In pharmaceutical factories, purified water systems are used as infrastructure for product preparation and equipment cleaning processes, requiring stable and efficient delivery of purified water to each workshop to meet production needs. The operation effect of the purified water system directly determines the quality and safety of drugs, and its importance is self-evident and must be taken seriously.

How does pharmaceutical purified water equipment meet the water needs of pharmaceutical factories? The design of pharmaceutical purified water equipment system requires on-site inspection and improvement or construction engineering based on drawing information. After understanding the layout of the pharmaceutical factory workshop, confirm whether to retain some of the original purified water system's water points and the number of newly added workshop water points, and ensure that there are no blind spots in the circulation pipeline through reasonable layout design. According to the requirements of flow rate and pressure, select a suitable circulation pump to provide sufficient power for the circulation pipeline.

How does pharmaceutical purified water equipment meet the water needs of pharmaceutical factories? The pharmaceutical purified water system provides qualified purified water to different workshop usage points through circulation pumps and pipelines. To control the risk of microbial growth and ensure the cleanliness and safety of the circulation system, the pharmaceutical purified water equipment system adopts a circulation pump, ozone generator, and plate heat exchanger for disinfection and sterilization treatment, while ensuring the normal operating temperature of the purified water to meet production needs. The pharmaceutical purified water circulation system has two states: circulation conveying state and online sterilization and disinfection state. When the water system is in circulation conveying state, water can be used at the water consumption point, while when it is in online disinfection and sterilization state, water is prohibited at the water consumption point.

How does pharmaceutical purified water equipment meet the water needs of pharmaceutical factories? The selection of pharmaceutical purified water system is very important, and targeted design should be carried out based on the on-site situation and production plan of the pharmaceutical factory. It is necessary to ensure that the input and output quantities meet the actual production needs of the pharmaceutical factory, and to achieve effective control of purified water to avoid resource waste as much as possible. The pharmaceutical purified water system adopts a fully automatic operation mode, and the control system is operated through a PLC controller and touch screen, making it easy to use and manage. The design of touch screen configuration for pharmaceutical purified water equipment control system is a key aspect, and the establishment of database and other software is also crucial, laying the foundation for subsequent detailed program design.

How does pharmaceutical purified water equipment meet the water needs of pharmaceutical factories? In addition to basic operational functions, pharmaceutical purified water equipment should also achieve control over the system, such as monitoring the operating status of the system, analyzing and processing process parameters, fault self inspection, fault alarm, and fault diagnosis records, to ensure the continuous and stable operation of the purified water system.

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