• Use particle counters:

  Measure airborne particles in critical zones to assess air quality.

• Conduct testing in different states:

  Test during both at-rest and operational states to validate system performance under varying conditions.

• Benchmark against standards:

  Compare results against ISO class requirements or other applicable standards to ensure compliance.

If particulate levels exceed limits, take immediate action by:

• Investigating potential issues with air filtration systems.
• Evaluating HVAC system performance and filter integrity.
• Reviewing personnel practices and movement patterns within the cleanroom to identify contamination sources.

• Active air sampling:

  Use impaction devices to collect air samples and measure microbial load in real-time.

• Settle plate testing:

  Place settle plates in various locations to monitor microbial fallout over extended periods.

• Surface sampling:

  Collect swabs and contact plate samples from critical equipment and surfaces to identify contamination hotspots.

If microbial counts exceed acceptable levels:

• Reassess cleaning protocols and frequency.
• Review and improve personnel gowning procedures.
• Evaluate the effectiveness of air filtration systems and make necessary upgrades.

• ATP bioluminescence testing:

  Use ATP testing to detect organic residues on surfaces, providing real-time feedback on cleanliness.

• Chemical residue testing:

  Ensure that residues from cleaning agents are fully removed to prevent adverse reactions with products.

• Periodic swabbing:

  Analyze swabs taken from high-touch areas to identify recurring contamination issues.

If residues or contaminants are detected:

• Revise cleaning procedures to target identified hotspots.
• Evaluate the performance and suitability of cleaning agents.
• Train personnel on improved cleaning techniques and protocols.

• Calibrated pressure gauges:

  Use high-precision sensors to monitor pressure differentials across cleanroom boundaries.

• Routine operational checks:

  Conduct pressure checks during operational simulations to ensure consistency.

• Baseline documentation:

  Record pressure readings regularly to establish a performance baseline and detect anomalies.

If pressure imbalances are identified:

• Adjust HVAC systems, including airlocks and filters, to restore proper pressure cascades.
• Investigate potential leaks or obstructions in the airflow.
• Conduct further testing to confirm stability after adjustments.

• Microbial sampling:

  Test gloves and gown surfaces post-gowning to ensure proper hygiene.

• Visual and automated inspections:

  Monitor adherence to proper gowning sequences using manual or automated systems.

• Training evaluations:

  Conduct regular training sessions and assessments on hygiene protocols.

If non-compliance is observed:

• Implement retraining programs to address knowledge gaps.
• Refine gowning protocols to improve adherence and ease of compliance.
• Enhance facility design to eliminate obstacles to proper hygiene practices, such as improving gowning areas or adding visual reminders.

• Customized CQV Strategies:

  We tailor our CQV plans to align with your facility's unique needs and industry standards, ensuring a seamless validation process.

• Expert Guidance:

  Our experienced professionals bring in-depth knowledge of cGMP guidelines, ISO standards, and the latest industry practices to ensure your cleanroom operations are validated to the highest standards.

• State-of-the-Art Testing:

  We utilize advanced technologies for monitoring airborne particulate levels, microbial contamination, surface cleanliness, and more to provide accurate and reliable results.

• Personnel Training:

  We offer comprehensive training programs to ensure your team is well-versed in cleanroom protocols, hygiene compliance, and best practices for contamination control.

• Continuous Support:

  From initial commissioning to ongoing validation, our support services ensure your cleanroom maintains optimal performance throughout its lifecycle.