bunker capacity

简明释义

燃料舱容量

英英释义

例句

1.Regulations require that all ships report their bunker capacity before entering port.

规定要求所有船只在进入港口之前报告其燃料舱容量。

2.Before setting sail, the captain checked the bunker capacity to ensure they had enough fuel for the journey.

在起航之前，船长检查了燃料舱容量以确保他们有足够的燃料进行旅程。

3.The ship's bunker capacity allows it to travel across the ocean without refueling.

这艘船的燃料舱容量使它能够在不加油的情况下横渡海洋。

4.The bunker capacity of this tanker is among the largest in the industry.

这艘油轮的燃料舱容量是业内最大的之一。

5.Increasing the bunker capacity can significantly extend a vessel's range.

增加燃料舱容量可以显著延长船只的航程。

作文

The term bunker capacity refers to the total volume of fuel storage available in a ship's fuel tanks, specifically designed for marine vessels. Understanding bunker capacity is crucial for various reasons, particularly in the shipping and maritime industries. Ships rely on large quantities of fuel to operate efficiently over long distances, and the amount of fuel they can carry directly affects their operational range and efficiency. One of the primary factors that influence a ship's bunker capacity is its size and design. Larger vessels generally have a greater bunker capacity compared to smaller ones, allowing them to travel longer distances without needing to refuel. For instance, oil tankers and container ships are built with significant bunker capacity to ensure they can complete long voyages across oceans without frequent stops for refueling. Moreover, understanding the bunker capacity is essential for economic reasons. Fuel costs represent one of the most substantial expenses in maritime operations. Therefore, optimizing bunker capacity can lead to reduced operational costs. Ship operators must carefully calculate how much fuel to carry based on the bunker capacity of their vessels, the distance to be traveled, and the expected fuel consumption rates. Carrying too much fuel can lead to unnecessary weight, which may reduce speed and increase fuel consumption. Conversely, carrying too little fuel can result in delays and increased costs due to the need for unscheduled refueling. Environmental considerations also play a role in discussions surrounding bunker capacity. With increasing regulations on emissions from ships, the type of fuel used and the efficiency of its consumption are under scrutiny. Many shipping companies are now investing in cleaner fuels or alternative energy sources, which may impact their bunker capacity. As a result, vessels may need to adapt their designs to accommodate new types of fuel, which could alter their bunker capacity requirements. In addition to these practical considerations, the concept of bunker capacity also has implications for safety and risk management in maritime operations. A ship must always maintain an adequate fuel supply to avoid emergencies at sea. Insufficient fuel can lead to dangerous situations, such as being stranded in adverse weather conditions or in remote areas where assistance may not be readily available. Therefore, effective management of bunker capacity is critical to ensuring the safety of the vessel and its crew. In conclusion, bunker capacity is a vital aspect of maritime logistics that influences a ship’s operational efficiency, economic viability, environmental impact, and safety. Understanding and managing bunker capacity effectively allows shipping companies to optimize their operations and contribute to a more sustainable maritime industry. As technology advances and regulations evolve, the significance of bunker capacity will continue to grow, making it an essential area of focus for maritime professionals around the world.

术语bunker capacity指的是船舶燃料罐中可用的总燃料存储容量，专门为海洋船只设计。理解bunker capacity对于航运和海事行业至关重要，原因有很多。船舶在长距离高效运行时依赖大量燃料，而它们可以携带的燃料量直接影响其运行范围和效率。影响船舶bunker capacity的主要因素之一是其大小和设计。大型船舶通常具有更大的bunker capacity，与小型船舶相比，可以在不需要频繁加油的情况下，进行更长距离的航行。例如，油轮和集装箱船的设计具有显著的bunker capacity，以确保它们能够完成跨越海洋的长途航行，而无需频繁停靠加油。此外，理解bunker capacity对于经济原因也至关重要。燃料成本是海事运营中最重要的支出之一。因此，优化bunker capacity可以降低运营成本。船舶运营商必须根据船舶的bunker capacity、预定航程和预计燃料消耗率，仔细计算携带多少燃料。携带过多的燃料会导致不必要的重量，可能降低速度并增加燃料消耗。相反，携带过少的燃料可能导致延误，并因需要不定期加油而增加成本。环境因素也在围绕bunker capacity的讨论中发挥着作用。随着对船舶排放的监管日益严格，所使用燃料的类型及其消耗效率受到关注。许多航运公司现在正在投资清洁燃料或替代能源，这可能影响它们的bunker capacity。因此，船舶可能需要调整其设计，以适应新类型的燃料，这可能会改变它们的bunker capacity要求。除了这些实际考虑外，bunker capacity的概念在海事操作的安全和风险管理方面也有意义。船舶必须始终保持足够的燃料供应，以避免海上的紧急情况。燃料不足可能导致危险情况，例如在恶劣天气条件下或在偏远地区被困，在这些地方可能无法迅速获得帮助。因此，有效管理bunker capacity对于确保船舶及其船员的安全至关重要。总之，bunker capacity是海事物流中的一个重要方面，影响船舶的运营效率、经济可行性、环境影响和安全性。有效理解和管理bunker capacity使航运公司能够优化其运营，并为更可持续的海事行业做出贡献。随着技术的进步和法规的演变，bunker capacity的重要性将继续增长，使其成为全球海事专业人士关注的核心领域。