Fluid Management Made Easy: Industrial and Consumer Pumping Solutions

Bringing high-quality products to your customers depends on your capability to keep fluids flowing through different industrial systems. Regardless of which products you deal with, whether they’re heavy, hot, corrosive, viscous, fragile, or abrasive, experts at Pumpbiz say that they need special handling.

The Function of Pumps

Pumps are devices, which are responsible for moving liquids by mechanical force or action. They are classified into three groups, including gravity, displacement, and direct lift pumps. Their work is not to create pressure – rather it is to produce liquid flow or movement. You can use them in various applications, like pumping oil, heating/cooling systems or objects, and pumping water from different sources, including wells.

Other Types of Pumps

You will also find industrial and consumer pumps in various types, all designed for specific fluid traits and applications. These types include the following:

• Centrifugal pumps – These are commonly used pumps in different commercial and industrial applications, primarily because of their versatility, efficiency, and simplicity. They work under the centrifugal force principle. As the impeller of the pump rotates, it gives the fluid kinetic energy it requires to flow. This rotation radially accelerates the fluid outward into a volute casing or diffuser, converting the energy into pressure. The process enables the liquid to get transported through processing units or piping systems.
• Gear pumps – These pumps are an example of positive displacement pumps, commonly known for efficiency when it comes to managing and dealing with viscous liquids at high pressure. They often work by using interlocking gear that helps to pump liquids. As the gears rotate, liquids are drawn into the space between teeth, transported in the casing, and forced out. This direct and continuous contact of the teeth traps the liquid; thus, ensuring a smooth and consistent flow.
• Diaphragm pumps – Also called membrane pumps, diaphragm pumps are based on positive displacement pump theory. These pumps use a flexible diaphragm that hydraulically, pneumatically, and mechanically operates. They are mostly used in sectors dealing with hazardous, corrosive, or abrasive fluids, such as pharmaceuticals, mining, and processing.

Fluid Management Systems – Considerations

Not all fluid management systems are created equal, especially in terms of function and production yields. This is why it is important to consider the following factors:

1. Volume Amount

There are various systems designed to handle various volumes of fluids. Based on the subject, like drug discovery or clinical diagnostics, liquid volumes differ.

2. Type of Equipment

Because of the specifics of all individual projects, the components required for handling liquids will vary. For instance, in a septic filling in closed systems, essential components will include single-use assembles and valves.

3. Staff Involved

Management of fluids requires you to involve many staff, particularly in laboratory settings. That is because management tasks are often laborious and monotonous, requiring staff members to spend more time hunched over with syringes and pipettes during manual handling of liquid.

In conclusion, consumer and industrial pumping solutions are important tools for effective management of fluids. By choosing the right pump, you will ensure your organization provides your customers with efficient and reliable management solutions.