transportable moisture limit

简明释义

适运水分限量

英英释义

例句

1.Before loading the grain, the farmer checked the transportable moisture limit to avoid penalties.

在装载谷物之前，农民检查了可运输水分极限以避免罚款。

2.The engineer calculated the transportable moisture limit to ensure the cargo would not exceed safe moisture levels during transit.

工程师计算了可运输水分极限以确保货物在运输过程中不会超过安全水分水平。

3.Understanding the transportable moisture limit is crucial for preventing cargo damage in shipping.

了解可运输水分极限对于防止航运中的货物损坏至关重要。

4.Failure to adhere to the transportable moisture limit can result in increased transportation costs.

未能遵守可运输水分极限可能会导致运输成本增加。

5.The shipping company provided guidelines on the transportable moisture limit for various types of goods.

运输公司提供了有关各种货物的可运输水分极限的指南。

作文

The concept of transportable moisture limit is crucial in the field of bulk material handling, particularly when dealing with materials that can absorb moisture. This term refers to the maximum amount of moisture that a material can contain while still being safely transported without risking structural integrity or causing environmental hazards. Understanding the transportable moisture limit is essential for industries such as mining, agriculture, and shipping, where the transport of bulk materials like grains, ores, and fertilizers is common.When bulk materials are exposed to moisture, they can undergo significant changes in their physical properties. For instance, grains can swell, clump together, or even ferment if they exceed their transportable moisture limit. This not only affects the quality of the product but also poses safety risks during transportation, such as shifting cargo that can lead to accidents. Therefore, it is imperative for companies to determine the transportable moisture limit of their products before shipment.To measure the transportable moisture limit, various tests are conducted, often involving laboratory analysis where samples of the material are subjected to different moisture levels. The results help establish a threshold that indicates the safe level of moisture content for transport. Furthermore, understanding this limit allows companies to implement better storage and handling practices, ensuring that materials do not become too wet during transit.In addition to safety concerns, the transportable moisture limit also has economic implications. Overloading materials with moisture can lead to increased shipping costs due to weight, potential damage to cargo, and the need for additional handling. By adhering to the transportable moisture limit, companies can optimize their logistics, reduce waste, and enhance profitability.Moreover, regulatory bodies often set guidelines regarding the transportable moisture limit for certain materials. These regulations are designed to protect both the environment and public safety. For example, transporting coal or iron ore above their transportable moisture limit can result in run-off that contaminates water sources. Thus, compliance with these regulations is not just a matter of corporate responsibility; it is also a legal requirement.In conclusion, the transportable moisture limit is a vital parameter that impacts the safety, quality, and economic viability of transporting bulk materials. Companies must invest in understanding and measuring this limit to ensure responsible handling and compliance with regulations. As industries continue to grow and evolve, the importance of the transportable moisture limit will only increase, making it a key focus area for engineers, logistics managers, and safety professionals alike.

“可运输水分极限”的概念在散装物料处理领域至关重要，尤其是在处理能够吸收水分的材料时。这个术语指的是材料在安全运输时可以容纳的最大水分量，而不会危及结构完整性或造成环境危害。理解“可运输水分极限”对于采矿、农业和航运等行业至关重要，因为这些行业通常涉及谷物、矿石和肥料等散装材料的运输。当散装材料暴露于水分时，它们的物理特性可能会发生显著变化。例如，如果谷物超过其“可运输水分极限”，它们可能会膨胀、聚集在一起，甚至发酵。这不仅影响产品质量，还在运输过程中带来安全风险，例如货物位移可能导致事故。因此，企业在发货前必须确定产品的“可运输水分极限”。为了测量“可运输水分极限”，通常会进行各种测试，通常涉及实验室分析，其中材料样本会在不同的水分水平下进行处理。结果有助于建立一个阈值，指示安全运输的水分含量水平。此外，了解这一极限使公司能够实施更好的储存和处理实践，确保材料在运输过程中不会过于潮湿。除了安全问题外，“可运输水分极限”还有经济方面的影响。过度加湿的材料可能会导致由于重量增加而增加运输成本，可能对货物造成损坏，并需要额外的处理。通过遵守“可运输水分极限”，公司可以优化物流，减少浪费，提高盈利能力。此外，监管机构通常会就某些材料的“可运输水分极限”设定指导方针。这些规定旨在保护环境和公众安全。例如，运输煤炭或铁矿石超过其“可运输水分极限”可能导致径流污染水源。因此，遵守这些规定不仅是企业责任的问题；也是法律要求。总之，“可运输水分极限”是影响散装材料运输的安全性、质量和经济可行性的关键参数。公司必须投资于理解和测量这一极限，以确保负责任的处理和遵守法规。随着各行业的持续发展和演变，“可运输水分极限”的重要性将只会增加，使其成为工程师、物流经理和安全专业人员等人关注的重点领域。