Cleaning In Place IN PHARMACEUTICAL STERILE APPLICATIONS CIP System Consideration: Applications of CIP Systems Solution Preparation vessels in sterile injectable in built CIP System CIP skid mounted System BFS and FFS machine in line CIP function (Filling Machines) Pharmaceuticals water systems (CIP systems) Storage tanks in water systems CIP System in Oral Formulations Autocoater FBD & FBP Liquid syrup System (Tanks) CIP System Consideration: What is Clean-In-Place System? Clean-In-Place ( CIP ) System is an automated method of cleaning the interior surfaces of pipes, tanks, lines, process equipment, and associated fittings without requiring the operator to disassemble the equipment. ” Advantage of Automated CIP System Less Time consuming Operator involvement is very less and Safety concern is very high More focus on monitoring of process parameter instead of other manual attachment concern. Important Factors influencing CIP process Considerable points while going to validate CIP Process Spray Ball Qualification Cleaning Agent or Hot WFI Riboflavin Challenge No Dead leg Formation The basic components of a Clean-In-Place system include: Tank Dome and Dome Nozzles including filters and housings Spray ball and inner (Shell) surface and magnetic mixer Bottom Outlet valve, Sampling valve Piping and transfer lines Centrifugal supply pump Suction, return valves Instrumentation and automated controls CIP System Consideration: CIP VALIDATION CIP VALIDATION To evaluate that the system is efficient to clean the tank, through automated CIP (Clean-In-Place) using hot WFI. Study with Riboflavin Challenges To evaluate that performance of the spray ball for coverage and uniform cleaning throughout the manufacturing tank. To evaluate that system cleaning procedure is efficient to clean in worst case scenario as using Riboflavin material as contaminating agent. CIP System Consideration: CIP VALIDATION Selection Criteria for Riboflavin: Food Grade Material Showing Fluorescence Vitamin B 12 Properties Requirements In CIP Validation Hot WFI as cleaning agent Riboflavin solution UV light lamp for detection Fluorescence CIP System Consideration: CIP VALIDATION Under Standing The CIP Validation: Simulate the tank inner surface or product contact parts especially which is difficult to clean i.e. Dome part above the spray ball, steam in valve pipe, WFI in valve pipe, Air Valve, vent valve pipe and pressure sensor pipe – Difficult to clean. Sampling valve - Difficult to clean. Near magnetic mixer and high shear mixer - Difficult to clean. Near temperature sensor - Difficult to clean. CIP System Consideration: CIP VALIDATION CIP System Consideration: CIP VALIDATION Observe the all contaminated location or parts under UV light for presence of fluorescence. Perform the CIP of the tank as per respective SOP (ensure that the WFI supply valve is 100 % open). During CIP observe the spray ball performance visually through view glass of the tank. Post completion of the CIP, open the tank dome and observe visually for presence of any visible particle. Observe the tank under UV light for the presence of the fluorescence. CIP System Consideration: CIP VALIDATION CIP System Consideration How to design a CIP Recipe or Cycle Consider for 100 Liter vessel for example: (I) Mixing Cycle – Mixing with cleaning agent (II) Recirculation Cycle – Rinsing solution is recirculated in vessel by recirculated line. (III) Drain Cycle – Solution is drained after completion of CIP cycle (IV) Purging Cycle – To remove stagnant water and water droplets from difficult to access parts and pipeline. CIP System Consideration How to design a CIP Recipe or Cycle Consider for 100 Liter vessel for example: (I) Mixing Cycle – Take 1/3 rd quantity of water and add required quantity of cleaning agent and mix for 10 to 15 minutes. (II) Recirculation Cycle – Then this solution is recirculated by recirculated line to cover pipeline and transfer line for at least 2-3 times. (III) Drain Cycle – Solution is drained after completion of CIP cycle (IV) Purging Cycle – Compressed air is purged to remove stagnant water and droplets. Thank You