oil mist

简明释义

油雾

英英释义

例句

1.The presence of oil mist (油雾) can indicate that the machinery is leaking or malfunctioning.

出现油雾可能表明机器正在泄漏或发生故障。

2.Regular maintenance is essential to prevent the accumulation of oil mist (油雾) in the workshop.

定期维护对防止车间内油雾积聚至关重要。

3.To improve air quality, the company invested in a filtration system designed to capture oil mist (油雾).

为了改善空气质量，公司投资了一种设计用于捕捉油雾的过滤系统。

4.The factory installed a new ventilation system to reduce the levels of oil mist (油雾) in the air.

工厂安装了新的通风系统，以降低空气中油雾的浓度。

5.Workers are required to wear masks to protect themselves from inhaling oil mist (油雾) during machining processes.

在加工过程中，工人们需要佩戴口罩，以保护自己免受吸入油雾的影响。

作文

In industrial settings, the presence of oil mist (油雾) can be a significant concern for both safety and health. Oil mist refers to tiny droplets of oil that are suspended in the air, often resulting from machining processes where cutting fluids are used. These droplets can be harmful if inhaled, leading to respiratory issues and other health problems for workers exposed to them over prolonged periods.The generation of oil mist occurs during various operations, such as milling, grinding, or turning, where metal is cut and lubricated with oil-based fluids. As the tools interact with the materials, the heat generated can cause the oil to vaporize and subsequently condense into fine particles, creating a cloud of oil mist around the workspace. This not only poses health risks but can also affect the visibility and overall working conditions in an industrial environment.To mitigate the risks associated with oil mist (油雾), many companies have implemented various control measures. One common approach is the use of local exhaust ventilation systems that capture the oil mist at the source before it disperses into the workplace. These systems are designed to filter and remove the oil mist, ensuring that the air quality remains safe for employees.Another effective strategy is the use of mist collectors, which are specialized devices that can capture and filter out oil mist from the air. These collectors work by drawing in the contaminated air, passing it through a series of filters that trap the oil droplets, and then releasing cleaner air back into the environment. By employing such technology, industries can significantly reduce the concentration of oil mist in the air, thereby improving the overall safety and health of their workers.In addition to engineering controls, employee training plays a crucial role in managing oil mist hazards. Workers should be educated about the potential dangers of oil mist and trained on how to operate machinery safely to minimize its generation. This includes proper maintenance of equipment to ensure that cutting fluids are used efficiently and effectively, reducing the likelihood of excessive mist production.Moreover, regular monitoring of air quality is essential to identify levels of oil mist in the workplace. This can involve using air sampling techniques to measure the concentration of oil mist and ensure that it remains within acceptable limits. If levels are found to be too high, immediate action can be taken to address the issue, protecting the health of workers.In conclusion, understanding and controlling oil mist (油雾) is vital in maintaining a safe and healthy industrial environment. Through the implementation of proper ventilation systems, the use of mist collectors, employee training, and regular monitoring, industries can effectively manage the risks associated with oil mist. This not only safeguards the health of workers but also enhances productivity by creating a cleaner and safer workplace. As industries continue to evolve, addressing concerns like oil mist will be essential in promoting sustainable and responsible manufacturing practices.

在工业环境中，油雾的存在可能对安全和健康构成重大隐患。油雾是指悬浮在空气中的微小油滴，通常由使用切削液的加工过程产生。如果吸入这些油滴，可能会对工人造成健康危害，导致呼吸问题和其他健康问题。油雾的产生发生在各种操作中，例如铣削、磨削或车削，在这些操作中，金属被切割并用油基液体润滑。当工具与材料相互作用时，产生的热量可能导致油蒸发，随后凝结成细小颗粒，在工作空间中形成一片油雾云。这不仅对健康构成风险，还可能影响工业环境中的能见度和整体工作条件。为了减轻与油雾（油雾）相关的风险，许多公司实施了各种控制措施。一种常见的方法是使用局部排气通风系统，这些系统能够在油雾扩散到工作场所之前捕获它。这些系统旨在过滤和去除油雾，确保空气质量对员工安全。另一种有效的策略是使用雾收集器，这是一种专门的设备，可以捕获和过滤空气中的油雾。这些收集器通过吸入受污染的空气，经过一系列过滤器来捕捉油滴，然后将更清洁的空气释放回环境中。通过采用这种技术，工业可以显著减少空气中油雾的浓度，从而改善工人的整体安全和健康。除了工程控制外，员工培训在管理油雾危害方面也起着至关重要的作用。工人应接受关于油雾潜在危险的教育，并接受如何安全操作机械以最小化其产生的培训。这包括对设备的适当维护，以确保切削液的有效和高效使用，从而减少过量雾气产生的可能性。此外，定期监测空气质量对于识别工作场所油雾的水平至关重要。这可以涉及使用空气采样技术来测量油雾的浓度，并确保其保持在可接受的范围内。如果发现水平过高，可以立即采取措施解决问题，保护工人的健康。总之，理解和控制油雾（油雾）对于维持安全和健康的工业环境至关重要。通过实施适当的通风系统、使用雾收集器、员工培训和定期监测，工业可以有效管理与油雾相关的风险。这不仅保障了工人的健康，还通过创造一个更清洁和安全的工作场所来提高生产力。随着工业的不断发展，解决像油雾这样的担忧将在推动可持续和负责任的制造实践中发挥重要作用。