dewater

简明释义

英[diːˈwɔːtə(r)]美[diˈwɔtər]

v. 使（沉积物或废料）脱水

英英释义

单词用法

同义词

反义词

例句

1.Because there are plenty of dusty particles and clay mineral in tailings, it is a main technical problem to solidify and dewater the tailings.

尾砂中含有大量的粉粒和粘土矿物，尾砂浆的固结和脱水是尾砂固化的主要技术难题。

2.Experiment indicates that thermal chemical combined with filtration is an effective way of aging oil treatment can guarantee the stability of electric field of a dewater unit.

通过现场试验，认为热化学和过滤方式结合来处理老化油能达到较好的效果，能够保证电脱水器电场的稳定。

3.The traditional drainage method isn′t practical. Drainage cutting combined with weeper drain could quickly dewater to the designed water level.

用疏导法排水与盲沟排水相结合的技术措施，能快捷有效地把泉水降至设计标高以下。

4.The deep dewater of one section in Shenyang subway No. 1 line is very difficult.

沈阳地铁一号线某标段深层降水难度较大。

5.This article introduces mainly about the application of ceramic dewater element in paper machine, and lays stress on the machining and improving of the base plate of dewater element.

介绍了陶瓷脱水元件在造纸机上的应用，着重介绍了脱水元件基板的加工和改造。

6.Because of their larger size and structure, gypsum crystals settle and dewater better than calcium sulfite crystals, reducing the required size of by-product handling equipment.

因为水晶解决的他们大号和结构，石膏脱水更比亚硫酸钙晶体，降低的副产品处理设备尺寸的要求。

7.The construction crew needs to dewater the site before pouring the foundation.

施工队需要在浇筑基础之前排水工地。

8.To prevent flooding, the engineers decided to dewater the area around the river.

为了防止洪水，工程师们决定排水河流周围的区域。

9.They installed pumps to dewater the flooded basement.

他们安装了泵来排水被淹的地下室。

10.The mining operation must dewater the pit to ensure worker safety.

矿山作业必须排水坑道以确保工人安全。

11.Before starting the excavation, the team will dewater the area to avoid issues.

在开始挖掘之前，团队会排水该区域以避免问题。

作文

In the world of engineering and construction, the term dewater refers to the process of removing water from a construction site or any other area that requires dryness for various reasons. This procedure is crucial, especially in projects involving foundations, tunnels, or underground facilities. When water accumulates in these areas, it can pose significant challenges, including delays in construction, increased costs, and potential safety hazards. Therefore, understanding how to effectively dewater is essential for engineers and construction managers alike. The methods used to dewater a site can vary depending on the specific conditions and requirements of the project. One common technique is the use of pumps to extract groundwater. These pumps can be placed strategically around the site to lower the water table, allowing workers to operate in a dry environment. Another method involves the installation of drainage systems, which can redirect water away from the construction area. Additionally, techniques such as well points or deep wells can be employed to facilitate the dewater process. Effective dewater strategies not only help in maintaining a safe working environment but also contribute to the overall efficiency of the construction process. For instance, when a site is dry, it allows for faster progress in laying foundations, pouring concrete, and completing other critical tasks. Conversely, if water is not adequately managed, it can lead to soil erosion, instability, and even damage to existing structures. Thus, the importance of proper dewater practices cannot be overstated. Furthermore, the environmental impact of dewater activities must also be considered. Engineers must ensure that the removal of water does not adversely affect the surrounding ecosystem. For example, excessive pumping can lower the water table in nearby areas, potentially harming local flora and fauna. Therefore, it is essential to implement sustainable dewater methods that minimize ecological disruption. In conclusion, the process of dewater is a vital aspect of construction and engineering projects. It involves various techniques aimed at removing water from sites to ensure safety, efficiency, and environmental responsibility. As construction projects continue to evolve, the methods and technologies used for dewater will likely advance as well, leading to more effective and sustainable practices in the industry. Understanding the significance of dewater is crucial for anyone involved in construction, as it plays a key role in the success of any project, large or small.

在工程和建筑的世界中，术语dewater指的是从建筑工地或任何其他需要干燥的区域去除水的过程。这一程序至关重要，尤其是在涉及基础、隧道或地下设施的项目中。当水在这些区域积聚时，会带来重大挑战，包括施工延误、成本增加和潜在的安全隐患。因此，理解如何有效地dewater对工程师和建筑经理来说至关重要。 用于dewater现场的方法可以根据项目的具体条件和要求而有所不同。一种常见的技术是使用泵抽取地下水。这些泵可以在工地周围战略性地放置，以降低水位，使工人在干燥的环境中作业。另一种方法是安装排水系统，可以将水引导离建筑区域。此外，还可以采用井点或深井等技术来促进dewater过程。 有效的dewater策略不仅有助于维护安全的工作环境，还有助于提高建筑过程的整体效率。例如，当工地干燥时，可以更快地进行基础铺设、浇筑混凝土和完成其他关键任务。相反，如果水没有得到适当管理，可能会导致土壤侵蚀、不稳定，甚至损坏现有结构。因此，适当的dewater实践的重要性不容小觑。 此外，还必须考虑dewater活动对环境的影响。工程师必须确保去除水不会对周围生态系统产生不利影响。例如，过度抽水可能会降低附近地区的水位，可能会危害当地植物和动物。因此，实施可持续的dewater方法以最小化生态破坏至关重要。 总之，dewater过程是建筑和工程项目的重要方面。它涉及各种旨在去除工地水分以确保安全、高效和环境责任的技术。随着建筑项目的不断发展，用于dewater的方法和技术也可能会进步，从而在行业中形成更有效和可持续的实践。理解dewater的重要性对于任何参与建筑的人来说都是至关重要的，因为它在任何项目的成功中发挥着关键作用，无论大小。