formation of scum

简明释义

浮渣形成

英英释义

例句

1.To prevent the formation of scum 泡沫的形成, regularly skim the surface of your soup.

为了防止出现formation of scum 泡沫的形成，定期撇去汤面的泡沫。

2.During the cooking process, you might notice the formation of scum 泡沫的形成 when boiling meat.

在烹饪过程中，当煮肉时，你可能会注意到formation of scum 泡沫的形成。

3.The formation of scum 泡沫的形成 on the surface of boiling water indicates that it's reaching a high temperature.

沸水表面出现的formation of scum 泡沫的形成 表明它正在达到高温。

4.In brewing, the formation of scum 泡沫的形成 can affect the flavor of the beer.

在酿造过程中，formation of scum 泡沫的形成 可能会影响啤酒的味道。

5.The formation of scum 泡沫的形成 on stagnant water can indicate contamination.

静止水面上出现的formation of scum 泡沫的形成 可能表明水源被污染。

作文

The process of water purification is essential for maintaining a healthy environment and ensuring access to clean drinking water. One of the common issues that arise during this process is the formation of scum (浮渣的形成). Scum is typically a layer of impurities that floats on the surface of water, often composed of oils, fats, and other organic materials. This phenomenon can occur in various bodies of water, including lakes, rivers, and even in household settings like bathtubs or sinks. Understanding the causes and implications of the formation of scum (浮渣的形成) is crucial for effective water management and pollution control.The formation of scum (浮渣的形成) is primarily influenced by factors such as temperature, the presence of organic matter, and the level of agitation in the water. For instance, warmer temperatures can accelerate the decomposition of organic materials, leading to an increase in oils and fats that contribute to scum. Additionally, stagnant water conditions often exacerbate this problem, as there is less movement to disperse these impurities. Conversely, moving water tends to have lower levels of scum due to the natural mixing and aeration that occurs.In industrial settings, the formation of scum (浮渣的形成) can pose significant challenges. Wastewater treatment plants must be designed to handle the scum effectively, as it can clog filters and disrupt the overall treatment process. Regular monitoring and maintenance are vital to ensure that scum does not accumulate to problematic levels. Furthermore, industries must implement best practices to minimize the release of oily substances into water systems, thereby reducing the likelihood of scum formation.On a smaller scale, homeowners can also take steps to prevent the formation of scum (浮渣的形成) in their own spaces. Simple measures such as proper disposal of cooking oils and fats, regular cleaning of drains, and using grease traps can significantly reduce the amount of organic material entering the water system. By being proactive, individuals can help maintain the cleanliness of their water sources and contribute to a healthier ecosystem.The ecological impact of the formation of scum (浮渣的形成) cannot be overlooked. Scum can create a barrier that prevents sunlight from penetrating the water, which is detrimental to aquatic plants and organisms that rely on photosynthesis. Additionally, the decomposition of scum can lead to oxygen depletion in the water, resulting in dead zones where aquatic life cannot survive. This chain reaction emphasizes the importance of addressing scum formation to protect biodiversity and maintain healthy aquatic ecosystems.In conclusion, the formation of scum (浮渣的形成) is a significant environmental concern that affects both natural water bodies and human-made systems. By understanding its causes and implementing preventive measures, we can mitigate its impact and work towards cleaner water sources. Education and awareness are key in this endeavor, as both individuals and industries play a role in managing water quality. Ultimately, addressing the issue of scum formation is essential for sustaining our precious water resources for future generations.

水净化过程对于维护健康环境和确保获得清洁饮用水至关重要。在这个过程中，常见的问题之一就是浮渣的形成。浮渣通常是漂浮在水面上的杂质层，通常由油脂、脂肪和其他有机物组成。这种现象可以发生在各种水体中，包括湖泊、河流，甚至家庭环境如浴缸或水槽。了解浮渣的形成的原因和影响对于有效的水管理和污染控制至关重要。浮渣的形成主要受温度、有机物存在和水中搅动程度等因素的影响。例如，较高的温度可以加速有机物的分解，导致油脂和脂肪的增加，从而促进浮渣的生成。此外，静止水条件往往会加剧这个问题，因为缺乏运动使得这些杂质难以分散。相反，流动的水由于自然混合和通气，通常具有较低的浮渣水平。在工业环境中，浮渣的形成可能会带来重大挑战。污水处理厂必须设计成能够有效处理浮渣，因为它可能会堵塞过滤器并干扰整体处理过程。定期监测和维护对于确保浮渣不积累到问题水平至关重要。此外，工业界必须实施最佳实践，尽量减少油性物质排放到水系统中，从而降低浮渣形成的可能性。在小规模上，家庭也可以采取措施防止浮渣的形成。诸如正确处理烹饪油脂、定期清洁排水管和使用油脂捕集器等简单措施，可以显著减少进入水系统的有机物数量。通过主动采取措施，个人可以帮助维护水源的清洁，并为更健康的生态系统做出贡献。浮渣的形成对生态的影响不容忽视。浮渣可以形成屏障，阻止阳光穿透水面，这对依赖光合作用的水生植物和生物是有害的。此外，浮渣的分解可能导致水中氧气耗竭，造成水域“死区”，使水生生命无法生存。这一连锁反应强调了处理浮渣形成问题的重要性，以保护生物多样性和维护健康的水生生态系统。总之，浮渣的形成是一个重要的环境问题，影响着自然水体和人造系统。通过了解其原因并实施预防措施，我们可以减轻其影响，并朝着更清洁的水源努力。教育和意识在这一努力中至关重要，因为个人和工业都在水质管理中扮演着角色。最终，解决浮渣形成问题对于维持我们珍贵的水资源以供后代使用至关重要。