secondary drain system

简明释义

辅泄水系统

英英释义

例句

1.The secondary drain system is designed to handle stormwater runoff effectively.

该二次排水系统旨在有效处理暴雨径流。

2.Regular maintenance of the secondary drain system is crucial for its optimal performance.

定期维护二次排水系统对其最佳性能至关重要。

3.In case of a primary drain failure, the secondary drain system kicks in to prevent flooding.

如果主排水系统发生故障，二次排水系统会启动以防止洪水。

4.The building's plumbing includes a secondary drain system to manage excess water during heavy rainfall.

这栋建筑的管道包括一个二次排水系统，以便在大雨期间处理多余的水。

5.During construction, they installed a secondary drain system to ensure the site remains dry.

在施工期间，他们安装了一个二次排水系统以确保工地保持干燥。

作文

In modern urban infrastructure, the management of stormwater and wastewater is crucial for maintaining public health and environmental sustainability. One essential component of this infrastructure is the secondary drain system, which serves as an auxiliary mechanism to manage excess water during heavy rainfall or flooding events. This system works in tandem with the primary drainage network, enhancing its capacity and efficiency. The secondary drain system is designed to collect and redirect stormwater that exceeds the capacity of the primary drains. It typically consists of additional channels, pipes, and retention basins that are strategically placed throughout urban areas. By providing an alternative pathway for excess water, the secondary drain system helps prevent flooding, reduces surface runoff, and minimizes the risk of waterlogging in low-lying areas. One of the key benefits of a well-designed secondary drain system is its ability to improve water quality. During heavy rains, pollutants from streets and other surfaces can wash into the stormwater system. The secondary drain system often includes features such as sediment traps and vegetated swales that filter out contaminants before they reach larger bodies of water. This not only protects aquatic ecosystems but also ensures that the water returning to natural waterways is cleaner and safer. Moreover, the implementation of a secondary drain system can enhance the resilience of urban areas against climate change. As extreme weather events become more frequent, cities must adapt their infrastructure to cope with increased rainfall and rising sea levels. The secondary drain system provides an important safety net, allowing cities to better manage stormwater and mitigate the impacts of flooding. In addition to its practical applications, the secondary drain system can also contribute to the aesthetic and recreational value of urban spaces. By integrating green infrastructure elements such as rain gardens and bioswales, cities can create beautiful landscapes that serve dual purposes: managing stormwater while enhancing community spaces. These features not only provide functional benefits but also promote biodiversity and improve the overall quality of life for residents. Despite its advantages, the effectiveness of a secondary drain system relies heavily on proper planning, maintenance, and public awareness. Local governments must invest in regular inspections and cleaning of these systems to ensure they operate efficiently. Additionally, community education initiatives can help residents understand the importance of keeping drains clear of debris and pollutants, fostering a sense of shared responsibility for local water management. In conclusion, the secondary drain system plays a vital role in urban drainage strategies, complementing primary systems to enhance flood control, improve water quality, and support sustainable urban development. As cities continue to grow and face new environmental challenges, the integration of effective drainage solutions like the secondary drain system will be essential for creating resilient and livable urban environments.

在现代城市基础设施中，雨水和废水的管理对于维护公共健康和环境可持续性至关重要。这个基础设施的一个重要组成部分是次级排水系统，它作为辅助机制来管理在暴雨或洪水事件期间的多余水分。该系统与主要排水网络协同工作，增强其容量和效率。次级排水系统旨在收集和重新引导超出主要排水能力的雨水。它通常由额外的渠道、管道和滞留池组成，这些设施在城市区域内战略性地放置。通过为多余水分提供替代通道，次级排水系统有助于防止洪水，减少地表径流，并最小化低洼地区水涝的风险。一个设计良好的次级排水系统的关键好处之一是其改善水质的能力。在大雨期间，街道和其他表面的污染物可能会冲入雨水系统。次级排水系统通常包括沉淀池和植被沟渠等特征，以过滤污染物，防止它们进入更大的水体。这不仅保护了水生生态系统，还确保回流到自然水道的水更清洁、更安全。此外，实施次级排水系统还可以增强城市对气候变化的韧性。随着极端天气事件变得更加频繁，城市必须调整其基础设施以应对降雨量增加和海平面上升的挑战。次级排水系统提供了一个重要的安全网，使城市能够更好地管理雨水并减轻洪水的影响。除了实用应用外，次级排水系统还可以提高城市空间的美学和休闲价值。通过整合绿色基础设施元素，如雨水花园和生物沟，城市可以创造出既能管理雨水又能提升社区空间的美丽景观。这些特征不仅提供功能性好处，而且促进生物多样性，提高居民的整体生活质量。尽管有其优势，次级排水系统的有效性在很大程度上依赖于适当的规划、维护和公众意识。地方政府必须投资定期检查和清理这些系统，以确保其高效运作。此外，社区教育计划可以帮助居民理解保持排水沟畅通无阻的重要性，培养对当地水管理的共同责任感。总之，次级排水系统在城市排水策略中发挥着至关重要的作用，补充主要系统以增强防洪能力、改善水质并支持可持续城市发展。随着城市不断增长并面临新的环境挑战，像次级排水系统这样的有效排水解决方案的整合对于创建具有韧性和宜居的城市环境至关重要。