1.0 OBJECTIVE: This SOP gives guidelines for cleaning and monitoring of aseptic area in the injection section of the production department
2.0 SCOPE: This SOP is applicable for the Injection section of the production department at the plant.
Head – Production for overall compliance of this SOP.
Officer- Production for implementation of this SOP
Master Copy: Quality Assurance Department
Control Copy: Production Department
Display Copy: Production Department
5.0 Procedure on cleaning and monitoring of aseptic area:
5.1 Cleaning Procedure :
5.1.1 As the filling process is over, make arrangements for the cleaning process
5.1.2 Dismatel all the filling assemblies and other machine parts for washing purposes and transfer them into the washing area through a pass box.
5.1.3 Carry out the cleaning after 30 minutes of the completion of the filling process.
5.1.4 Remove any broken glass pieces of containers, vials, etc. Mop up any spoilage of material immediately.
5.1.5 Wipe out the surface with 0.1% solution of disinfectant. (on a rotational basis)
5.1.6 Wash out the entire filling area with disinfectant solution assigned for the day.
5.1.7 Working person removes the garments in bins for cleaning and sterilization.
5.2 Various types of disinfectants assigned for cleaning purposes on a rotational basis
1st Working Day: Sterile 70% IPA
2nd Working Day: Hexilon 2.5%
3rd Working Day: Benzalkonium Chloride (BKC) 2% + Glutaraldehyde 5%
4th Working Day: Sterile 70% IPA
5th Working Day: Hexilon 2.5%
6th Working Day: Benzalkonium Chloride (BKC) 2% + Glutaraldehyde 5%
5.3 Monitoring Procedure:
A. Setting Plate Test:
1. Expose Petri dishes of sterile nutrient agar media, at specified points, in the aseptic area, for ½ hour.
2. Incubate the plates for 72 hours at 320 C.
3. Count the colonies of bacterial.
4. Further incubate the same plates for 48 hours at 200 C.
5. Count the colonies of fungus.
Frequency of Testing: On all working days and in all operational areas.
B. Setting Plate Test :
- After setting up the machine entirely for the filling operation, pass the first 20 vials through the filling line, omitting the actual filling, including the sealing operation.
2. Inject sterile nutrients into the vial through the seal; shake the vials to bring both into contact with the seal.
3. Incubate the vials at 320°C for five days in an inverted or lay down position and finds the results.
Note: If daily contaminated vials are found, the filling procedure and Even the testing procedure may have to be investigated.
6.0 ACCEPTANCE CRITERIA
Compliance with the above guidelines
Carry out the test at an interval of one month.
SOP: Standard Operating Procedure