Pharmaceutical companies keep up with the changing times as the industry expands. However, this means that the tools and technologies used in the industry must also evolve.
To achieve this, pharmaceutical companies ensure that their processing equipment continues contributing to the above goals.
Drug and pharmaceutical manufacturers and biotechnology, biopharmaceutical, and life science companies select equipment to improve their processing capabilities. This enables them to overcome common manufacturing challenges in a repeatable process. The primary objective is to enhance operations and improve their ability to deliver quality products.
The first step for pharmaceutical companies is to select a suitable industrial pump to achieve optimal processing. This blog examines the different categories of pumps employed in the pharmaceutical sector and their role in fostering the industry’s expansion.
The Importance Of Industrial Pumps In The Pharmaceutical Sector
Industrial pumps for the pharmaceutical industry move liquids through pipelines from one process plant to another. These pumps must meet hygienic and sanitary standards to prevent contamination. They are also responsible for maintaining the effectiveness of drugs and medications in various processes.
The industrial pump’s role in pharmaceutical processes is of greater importance than one might think. Pump manufacturers rely on efficient pumps to achieve desired results in various processes, including drying, distillation, sterilization, degassing, and crystallization. Without these reliable pumps, consumers would not be able to get the medicines they need.
When selecting a pump for a pharmaceutical plant, the quality of the pump takes precedence over cost. Pump reliability is paramount, as a malfunctioning pump can result in significant losses to the company in the form of non-compliant pharmaceuticals. Furthermore, a malfunctioning pump can even contaminate the drug with harmful bacteria.
It is important to recognize that in the pharmaceutical sector, different qualities of water are used depending on the desired result. These grades are divided into bulk waters, produced on-site, and packaged waters, produced in strictly regulated environments.
A wide range of pharmaceutical pumps are available in various designs and sizes. The following section presents some of the pumps commonly used in the pharmaceutical sector.
Lift Pumps
As the name implies, they lift water from the surface of a reservoir or storage tank and move it to the treatment area for processing. These pumps are large and can move considerable volumes of water, but they operate at a low discharge pressure, emphasizing volume over water pressure.
Arterial Pumps
These industrial pumps are used for water treatment and are specifically designed to supply the arterial system, the main source of domestic water supply. Therefore, these pumps must be able to increase the line pressure quickly.
Booster Industrial Pumps
Booster pumps are additional pumps used to increase the flow rate. They are used with other types of pumps to meet higher pumping requirements. These pumps can be placed in a treatment plant or along pipelines to provide a safe pressure level.
Centrifugal Pumps
Centrifugal pumps are the most used industrial pumps utilized in the pharmaceutical sector, and they find application in various areas. These pumps are highly efficient, featuring a straightforward design and operation, and are typically less costly than other pump categories. In addition, they can easily transport large quantities of material and move it from one place to another.
Lobe Pumps
Rotary lobe pumps have exceptional hygienic properties, high efficiency, and corrosion resistance. They consist of rotating lobes forming large pumping chambers, allowing the pump to transfer small solids, pastes, and other liquids easily. The rotary pistons continue to rotate and constantly flow even when the pressure changes.
Diaphragm Pumps
Diaphragm pumps can handle various pressure changes and fluid flow rates. In addition, these pumps work with water expansion, allowing for increased industrial use in the region. Their inner surface is coated with Teflon, which makes them corrosion-resistant and provides high flexibility, precise mechanics, and self-priming.
Industrial Chemical Pumps
Chemical pumps provide consistent performance and mechanical reliability. They can pump various fluids, including water, oils, solvents, and other chemicals, and are suitable for aggressive and corrosive materials.
Conclusion
The pharmaceutical industry needs different pumps to meet its various requirements. If your company wants to improve its pharmaceutical processes by upgrading its pumps, Jee Pumps can help. At JEE Pumps, we emphasize technical solutions and offer reliable and efficient products. Our wide and comprehensive selection of industrial pumps ensures that your pharmaceutical company makes the optimal choice. We offer our customers expert advice, focusing on efficient engineering and design, uptime, and equipment performance. Whether you need powerful and efficient pumps, we can advise you on the ideal industrial pump for your specific applications.
