flocculator

简明释义

英[ˈflɒkjʊˌleɪtə(r)]美[ˈflɑːkjʊleɪtər]

n. 絮凝器；浮洗器

英英释义

单词用法

同义词

反义词

例句

1.Based on the theory of fluid mechanics this paper suggests that different-size particles can be satisfactorily flocculated if free turbulence occupies almost all the space of the flocculator.

本文以流体力学理论为基础，提出在应用自由紊流的絮凝池内，大小不同的颗粒均可处于良好絮凝状态。

2.Based on the theory of fluid mechanics this paper suggests that different-size particles can be satisfactorily flocculated if free turbulence occupies almost all the space of the flocculator.

本文以流体力学理论为基础，提出在应用自由紊流的絮凝池内，大小不同的颗粒均可处于良好絮凝状态。

3.The present invention relates to drinking water treatment, and is especially process and electrical flocculator for treating fluoride and organic matter in drinking water.

一种饮用水中氟和有机物的处理方法及其电絮凝装置，涉及一种饮用水处理的工艺和装置。

4.The disperse coefficient and the volume utilization can be used as criteria to evaluate and compare the performance of hydraulic flocculator.

还提出扩散系数和容积利用率可作为评定絮凝器性能重要指标的观点。

5.It also provides a new researching method for folded plate flocculator and has an significant guidance for the actual engineering.

这为折板絮凝池的研究提供了一种新的方法，对实际工程有着重要的指导意义。

6.This paper studied the feasibility of pipeline type turbulence flocculator applied in strengthen the subsidence process.

主要研究管道式紊流絮凝器用于强化沉降过程的可行性。

7.Floc concentration distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器内絮团浓度的空间分布。

8.Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器内絮团粒度的空间分布。

9.Structure design and flocculating process. of the pipeline type turbulence flocculator.

管道式紊流絮凝器的结构设计及其絮凝过程。

10.The wastewater treatment plant installed a new flocculator to improve sedimentation efficiency.

污水处理厂安装了一台新的絮凝器以提高沉淀效率。

11.Operators monitored the flocculator closely to ensure optimal chemical dosing.

操作员密切监控絮凝器以确保最佳化学药剂投加。

12.In the laboratory, we used a small-scale flocculator for our experiments on water purification.

在实验室中，我们使用了一个小型絮凝器进行水净化实验。

13.The design of the flocculator can significantly affect the overall performance of the treatment process.

絮凝器的设计可以显著影响处理过程的整体性能。

14.After adding the coagulant, the flocculator helps in forming larger flocs for easier removal.

在添加混凝剂后，絮凝器有助于形成更大的絮体以便于去除。

作文

In the field of water treatment, the term flocculator refers to a crucial piece of equipment that plays a significant role in the process of removing impurities from water. The primary function of a flocculator is to facilitate the aggregation of fine particles suspended in water, allowing them to form larger clusters known as flocs. This process is essential for improving water clarity and ensuring that harmful contaminants are effectively removed before the water is distributed for use. The operation of a flocculator typically involves the addition of coagulants, which are chemical agents that help destabilize the fine particles. Once these coagulants are introduced into the water, the flocculator mixes the water vigorously to promote the collision of particles. As these particles collide, they begin to stick together, forming larger aggregates. This process is often referred to as flocculation. There are various types of flocculators, including mechanical and hydraulic designs. Mechanical flocculators utilize stirring mechanisms to mix the water, while hydraulic flocculators rely on the flow of water to achieve the same effect. Regardless of the type, the ultimate goal remains the same: to enhance the efficiency of the flocculation process. The importance of flocculators cannot be overstated, especially in municipal water treatment facilities. These systems are designed to ensure that the water supplied to communities is safe for consumption. Without effective flocculation, the presence of suspended solids could lead to health risks and aesthetic issues, such as turbidity and unpleasant odors. Moreover, the effectiveness of a flocculator can significantly influence the overall efficiency of the water treatment process. If flocs are not formed adequately, the subsequent sedimentation and filtration processes may become less effective, leading to higher operational costs and potential regulatory non-compliance. Therefore, operators must carefully monitor and adjust the conditions within the flocculator to optimize performance. In conclusion, the flocculator is an indispensable component of modern water treatment systems. It ensures that the water we consume is free from harmful contaminants by effectively promoting the aggregation of suspended particles. With the increasing demand for clean water, understanding and optimizing the function of flocculators will continue to be a priority for engineers and environmental scientists alike. By investing in advanced technologies and research, we can enhance the capabilities of flocculators and improve water treatment processes globally. The future of clean water relies heavily on our ability to innovate and refine these essential tools.

在水处理领域，术语flocculator指的是一项关键设备，它在去除水中杂质的过程中发挥着重要作用。flocculator的主要功能是促进悬浮在水中的细小颗粒的聚集，使其形成称为絮凝物的大团块。这个过程对于改善水的清澈度和确保在水分配使用之前有效去除有害污染物至关重要。 flocculator的操作通常涉及添加助凝剂，这是一种帮助颗粒失稳的化学试剂。一旦这些助凝剂被引入水中，flocculator会剧烈搅拌水，以促进颗粒的碰撞。当这些颗粒相互碰撞时，它们开始粘在一起，形成更大的聚合物。这个过程通常被称为絮凝。 有多种类型的flocculators，包括机械和液压设计。机械flocculators利用搅拌机制来混合水，而液压flocculators则依靠水流来实现同样的效果。无论类型如何，最终目标都是相同的：提高絮凝过程的效率。 flocculators的重要性不容小觑，特别是在市政水处理设施中。这些系统旨在确保供应给社区的水是安全可饮用的。如果没有有效的flocculation，悬浮固体的存在可能导致健康风险和美观问题，例如浑浊和不愉快的气味。 此外，flocculator的有效性可以显著影响水处理过程的整体效率。如果絮凝物未能充分形成，随后的沉淀和过滤过程可能变得不那么有效，从而导致更高的运营成本和潜在的法规不合规。因此，操作员必须仔细监控并调整flocculator内的条件，以优化性能。 总之，flocculator是现代水处理系统中不可或缺的组成部分。它通过有效促进悬浮颗粒的聚集，确保我们饮用的水不含有害污染物。随着对清洁水需求的不断增加，理解和优化flocculators的功能将继续成为工程师和环境科学家们的优先事项。通过投资先进技术和研究，我们可以增强flocculators的能力，改善全球水处理过程。清洁水的未来在很大程度上依赖于我们创新和完善这些重要工具的能力。