【法規標準】無菌產品生產的潔凈室和潔凈空氣設備驗證標準及要求
- 分類:產品知識
- 作者:超管
- 來源:利菲爾特
- 發布時間:2023-12-23
- 訪問量:0
【法規標準】無菌產品生產的潔凈室和潔凈空氣設備驗證標準及要求
【概要描述】很多行業會使用無塵室,只要是小顆粒會對生產過程產生不利影響的地方都會有潔凈室的身影。它們的尺寸和復雜度各不相同,廣泛應用于半導體制造,制藥,生物技術,醫療設備和生命科學等行業,以及航空航天,光學,軍事
- 分類:產品知識
- 作者:超管
- 來源:利菲爾特
- 發布時間:2023-12-23
- 訪問量:0
很多行業會使用無塵室,只要是小顆粒會對生產過程產生不利影響的地方都會有潔凈室的身影。它們的尺寸和復雜度各不相同,廣泛應用于半導體制造,制藥,生物技術,醫療設備和生命科學等行業,以及航空航天,光學,軍事和能源部中常見的關鍵工藝制造。
對于用于無菌產品生產的潔凈室和潔凈空氣設備,需要按照GMP相關法規要求,去進行定期檢測或驗證,確保適當的潔凈度水平,今天中邦興業小編,跟大家分享一下關于無菌產品生產的潔凈室和潔凈空氣設備驗證標準及要求。
Cleanrooms and clean air equipment such as unidirectional airflow units (UDAFs), RABS and isolators, used for the manufacture of sterile products, should be qualified according to the required characteristics of the environment. Each manufacturing operation requires an appropriate environmental cleanliness level in the operational state in order to minimize the risk of contamination of the product or materials being handled. Appropriate cleanliness levels in the “at rest” and “operational” states should be maintained.
用于無菌產品生產的潔凈室和潔凈空氣設備,如單向流單元(UDAF)、RABS 和隔離器,應根據所要求的環境特性進行確認。每個生產操作都要求在動態條件下達到適當的環境潔凈度水平,最大程度降低所處理的產品或物料的污染風險。應維持“靜態”和“動態”下的適當潔凈度水平。
Cleanrooms and clean air equipment should be qualified using methodology in accordance with the requirement. Cleanroom qualification (including classification) should be clearly differentiated from operational environmental monitoring.
應使用符合要求的方法對潔凈室和潔凈空氣設備進行確認。潔凈室確認(包括分級)應與動態環境監測明確區別開來。
Cleanroom and clean air equipment qualification is the overall process of assessing the level of compliance of a classified cleanroom or clean air equipment with its intended use. As part of the qualification requirements, the qualification of cleanrooms and clean air equipment should include (where relevant to the design/operation of the installation):
潔凈室和潔凈空氣設備的確認是評估分級的潔凈室或潔凈空氣設備與其預期用途的符合程度的整體過程。作為的確認要求的一部分,潔凈室和潔凈空氣設備的確認應包括(與設施的設計/運行相關的):
Installed filter system leakage and integrity testing. 已安裝的過濾器系統的檢漏和完整性測試。
潔凈室和潔凈空氣設備的確認可參考 ISO 14644 系列標準。
Cleanroom classification is part of the cleanroom qualification and is a method of assessing the level of air cleanliness against a specification for a cleanroom or clean air equipment by measuring the total particle concentration. Classification activities should be scheduled and performed in order to avoid any impact on process or product quality. For example, initial classification should be performed during simulated operations and reclassification performed during simulated operations or during aseptic process simulation (APS).
潔凈室分級是潔凈室確認的一部分,是一種根據潔凈室或潔凈空氣設備的標準通過測定總微粒濃度來評估空氣潔凈度水平的方法。分級活動的安排和執行,應避免對工藝或產品質量產生任何影響。例如,應在模擬操作期間進行初步分級,在模擬操作或無菌工藝模擬試驗(APS)期間進行再分級。
For cleanroom classification, the total of particles equal to or greater than 0.5 and 5 μm should be measured. This measurement should be performed both at rest and in simulated operations in accordance with the limits specified.
對于潔凈室分級,應測定等于或大于0.5μm 和 5μm 的微粒總數。應按照規定的限度,在靜態和模擬操作中進行測定。
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