Page 6 - GMP-PharmaCongress 2024
P. 6

GMP–
                     PHARMA
                     CONGRESS





                  Enhancing Contamination Control



                  in Pharmaceutical Manufacturing



                  with a Rapid Decontamination



                  Station




                  Dr. Birte Scharf l Franz Ziel GmbH, Billerbeck
                  Varadharaj Vijayakumar l WuXi Biologics Germany GmbH, Leverkusen

                  Correspondence: Dr. Birte Scharf, Franz Ziel GmbH, Raiffeisenstr. 33, 48727 Billerbeck;
                  Birte.Scharf@ziel-gmbh.com



                  Abstract                                                          Key Words

                  The pharmaceutical industry operates under strict regulatory standards  • Decontamination
                  to ensure the safety and quality of sterile drug products. European  • Contamination control
                  Union Good Manufacturing Practice (EU GMP) Annex 1 requires the   • Material transfer
                  development of a Contamination Control Strategy (CCS) based on    • Aseptic manufacturing
                  a scientific assessment to understand the process and apply risk
                  management principles. An important aspect of contamination control
                  is the transfer of materials, particularly into Grade A areas.
                  This article examines the role of stand-alone Rapid Decontamination
                  Stations (RDS) in contamination control. It also describes the use of
                  RDSs to decontaminate materials and transfer them to filling line
                  isolators. In addition, insights from manufacturing applications are
                  provided for both material transfers to and from filling isolators.
                  RDSs are aligned with evolving regulatory standards, optimised loading
                  configurations, and stringent cycle design criteria ensure effective
                  decontamination. Automated controls ensure sterility, resulting in
                  safety and efficient material transfer.


                  Introduction                     development of a comprehensive    grade A or B areas should be car-
                                                   Contamination  Control  Strategy  ried out via an unidirectional pro-
                  Good    Manufacturing  Practice  (CCS) is essential for manufacturing.  cess. Where possible, items should
                  (GMP) regulations for the pharma-  Material transfer – particularly into  be sterilized […]. Where steriliza-
                  ceutical industry ensure the safety  Grade A/ISO 14644 class 5 areas – is  tion upon transfer of the items is
                  and quality of sterile medicinal  critical for maintaining contamina-  not possible, a procedure which
                  products. One of the key documents  tion control within the broader  achieves the same objective of not
                  governing  the  manufacture  of  scope of a CCS [2].               introducing contamination should
                  sterile medicinal products is the  There are several options for   be validated and implemented,
                  European Union Good Manufactur-  aseptic transfer in Grade A environ-  (e.g., using an effective transfer
                  ing Practice (EU GMP) Annex 1 [1].  ments, each with its own set of ad-  disinfection process, rapid transfer
                  In its revised form, Annex 1 intro-  vantages and limitations. EU GMP  systems for isolators or, for gas-
                  duces new guidance with a particu-  Annex 1 states in chapter 4.11:  eous or liquid materials, a Bacter-
                  lar emphasis on quality by design  “The transfer of materials, equip-  ia-retentive filter). The removal of
                  and quality risk management. The   ment, and components into the   items from the grade A and B



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