Piston pumps Reciprocating piston pumps are cool machines that help to displace liquids from this spot to that. They operate like a see-saw at the playground, lifting and falling to push the liquid. But how do these pumps work, and why are they important?
Reciprocating piston pump is defined as a a special form of pump in which liquid is raised and moved through a piston. Pressure is created by the back-and-forth movement of a piston inside a cylinder that forces liquid through a pipe. It is used in applications like oil and gas, agriculture and factories to move water, chemicals and oil.
Picture that big syringe you use to give medicine. A plunger pump operates on the sa me principle. As the piston moves down, a vacuum is created and the liquid is drawn into the cylinder. Then, when the piston moves up, it forces the liquid through a valve and into a pipe. This cycle repeats itself, with the liquid transferring from one location to another.
The single acting reciprocating pumps of BeyondPetro have several core components. The cylinder is where the piston slides in and out creating pressure. There are valves that open and close to direct when and how the liquid flows in and out. The piston is actuated by a motor to reciprocate. All these parts collaborate to ensure the pump functions smoothly.
One major reason for using reciprocating piston pumps is because they can generate high pressure. This is why they are ideal in pumping viscous liquids or in pushing liquids over a long distance. Best of all, they’re very reliable, and should last a long time if properly maintained. And besides, such pumps can be used in an infinite number of applications and industries.
Reciprocating piston pumps are utilized across various industries for many applications. In oil and gas, they are used to pump oil from wells into storage tanks. On farms, they help distribute water for crops. In factories, they mix and transport chemicals to create products. You need these pumps to keep things rolling smoothly.