intermittent type settling basin

简明释义

间歇式沉淀池

英英释义

例句

1.Engineers recommend using an intermittent type settling basin for better sediment management.

工程师建议使用间歇式沉淀池以更好地管理沉淀物。

2.The design of the intermittent type settling basin ensures that sedimentation occurs effectively during the operational cycles.

这种间歇式沉淀池的设计确保在操作周期内沉淀过程有效。

3.The intermittent type settling basin can be operated in batch mode to optimize the settling process.

可以以批量模式操作间歇式沉淀池以优化沉淀过程。

4.In wastewater treatment, the intermittent type settling basin helps in reducing the concentration of suspended solids.

在废水处理过程中，间歇式沉淀池有助于降低悬浮固体的浓度。

5.The intermittent type settling basin is particularly useful in areas with fluctuating inflow rates.

在流入量波动的地区，间歇式沉淀池特别有用。

作文

In the field of water treatment, various methods and structures are employed to ensure that water is clean and safe for consumption. One such structure is the intermittent type settling basin, which plays a crucial role in the sedimentation process. The intermittent type settling basin is designed to allow water to flow through it intermittently, providing periods of rest for suspended particles to settle down. This method is particularly effective in improving the quality of water by removing solids that can cause turbidity and other issues.The operation of an intermittent type settling basin involves alternating cycles of inflow and rest. During the inflow phase, water enters the basin, carrying with it various suspended solids. As the water fills the basin, the velocity decreases, allowing gravity to act on the suspended particles. These particles gradually settle at the bottom of the basin, forming a layer of sludge. Once the designated time for the inflow is complete, the basin enters a resting phase where no additional water is introduced. This resting period is essential as it allows more particles to settle, enhancing the overall efficiency of the sedimentation process.One of the significant advantages of using an intermittent type settling basin is its ability to handle varying flow rates. Unlike continuous systems, which may struggle during peak flow conditions, the intermittent design allows for flexibility. This adaptability makes it suitable for different environments, especially in areas where water flow can be unpredictable. Furthermore, this type of basin can be constructed using various materials, making it a versatile option for many water treatment facilities.However, there are challenges associated with the intermittent type settling basin. For instance, the maintenance of the basin is crucial to ensure its effectiveness. The accumulated sludge must be regularly removed to prevent it from interfering with the settling process. Additionally, operators must monitor the water quality continuously to determine optimal resting times and inflow rates. Failure to manage these aspects can lead to reduced performance and potentially compromise water quality.In conclusion, the intermittent type settling basin is an essential component of modern water treatment practices. Its design allows for efficient sedimentation, adapting to varying flow conditions, and improving water quality. While it presents certain operational challenges, the benefits it provides, particularly in terms of flexibility and effectiveness, make it a valuable asset in ensuring clean water for communities. As we continue to face challenges related to water scarcity and pollution, understanding and utilizing structures like the intermittent type settling basin will be vital in our efforts to maintain sustainable water resources.

在水处理领域，采用各种方法和结构以确保水的清洁和安全。在这些结构中，间歇式沉淀池发挥着至关重要的作用，促进沉淀过程。间歇式沉淀池的设计允许水以间歇的方式流过，从而为悬浮颗粒提供沉降的时间。这种方法在去除可能导致浑浊和其他问题的固体物质方面特别有效。间歇式沉淀池的操作涉及进水和休息的交替周期。在进水阶段，水流入池中，携带各种悬浮固体。当水充满池时，流速减缓，使重力作用于悬浮颗粒。这些颗粒逐渐沉降到池底，形成污泥层。一旦设定的进水时间结束，池就进入休息阶段，此时不再引入额外的水。这段休息时间至关重要，因为它允许更多颗粒沉降，从而提高沉淀过程的整体效率。使用间歇式沉淀池的一个显著优点是其处理变化流量的能力。与可能在高峰流量条件下挣扎的连续系统不同，间歇式设计允许灵活性。这种适应性使其适用于不同环境，尤其是在水流不可预测的地区。此外，这种类型的池可以使用各种材料构建，使其成为许多水处理设施的多功能选择。然而，间歇式沉淀池也面临挑战。例如，池的维护对于确保其有效性至关重要。积累的污泥必须定期清除，以防干扰沉淀过程。此外，操作人员还必须持续监测水质，以确定最佳的休息时间和进水速率。未能管理这些方面可能导致性能降低，甚至可能危及水质。总之，间歇式沉淀池是现代水处理实践的重要组成部分。其设计允许高效沉淀，适应变化的流量条件，并改善水质。尽管它存在某些操作挑战，但它所提供的灵活性和有效性使其成为确保社区清洁水源的宝贵资产。随着我们继续面临与水资源短缺和污染相关的挑战，理解和利用像间歇式沉淀池这样的结构将对维持可持续水资源至关重要。