1) optimization of coagulate reactor
絮凝池优化
2) optimization of flocculation conditions
絮凝条件优化
3) flocculation tank
絮凝池
1.
In order to solve the problems of low efficiency of flocculation tank in the water treatment plant and high chemicals dosage,the through hole velocity of the flocculation tank was adjusted,and the reasonable velocity gradient was set.
为解决净水厂絮凝池效率低、投药量大的问题,对絮凝池的过孔流速进行了调整,合理设置了速度梯度。
4) flocculation basin
絮凝池
1.
In view of the inappropriate energy distribution and too much hydraulic headlosses under the poor flow conditions of conventional reciprocal partition board flocculation basins,an arc design for the corner of flocculation basin and the section of partition board is proposed, and the flow structures of the conventional and improved flocculation basins are studied.
对传统往复隔板絮凝池所存在的水流条件不理想而造成的能量分配不合理、水头损失过大等问题 ,提出了将絮凝池拐角及隔板断面设计成圆弧形的方案 ,对现有絮凝池与改进后池形的水流结构进行了分析研究 ,就两种方案的不同进水流量、不同原水浊度及投药量时的水质浊度做了测试 ,同时还对不同方案及进水流量的加矾量与出水浊度的关系进行了探讨 。
5) lattice flocculent pond
网格絮凝池
1.
In accordance with comparison of the engineering design and the practical operation effect,the discussion was made on difference between the design requirements and the practical engineering effect in the theory design criterion of lattice flocculent pond and modified lattice flocculent pond.
结合工程设计实践与实际运行效果的对比,对网格絮凝池与改型网格絮凝池理论设计规范中的设计要求与实际工程效果之间的差距提出探讨。
6) folded plate flocculator
折板絮凝池
1.
PIV monitoring of flow fields in folded plate flocculators;
折板絮凝池流场的粒子图像测速试验研究
2.
Experimental Research and Numerical Simulation for Folded Plate Flocculator
折板絮凝池流场试验研究与数值模拟
3.
This paper summarized the developing history and discussed the flocculation mechanism and the existing problems of folded plate flocculator.
综述了折板絮凝池的发展历程,并探讨了絮凝机理和存在的问题,最后提出了采用PIV技术进行实验研究和CFD软件进行模拟的研究思路。
补充资料：絮凝
分子式：
CAS号：
性质：使水中悬浮微粒集聚变大，或形成絮团，从而加快粒子的聚沉，达到固-液分离的目的，这一现象或操作称作絮凝。通常絮凝的实施靠添加适当的絮凝剂，其作用是吸附微粒，在微粒间“架桥”，从而促进集聚。胶乳工业中，絮凝是胶乳凝固的第一阶段，是一种不可逆的聚集。絮凝剂通常为铵盐一类电解质。
CAS号：
性质：使水中悬浮微粒集聚变大，或形成絮团，从而加快粒子的聚沉，达到固-液分离的目的，这一现象或操作称作絮凝。通常絮凝的实施靠添加适当的絮凝剂，其作用是吸附微粒，在微粒间“架桥”，从而促进集聚。胶乳工业中，絮凝是胶乳凝固的第一阶段，是一种不可逆的聚集。絮凝剂通常为铵盐一类电解质。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条