A Flexible Pump With Many Applications - The Vertical Booster Pump

One of the most popular types in their category, multistage centrifugal pumps help engineers work with a high level of efficiency. With a variable range of head and flow as well as a high level of efficiency, it is easy to see why these pumps are the go-to option for a multitude of applications.

How do multistage centrifugal pumps work?There are multiple liquid chambers in a centrifugal pump and these are connected in series. Any fluid that passes through the first chamber is subjected to suction line pressure and leaves with elevated pressure. After it passes through this first stage, the fluid is subjected to further pressure in the second stage. Based on the number of stages present in the pump, the higher the discharge pressure in the final stage. Pumps have an ability to push the pressure as high as possible but the range of flow always remains the same at a given RPM.There are different types of multistage pumps but mainly those with a horizontal shaft and those with a vertical shaft. The vertical -shaft propelled ones are known as vertical centrifugal pumps or vertical booster pumps.

How do vertical booster pumps work?Vertical booster pumps have a vertical shaft with each stage stacked above the other. The advantage of these pumps is that they have smaller clearances and are the best choice for clean water applications. These pumps are also called cantilever pumps as they have their own support configuration along with a shaft. This allows the volute to remain in the sump while the product bearings are outside it. Vertical booster pumps are used for "throttle brushing" and as "parts washers". They are also used in :? De-superheater feed? Boiler water feed? High-pressure systems such as showers

The best application of vertical multistage pumps is in areas without many footprints to spare. Two of their major advantages are their ability to :? Provide high-pressure water output with just a motor and a single pump body.? Operate in many flow scenarios and save energy. These pumps, however, do not support debris and significantly big solids. They can struggle when placed under deadhead working conditions.When purchasing a vertical centrifugal pump, you will need to get the advice of a qualified engineer who can help you choose a pump that works specifically for your requirement.

Applications of vertical centrifugal pumpsCompanies such as ATE provide vertical centrifugal pumps that have several benefits and applications. These benefits include:1. Reverse osmosis2. Water treatment3. Pressure boosting and4. Boiler applications.

The sleeper head-capacity curve of these pumps makes for a more sleek design and provides the optimal amount of pressure required.

Vertical multistage pumps are thus, a great option to use when you are working with sources of freshwater such as sumps, wells and even corrosive wet pits. They can submerge and get the water to flow out with a pressure that is best suited for any application and also remain eco-friendly and affordable at the same time.

K V Gopalakrishnan is a writer who has very good experience in writing articles & blogs. The writer has a flair for writing and he keeps on writing various articles and blogs related to the industry.