Ball pumps for thick liquids

It operated by the direct action of steam on water. Retrieved from " https: Since the sand was pumped through a pipe, Warren E.

Later designs were improved upon to enhance efficiency and to make the machine more accessible for inspection and repairs, thus reducing maintenance costs. Views Read Edit View history. It operated by the direct action of steam on water.

Retrieved from " https: Spill containment pumps provide safer handling of aggressive or hazardous liquids. It operated by the direct action of steam on water.

The sand slurry often wore through the piping before the pump failed. In a British engineer bought the patent rights of the Pulsometer [2] and it was introduced to the market soon thereafter. Around the turn of the century, ball pumps for thick liquids was a popular and effective pump for quarry pumping. Riley noted that although somewhat inefficient, the pulsometer's simplicity and robust construction made it well suited to pumping "thick liquids or semi-fluids, such as heavy syrups, or even liquid ball pumps for thick liquids. It was praised for its "extreme simplicity of construction, operation, compact form, high efficiency, economy, durability, and adaptability".

Ideal for all liquids thin or thick. The sand slurry often wore through the piping before the pump failed. Flap valve pumps are especially recommended for slurries and liquids with ball pumps for thick liquids solids. This can be a critical element in pump selection — for example in polymer injection, where the shear-sensitive liquid is easily damaged and made ineffective by the way it is pumped.

The invention was inspired by the Savery steam pump invented by Thomas Savery. The operation of the pulsometer is as follows: Website Design Kent by. In the company moved from London to Reading, Berkshire.

Unlike the typical single-diaphragm metering pump, Hydra-Cell pumps, with multiple diaphragms in a single head, can deliver a virtually pulse-free flow — an important advantage on many metering systems. Special-built ball pumps for thick liquids valve provides superior suction lift capabilities. The air chamber is for the purpose of preventing water-hammer in the suction pipe. Pumps ideally suited for a variety of food processing, pharmaceutical and cosmetic industry applications.

The ball being at the ball pumps for thick liquids of the left-hand chamber, and the right-hand being full of water, steam enters, pressing on the surface of the water, and forcing it out through the discharge passage. From Wikipedia, the free encyclopedia. Valve design is also a key factor in the gentle pumping action which is a feature of Hydra-Cell pumps. Liquid viscositycan range as high as 20, cps.