Pumps are essential to many systems, including industrial processes and plumbing systems. If your pump is not working, you may need to buy a new, more efficient one. Because new industrial pumps can be expensive, gathering all the information you need to pick one that will work best for your company is crucial. Here are some tips for you.
Consider the fluid’s characteristics.
The fluid to be pumped should be the primary consideration when choosing a pump. For instance, you don’t want a pump that only pumps water, yet you need an industrial pump that can transfer oil products. If you are pumping chemicals, the pump should be able to withstand their corrosive nature.
When choosing a pump, it’s also crucial to consider the fluid’s viscosity and the presence of solid components (such as wastewater pumps). When other liquids, such as food products, are stirred, they become more viscous. Others, like paint or glue, are quite vicious when moving. Therefore, consider the fluid’s characteristics when choosing a pump at PumpBiz.
Calculate the pumping volume
Most pumps measure fluid flow in gallons per minute or cubic meters per hour. The volume of the fluid being pumped affects how large the pump must be in terms of size and physical space requirements. Don’t forget to assess the diameter of the pipelines the pumped volume must pass through. Pick slower pumps over faster ones since they are less likely to wear.
How high are you pumping the fluid?
Since the pumping volume decreases as pumping pressure increases, this point is related to the one above. The height difference between the lower and upper water levels is the key element here (geodetic head). Pumping at higher pressures can go as high as 200 meters. The same rule applies if the horizontal distance is vast—the second pump functions as a booster and nearly doubles the output. As a result, two (identical) pumps can occasionally be operated in series if an adaptor is utilized.
Consider the solids present in the fluid.
Because sewage and greywater pumps can each only manage a specific volume of solid waste, this consideration is very significant. If the fluid has solid materials, the filter perforation size in the pump determines which particles, some of which are up to 30 mm in length, can still pass. Compared to other pumps, sewage pumps clog easily; hence they require impellers with cutting blades that can separate woven fibers. Mixers in front of the suction inlet will help viscous media flow freely wherever they are pumped.
Only dry environments in the pumping station may be used to install some pumps. In contrast, submersible pumps are used while submerged in the fluid. Just inquire as to whether the pump is suitable for your application. Ensure the pump has a centrifugal oil lubrication system because these will function flawlessly in horizontal and vertical installation positions.
Purchasing your pump from a reputable vendor is advisable to ensure you get the right quality.