石油和天然气勘探的背景下。理解一个地点为什么被认为是drillable对能源公司至关重要，因为他们寻求在最小化成本和环境影响的同时最大化开采努力。当评估一个地点是否drillable时，有几个因素需要考虑，包括地质构造、与现有基础设施的接近程度以及监管考虑。 地质构造可能是确定一个地点是否drillable的最关键方面。公司通常会进行广泛的调查和研究，以分析地下地质。他们寻找特定的岩石类型和结构，这些结构表明存在碳氢化合物。例如，沉积岩层通常比火成岩或变质岩更容易drillable，因为它们更有可能含有石油和天然气储藏。断层和圈闭的存在也可以增强一个地点的drillability，因为这些地质特征可以随着时间的推移积累碳氢化合物。 另一个重要因素是潜在钻探地点周围的基础设施。一个地点可能在地质上很有前景，但如果缺乏必要的道路、管道和设施来支持钻探作业，它仍然可能不可drillable。能源公司更喜欢那些易于进入且靠近现有交通网络的地点。这减少了将设备和人员移动到偏远地区所需的成本和时间。此外，附近有加工厂可以使一个地点更具drillable性，因为这可以加快提取资源的加工和运输。 监管考虑也在决定一个地点是否drillable中发挥着重要作用。不同地区对钻探活动有不同的法律和法规，有些地区可能由于环境保护或土地使用限制而禁止钻探。公司必须进行彻底的尽职调查，以确保其选择的地点符合所有地方、州和联邦的法规。如果一个地点被认为不合规，无论其地质潜力如何，它可能都不会被视为drillable。 近年来，技术的进步也影响了什么被认为是drillable。水力压裂和水平钻探等技术扩大了drillable区域的定义。由于这些创新，以前无法进入的储量，例如在页岩层中发现的储量，已成为开采的可行目标。随着技术的不断发展，drillable地点的列表可能会进一步扩展。 总之，术语drillable涵盖了一系列决定一个地点是否适合钻探作业的因素。从地质构造到基础设施和监管合规性，理解一个地点为何被认为是drillable对旨在高效提取自然资源的能源公司至关重要。随着技术的进步，被认为是drillable的标准可能会继续变化，为未来的勘探和开采开辟新的机会。