If your operations require the transfer of fluids, you’re probably familiar with centrifugal pumps. If your specific applications involve the transfer of harsh substances, you might also be familiar with centrifugal chemical pumps, which are designed to withstand fluids that other pumps can’t handle.
Even those who work, manage, or own operations that utilize centrifugal chemical pumps are often not fully aware of the capabilities of these devices. You might be surprised to discover the following facts about centrifugal chemical pumps.
Each year, manufacturing facilities use an average of 95.1 kilowatt-hours of electricity and 536,500 Btu of natural gas per square foot. As facility owners seek sustainable solutions, any components that can create energy-saving operations are a win. Centrifugal chemical pumps fall into this category. Compared to other pumping technologies, centrifugal chemical pumps rank high in energy efficiency.
This energy conservation offers two key benefits. First, the efficiency reduces operating costs. Second, the pumps are less demanding of the energy systems involved. This is particularly important when facility managers must run multiple pumps and other equipment simultaneously. The energy-efficient centrifugal chemical pumps reduce the strain that large operations can place on energy supplies.
Centrifugal chemical pumps offer smooth, accurate flow. This reduces the risk of system failure or production compromises that can be caused by pulsation. With these pumps in place, it is also likely that flow conditioners and pulsation dampeners will not be necessary, which reduces the cost and complexity of the systems involved.
This smooth operation is particularly crucial when transferring chemicals that require high safety measures and delicate handling. It is also key when systems must be able to deliver precision fluid transfers. The smooth flow provided by centrifugal chemical pumps provides accurate, reliable transfer, without sacrificing speed and volume.
For many pumps, a run-dry situation is a destructive situation. In just a few minutes, the pump can be damaged and will require significant repairs or replacement. This isn’t the case with specialized centrifugal chemical pumps. Equipped with a carbon bushing, Finish Thompson centrifugal chemical pumps can run dry for extended periods.
The carbon bushing material offers a low coefficient of friction while rare earth magnets reduce the rotating mass. This innovative design prevents damage to the pump in a run-dry situation. If a system malfunction or human error occur that cause a run-dry scenario, these pumps have the robust construction to survive.
Centrifugal chemical pumps often feature corrosion-resistant materials of construction. Their durable construction makes them impervious to even the harshest chemicals. Applications that would quickly cause wear and tear to other designs are not an issue for these pumps. They can operate under extreme conditions while delivering long-lasting performance. With a low-maintenance design, centrifugal chemical pumps also require less attention and repair than other pump styles.
This durability provides two benefits. First, operators can process corrosive chemicals without concern for pump damage. Second, the pumps offer long lifespans with little maintenance, which reduces cost and delivers great ROI.
Centrifugal chemical pumps are available in various configurations to suit a full range of applications. Due to their versatility, they are the most commonly used pump style for the transfer of low-viscosity fluids in lower head and high flow applications. They are also a popular choice for unique applications requiring durable design.
Self-priming pumps are designed for pumping from above the fluid level or can be mounted at ground level to pull fluid from the top of double-wall tanks, railcars and tanker trucks, while flooded suction pumps can be mounted on a tank’s exterior, and vertical models offer a smaller footprint for applications with limited space.
Various styles of centrifugal chemical pumps are ideal for applications across multiple industries, including:
The features noted above make mag drive pumps ideal for myriad industrial applications. Pump owners in a wide variety of settings can rely on a mag drive pump to provide a robust solution for their operations. These applications include:
Additional applications for centrifugal chemical pumps include:
To meet the demands of these various applications, Finish Thompson offers a diverse range of centrifugal chemical pumps. Our models include:
Finish Thompson Inc. designs and manufactures pumps for the safe transfer of a wide variety of corrosive liquids. Products include sealless mag-drive centrifugal pumps with run-dry capability, mechanically sealed pumps, drum/barrel pumps, vertical mag-drive pumps, multi-stage pumps and FTI Air line of air operated double diaphragm (AODD) pumps. For durable solutions for your applications, contact Finish Thompson Inc.