The Best Pump for Moving Heavy Slurry

Utilizing a Slurry Pump for Heavier Materials

When dealing with heavy slurries, it’s essential to maintain a consistent flow throughout the pipeline. The material must flow at a designated rate that corresponds with the type of slurry being pumped. This specific flow velocity is commonly measured in feet per second. Continuous movement is crucial to prevent settling at the bottom of the piping. Properly applying the pump requires careful pre-planning to determine the necessary critical flow rate for the heavy slurry in question.

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The critical flow rate relates to a flow characterized by turbulence, essentially described as turbulent rather than laminar. This turbulence plays a vital role in preventing material from settling in the pipeline. The critical velocity of a fluid varies according to its density and viscosity. Although this article will not delve deeply into determining the critical velocity for heavy slurries, it’s important to note that the EDDY Pump is engineered to create turbulent flow because of its unique rotor design. Traditional centrifugal pumps, commonly used in slurry applications, generate laminar flow, which is less effective and one reason why they are not as suitable for heavy slurry operations compared to the EDDY Pump.

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The choice of pump for dewatering largely depends on the nature of the water being pumped. Personally, I favor a diaphragm pump, which can cope efficiently with the water infiltrating a low sump area consistently while also assisting in pumping it down with a secondary unit for replacement.

Dewatering can become complicated quickly and can be quite a nuisance without the right setup. For smaller jobs, electric pumps are usually the most straightforward option. It is crucial to establish a sump to lower the water level beneath the work area, and it’s commonplace to have dewatering wells around the job site. Ultimately, the decision rests on the volume of water you must manage.

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