What are the benefits of barrel pumps in the chemical industry?
For security concerns, acids, solvents, and chemical compounds are transferred using a special pump called the barrel pump. They allow aggressive, combustible, and corrosive fluids to be transferred from one container to another. How do these drum pumps operate? What characteristics distinguish them? Why are they best for the chemical industry? Read the post to learn about these pumps.
What is a barrel pump?
Barrel pumps are intended to make it simple and safe to transfer or distribute almost any chemical from containers like barrels or drums. These pumps are sometimes known as drum pumps. A wide range of types, tube lengths, and accessories are available to meet the needs of various industries. Some dispense the fluid manually, utilizing handles, levers, or plungers.
They are made up of a driving shaft and a helical rotor or worm screw located at the tube’s extremity, with the motor at the opposite end. When the latter is begun, both the pump body and the screw pump’s rotor start moving. The spinning of this impeller causes the fluid to travel along a parallel axis to the driving shaft, which allows it to be evacuated via the discharge hose.
Pumps for Chemical Production
Barrel pumps are utilized in a variety of applications, such as agri-food pumps, product dosage, and gasoline or motor oil transfer. Nonetheless, these suction pumps are mostly utilized to move liquids in the chemical sector.
How To Choose A Barrel Pump
The pumping system’s materials are determined by the liquid that will be evacuated or transported.
- Polypropylene pumps work well with neutral or mildly aggressive liquids.
- Pumps manufactured of PVDF (polyvinylidene fluoride), a highly corrosion-resistant polymer, are ideal for handling pure acids or strong liquids.
- Stainless steel and PTFE (polytetrafluoroethylene) are superior choices for solvents or viscous liquids.
They may be paired with a variety of accessories.
- Connection pipes.
- A flow meter is used to assist dosing or to assure semi-automated filling.
- A filling gun or ball valve ensures safer handling.
- When the pump is turned off, a check valve prevents prime loss. It is often located at the discharge and is composed of stainless steel, cast iron, or bronze to withstand chemical compounds.
Easy installation and complete safety
These immersion pumps are lightweight, making them easier to handle. The system is incredibly simple to install. The pump’s stiff probe is submerged vertically in the container. It comes with a bung, which is a screw-on mechanism that allows it to be secured to the drum. This small installation significantly decreases the possibility of product splashing.
Conclusion
Barrel pumps may seem like a small part of the chemical industry, but their impact is huge. They make the workplace safer, help save time, reduce waste, and ensure that liquids are handled properly. Whether you’re dealing with acids, solvents, oils, or other chemicals, a barrel pump can make the job faster, safer, and more efficient.
If you’re in the chemical industry and not yet using barrel pumps, now might be the right time to consider adding them to your toolkit.
Ceracin
Ceracin has expertise in industrial pump manufacturing since 2016. We are committed to provide our nation with the highest quality pumps at competitive prices.