dead oil

简明释义

重油

英英释义

例句

1.The engineer noted that the presence of dead oil (死油) in the pipeline could lead to operational inefficiencies.

工程师指出，管道中存在的死油（死油）可能导致操作效率低下。

2.The report indicated that dead oil (死油) accumulation can affect the overall performance of the drilling equipment.

报告指出，死油（死油）的积累会影响钻井设备的整体性能。

3.To prevent dead oil (死油) formation, regular maintenance of the machinery is essential.

为了防止形成死油（死油），定期维护机械是必不可少的。

4.After the extraction process, the team had to remove the dead oil (死油) from the reservoir to ensure better flow rates.

提取过程后，团队必须从储层中去除死油（死油），以确保更好的流量。

5.During the inspection, we discovered significant amounts of dead oil (死油) in the storage tanks.

在检查过程中，我们发现储罐中有大量的死油（死油）。

作文

In the world of petroleum engineering, various terms are used to describe different states and qualities of oil. One such term is dead oil, which refers to a type of crude oil that has low viscosity and does not flow easily under normal conditions. This characteristic makes it challenging to extract and transport, leading to increased costs and complicated extraction processes. Understanding the properties of dead oil is crucial for engineers and companies involved in oil production and refining. The term dead oil is often contrasted with 'live oil', which contains dissolved gases that help it flow more freely. When oil is extracted from the ground, it is usually under high pressure, allowing it to flow easily. However, once this pressure is released, the gas can escape, leaving behind what is referred to as dead oil. This oil behaves differently than its 'live' counterpart, presenting unique challenges in terms of extraction and processing. One significant issue with dead oil is its density. Because it is thicker, it requires more energy to pump it out of the ground and transport it to refineries. This can lead to higher operational costs for oil companies, which may ultimately affect the price of gasoline and other petroleum products for consumers. Additionally, the presence of dead oil in a reservoir can indicate that the oil field is nearing depletion, prompting companies to consider alternative sources of energy or enhanced recovery techniques. Moreover, the environmental impact of extracting and handling dead oil cannot be overlooked. The process of heating or mixing dead oil with lighter oils to improve its flow can result in increased greenhouse gas emissions. Therefore, it is essential for the industry to innovate and develop more sustainable methods for dealing with dead oil. This includes exploring the use of biodegradable additives or advanced technologies that minimize environmental harm. In conclusion, understanding dead oil is vital for anyone involved in the petroleum industry. It represents a significant challenge in terms of extraction and processing, impacting both operational costs and environmental sustainability. As the world shifts towards more sustainable energy sources, the oil industry must adapt to these changes while effectively managing the challenges posed by dead oil. Future innovations will likely focus on improving extraction techniques and reducing the ecological footprint associated with this type of oil, ensuring a more sustainable approach to energy production in the years to come.

在石油工程的世界中，使用各种术语来描述油的不同状态和质量。其中一个术语是死油，指的是一种具有低粘度且在正常条件下不易流动的原油。这一特性使得其提取和运输变得具有挑战性，导致成本增加和提取过程复杂。理解死油的特性对于参与石油生产和精炼的工程师和公司至关重要。术语死油通常与“活油”相对，后者含有溶解气体，帮助其更自由地流动。当油从地下提取时，通常是在高压下，这使得它能够轻松流动。然而，一旦这种压力释放，气体就会逃逸，留下被称为死油的油。这种油的行为与其“活”的对应物不同，给提取和加工带来了独特的挑战。死油的一个重大问题是其密度。由于它较厚，提取它并将其运输到精炼厂需要更多的能量。这可能导致石油公司的运营成本更高，最终影响消费者的汽油和其他石油产品的价格。此外，油田中存在死油可能表明该油田即将枯竭，促使公司考虑替代能源或增强回收技术。此外，提取和处理死油的环境影响也不可忽视。加热或将死油与较轻的油混合以改善其流动性可能会导致温室气体排放增加。因此，工业界必须创新并开发更可持续的方法来处理死油。这包括探索使用生物可降解添加剂或先进技术，以最小化对环境的危害。总之，了解死油对于任何参与石油行业的人来说都是至关重要的。它代表了提取和加工方面的重要挑战，影响着运营成本和环境可持续性。随着世界向更可持续的能源来源转变，石油行业必须适应这些变化，同时有效管理死油所带来的挑战。未来的创新可能会集中在改善提取技术和减少与这种类型的油相关的生态足迹上，从而确保在未来几年内以更可持续的方式进行能源生产。