INTRODUCTION OF A PARTICLE MONITORING SYSTEM IN A PHARMACEUTICAL PRODUCTION FACILITY

Partikel-Monitoring-System in der Pharmaproduktion - QFINITY

A pharmaceutical manufacturer implemented a computerized particle monitoring system within a tight production window. QFINITY analyzed the manufacturer’s and SAT documentation and derived a highly efficient documentation approach that enabled implementation and release on time and in regulatory compliance.

The project

QFINITY supported a pharmaceutical manufacturer in implementing and validating a computerized particle monitoring system.

The project covered processes and services for validation planning and execution. It also covered coordinating and following up on documentation activities at both the pharmaceutical company and the manufacturer of the particle monitoring system. The pharmaceutical company could only implement the system in production within a limited time frame. This called for an approach that would fit that window and still ensure conformity with all regulations. It required a detailed analysis of the system manufacturer’s documentation, including site acceptance testing. Based on this analysis, QFINITY defined a highly efficient documentation approach for implementing and releasing the system within the specified time frame.

A tight time window demands precision: use existing manufacturer documentation consistently rather than repeating it.

The goal

This project aimed to comprehensively introduce and validate a particle monitoring system at a pharmaceutical manufacturer. A key priority was ensuring that the system’s installation and validation met the pharmaceutical industry’s strict requirements and complied with all relevant regulations. The new system would enable continuous monitoring and analysis of particle contamination to ensure product quality and safe production processes. Implementation took place within a clearly defined timeframe to maintain operational continuity and meet the planned milestones.

The project helped secure the highest quality standards, minimize risks, and increase efficiency in pharmaceutical production.

Still have questions about validating a particle monitoring system?

What are the critical success factors when implementing a PMS within the given timeframe?

  • The following factors are especially important when implementing a PMS.
    • Support from all relevant stakeholders: Implementation only succeeds if every stakeholder understands that implementation validation must be completed within the given timeframe. This means reviewing all documentation created before implementation and evaluating which validation and documentation activities already take place in the production area. Use the system manufacturer’s documentation wherever possible.

What initial obstacles must be expected in such a project?

  • One early obstacle is the differing terminology established in individual areas and organizations. Open communication and a universally accepted glossary help overcome misunderstandings and terminology issues.
  • It is also advisable to review and approve the documentation promptly to avoid bottlenecks before the system is implemented in production.

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