Pharmaceutical Water System Kit

NEWater Pharmaceutical Water System Kit

Pharmaceutical units must have an efficient system designed to store, test, and distribute water following the purification process. The industry requires different grades of water, but the most important among them are Water for Injection (WFI), non-compendial water, and Purified Water (PW). The water supply must strictly meet the specifications outlined in the pharmacopeia. One of the key challenges involved is to maintain optimum water quality in the distribution loop. Also necessary is the delivery of water to the point of use at the requisite flow and temperature. Maintaining water quality implies continuous monitoring to prevent biofilm buildup, rouging, and other impurities. Besides, the pharmaceutical water system kit should comply with sustainability parameters but without compromising its quality.

NEWater maintains a comprehensive system covering everything from installation to maintenance of the pharmaceutical water system kit. We take into account everything from the current needs of the manufacturing plant to the anticipated need. We work closely with pharmaceutical plants to understand their exact criteria because even over-designing can lead to additional maintenance costs. Furthermore, the water purification systems are designed only after a thorough analysis of the quality of water supply to the plant.

Purification methods include the application of reverse osmosis and ozone. The pharmaceutical water system kit by NEWater is designed for consistent data analysis. This helps keep microbial growth and biofilm formation in check. Microbial control is particularly difficult because it is inevitable. The extent of microbes in water depends on many variables such as pH, temperature, stresses, and velocity.

Also, as the pharmacopeia prohibits using any ‘added substance’ in water, it is important to employ preventive methods consistent with this criteria. Even if anything is added to the water storage system for biofilm sanitization, there must be a complementary system to take it out later. Techniques used to maintain water quality are limited to distillation, electrode ionization, and reverse osmosis.

Our pharmaceutical water system kit has ample filtration methods employed at strategic points, such as the front end. Other methods include hot water loops, high-pressure sprayers in the components, and mechanical scrubbers. Membrane filters are used, but these must be changed regularly. This is because microbes accumulated on the filters themselves later become a source of the problem. We are open to receiving all queries. We can develop a custom pharmaceutical water system kit following a careful evaluation of your requirements.