潜水搅拌机的选型是一项比较复杂的工作，选型方案的正确与否直接影响到设备的正常使用，作为选型的原则就 是要让搅拌机在适合的容积里发挥充分的搅拌功能，这个标准一般可用流速来确定。根据污水处理厂的不同工艺要 求，搅拌机选型的最佳流速应保证在0. 15~0.3m/s 之间，如果低于0. 15m/s 的流速则达不到推流搅拌的效果，如果超 过0.3m/s  的流速则会影响工艺效果且造成浪费。所以在选型前，首先要确定潜水搅拌机运用在什么场所，如：污水 池、污泥池还是生化池；其次是介质的参数，如：悬浮物含量、温度、PH 值等；还有水池的形状、水深甚至安装方 式等都将对选型产生影响，同时还应考虑到节能因素，因为这将会影响到用户今后的运行成本。可参考下面的潜水搅 拌机流场图。

为了满足在不同的环境下都能达到最佳的搅拌功能，我们为用户提供了多种型号的潜水搅拌机，同时可提供选型 服务。

The selection of submersible mixers is a complex task, and the correctness of the selection scheme directly affects the nor

-mal use of the equipment. As a principle of selection, the mixer should be allowed to fully play its mixing function in a suitable

volume, and this standard can generally be determined by the flow rate. According to the different process requirements of sew

-age treatment plants, the optimal flow rate for the selection of mixers should be ensured to be 0 Between 15~0.3m/s, if it is bel

-ow 0 A flow rate of 15m/s cannot achieve the effect of jet mixing. If the flow rate exceeds 0.3m/s, it will affect the process effici

-ency and cause waste. So before selecting, the first step is to determine where the submersible mixer will be used, such as se

-wage tanks, sludge tanks, or biochemical tanks; Next are the parameters of the medium, such as suspended solids content, te

-mperature, pH value, etc; The shape, water depth, and even installation method of the water tank will have an impact on the se

-lection, while also considering energy-saving factors, as this will affect the future operating costs of users. You can refer to the

flow field diagram of the submersible mixer below.

In order to achieve the best mixing function in different environments, we provide users with various models of submersible

 mixers and offer selection services.