Pump stations are essential for a wide range of water moving needs and applications. You will find pumping stations exceedingly indispensable, from wastewater management to flood control, water supply, mining, irrigation, etc. However, like most equipment, pump stations come in different forms. For instance, you will need a floating or pontoon pumping station if you are working on water bodies like lagoons, lakes, streams, etc. And typically, floating pump stations rely on submersible pumps to get the job done. Similarly, not every submersible pump is the right fit for your station. Therefore, this guide will help you find the ideal pump for your pontoon pump station.
Think About the Pump Station Capacity
How much water do you need to pump at any given time? Having this information is crucial when it comes to selecting the ideal pump because it will help you determine the water delivery capacity you need from your pumps. With that in mind, you will also understand the number of submersible pumps you need for your station.
Understand Your Needs
Submersible pumps are designed for a wide range of applications. You can use them for irrigation, oil drilling, pumping from boreholes and wells, draining flood water, etc. Therefore, it's crucial to be specific about your needs when shopping for a submersible pump because there's rarely one type-for-all.
Check The Discharge Capacity
A submersible pump's discharge capacity comes in two primary ways: the discharge rate and the discharge head. Typically, the discharge rate refers to the amount of water the submersible pump can move within a given period like minutes, hours, etc. Therefore, the discharge rate determines the power level of the pump. Since different applications require different power levels, it would be best to consider your needs. For instance, if you want to move large volumes of water within a given period, you'd be better off with a submersible pump with a high discharge rate.
On the other hand, the discharge head indicates the pump's ability to move water over a certain height. Similarly, if you are pushing water from deeper sources, like mining, it would be best to go for a submersible pump with a high discharge head. Therefore, determine the height your pump needs to cover to ensure you pick one with the proper discharge head.
Power source also matters when choosing a submersible pump. This is especially crucial if you work in a remote place out in the waters with no electrical access. For such applications, you can choose a solar-powered pump. You can also consider an electric genset for your station.