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Purified water generation and storage system

The system adopts a modular design, with pre-treatment dual softeners that can be connected in series or regenerated alternately, variable frequency control water pumps, and a terminal that operates in a dual-channel water supply and single-channel circulation mode. The pipeline fittings are optimally selected for argon arc automatic welding and also feature diverse monitoring, permission, and audit traceability functions, capable of meeting the purification water requirements of multiple national pharmacopoeias based on configuration.
  • INTRODUCTION

Purified water generation and storage system

 

Micmedicalmachine customized optimization design according to the raw water quality report and effluent quality requirements and the actual needs of customers, and can also choose the standardized design of Shandong Jingying.

The effluent quality can meet the requirements of Chinese Pharmacopoeia (cp2020), United States Pharmacopoeia (usp43) and European Pharmacopoeia (EP10) for purified water or high purity water according to different system configurations.


Product Features

 

  1. Purified water generation and storage system features modular design, compact structure, beautiful layout, and convenient operation/maintenance—customizable by professional manufacturers and factories.
  2.  The system’s pretreatment double softener enables series operation & alternate regeneration (100% water supply capacity) with fully automatic programmed processes, a core advantage of the manufacturer’s factory-produced system.
  3. Raw water/primary/secondary high-pressure pumps adopt frequency conversion control, reducing microbial breeding and saving energy—key to the factory-manufactured purified water generation and storage system’s efficiency.
  4. Terminal dual-channel water supply + single-channel circulation avoids empty pipes/dead water, ensuring stable water quality—an essential design of the manufacturer’s system.
  5. The system uses stainless steel pipes (elbow direct stretching) and argon-protected automatic welding (electrochemical polishing post-welding) for superior pipeline quality, as guaranteed by the factory and manufacturer.
  6. Purified water generation and storage system manufacturer provides complete verification data (endoscopy photos, pressure test reports, etc.) to support compliance validation.
  7. HMI-PLC fully automatic control, simple operation interface, multiple communication modes, and 3+ authority levels—standard configurations of the factory-produced system.
  8. Online monitoring of conductivity/temperature/flow + optional paperless/paper recorder for parameter recording—realized by the manufacturer’s advanced system design.
  9. Optional electronic signatures/records with audit trail function, meeting GAMP 5 & 21 CFR PART 11—compliance highlights of the purified water generation and storage system from professional factories and manufacturers.

System advantage

 

  1. Modular compact design + fully automatic program control, easy to operate and maintain, adaptable to customized and standardized needs.
  2. dual softener regeneration in series + variable frequency energy-saving technology, stable water supply with low microbial growth rate, and efficient operation
  3. argon arc automatic welding pipeline + no dead water circulation system, high-quality welding and water quality meeting CP/USP/EP standards
  4. multi-parameter online monitoring + hierarchical permission management, supporting audit traceability, ensuring compliance and safety
  5. complete validation data support, meeting GAMP 5 and other standards, suitable for high-demand scenarios in pharmaceuticals, laboratories, etc.

Applications

 

  1. Pharmaceutical industry: Meets the purified water/high-purity water requirements in pharmaceutical production, conforming to CP/USP/EP pharmacopoeias and GMP standards.
  2. Laboratory applications: Providing stable, high-purity water for scientific research and testing experiments, suitable for the operation requirements of precision instruments.
  3. Biotechnology: Ensuring water quality for the production processes of biopharmaceuticals, vaccines, etc., meeting stringent industry standards.
  4. Healthcare industry: Adapted to hospital disinfection supply, medical equipment cleaning and other scenarios, ensuring the safety of medical water.
  5. High-end manufacturing: Meeting the process requirements for high-purity water in the production of industries such as electronics and semiconductors.
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