CCS không phải một bản tổng hợp SOP. CCS phải giải thích rủi ro ô nhiễm được nhận diện thế nào, kiểm soát ở đâu, bằng chứng nào chứng minh hiệu quả và nhà máy phản ứng ra sao khi trạng thái kiểm soát suy giảm.

FacilityPro® có thể hợp nhất dữ liệu tiểu phân không sống, vi sinh và thông số môi trường trong một giao diện theo cấu hình dự án. MiniCapt® và BioCapt® hỗ trợ lấy mẫu vi sinh chủ động cho chương trình viable monitoring. SAO NAM – PMS Life Science Việt Nam hỗ trợ lựa chọn cấu hình, lắp đặt, qualification, đào tạo, hiệu chuẩn, bảo trì và xử lý kỹ thuật. Với MiniCapt® và BioCapt®, SAO NAM là đơn vị phân phối độc quyền tại Việt Nam theo phạm vi ủy quyền hiện hành.

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Gửi cấp sạch, quy trình, số điểm và hệ thống hiện có để SAO NAM – PMS Life Science Việt Nam đề xuất phạm vi đánh giá.

A Contamination Control Strategy is not a collection of SOP titles. It is a lifecycle framework explaining how contamination risks are identified, prevented, detected, investigated and reduced. EU GMP Annex 1 expects sterile manufacturers to consider facilities, equipment, utilities, personnel, materials, processes, monitoring systems and organizational controls as connected elements. A useful CCS must therefore show why each control exists, what evidence demonstrates performance and how the site responds when the state of control may be weakening.

Map every location and time period where product, sterile components or product-contact surfaces are open to the environment. Include routine and non-routine interventions, material transfers and line stoppages. This map separates critical exposure risks from supporting activities and provides the basis for monitoring location selection.

Personnel, materials, equipment, surfaces, air, utilities, cleaning and maintenance should be evaluated together. Contamination events often result from interactions: an intervention, a door event and an unexpected airflow pattern may create a higher combined risk than any single factor viewed alone.

Cleanroom zoning, pressure cascades, HEPA filtration, airflow, RABS, isolators and closed processing must be linked to specific failure modes. The CCS should also identify the qualification and routine verification evidence used to show that each barrier continues to perform as intended.

Airflow visualization should influence sampling locations, intervention practices and probe placement. If smoke studies identify recirculation, shadowing or unexpected airflow direction, the monitoring strategy should document the assessment and any resulting changes.

Nonviable particle monitoring, active microbial air sampling, settle plates, surface monitoring and environmental sensors have different strengths and limitations. Sample volume, frequency, location and operational state should match the risk being monitored. MiniCapt® and BioCapt® solutions can support active viable monitoring, while FacilityPro® can consolidate viable, nonviable and environmental data depending on system configuration.

Trending should identify drift and recurring alerts before action limits are exceeded. Excursions should be reconstructed as timelines combining monitoring data, interventions, pressure events, cleaning, maintenance and equipment status. Governance must define ownership across QA, Manufacturing, QC Microbiology, Engineering, Validation and IT. Change controls, significant deviations, CAPA, new qualification data and regulatory updates should trigger CCS review.

SAO NAM is the Authorized Sales & Service Center and specialized Life Sciences representative for Particle Measuring Systems in Vietnam. Support may include application assessment, PMS system configuration, official supply, installation, qualification support, training, calibration, preventive maintenance and troubleshooting, depending on project scope and service agreement. SAO NAM – PMS Life Science Vietnam is the exclusive distributor of MiniCapt® and BioCapt® solutions in Vietnam under the current authorization scope.