Document ID: PQ-EC-001
Version: 1.0
Effective Date: [Insert Date]
Review Date: [Insert Date]
Prepared By: [Insert Name]
Approved By: [Insert Name]
Performance Qualification Protocol for Encapsulation Coater
Meta Description: This document outlines the Performance Qualification protocol for the Encapsulation Coater used in R&D and Production for NDDS applications, ensuring compliance with critical parameters and acceptance criteria.
Tags: Equipment Validation, Performance Qualification, Encapsulation Coater, NDDS, R&D, Production
Objective
The objective of this Performance Qualification (PQ) protocol is to validate the Encapsulation Coater (Wurster/Bottom Spray) to ensure it operates within defined critical parameters for coating particles intended for controlled release applications.
Scope
This protocol applies to the Performance Qualification of the Encapsulation Coater located in the R&D/Production area, impacting product quality directly and classified as critical.
Responsibilities
- Validation Team: Oversee the execution of the PQ protocol.
- Quality Assurance: Review and approve the PQ protocol and results.
- Operations: Execute the test procedures as outlined in this protocol.
Prerequisites
- Installation Qualification (IQ) completed and approved.
- Operational Qualification (OQ) completed and approved.
- Training of personnel on equipment operation and safety protocols.
Equipment Description
The Encapsulation Coater (Wurster/Bottom Spray) is designed for coating particles with polymers to achieve controlled release characteristics. It features adjustable spray rates, temperature control, and airflow management to ensure uniform coating.
Test Plan
| Test ID | Procedure | Acceptance Criteria | Evidence |
|---|---|---|---|
| PQ-01 | Verify spray rate | Within specified range | Calibration report |
| PQ-02 | Measure temperature | Within specified limits | Temperature log |
| PQ-03 | Assess airflow | Within operational specifications | Airflow measurement report |
| PQ-04 | Evaluate coating uniformity | Uniformity within defined parameters | Uniformity test results |
| PQ-05 | Audit trail verification | Complete and accurate | Audit trail report |
Detailed Test Cases
Test Case PQ-01: Verify spray rate.
- Procedure: Measure the spray rate using calibrated equipment.
- Acceptance Criteria: The spray rate must be within the specified range.
- Evidence: Calibration report must be documented and reviewed.
Test Case PQ-02: Measure temperature.
- Procedure: Record the temperature at various points during operation.
- Acceptance Criteria: Temperature must remain within specified limits.
- Evidence: Temperature log with timestamps.
Test Case PQ-03: Assess airflow.
- Procedure: Measure airflow using appropriate instruments.
- Acceptance Criteria: Airflow must be within operational specifications.
- Evidence: Airflow measurement report.
Test Case PQ-04: Evaluate coating uniformity.
- Procedure: Analyze coated particles for uniformity.
- Acceptance Criteria: Coating must meet defined uniformity parameters.
- Evidence: Uniformity test results documentation.
Test Case PQ-05: Audit trail verification.
- Procedure: Review the audit trail for completeness and accuracy.
- Acceptance Criteria: Audit trail must be complete and accurate.
- Evidence: Audit trail report.
Deviations
Any deviations from the established protocol must be documented and justified. A deviation report must be submitted for approval before proceeding with further testing.
Approvals
This protocol must be approved by the Quality Assurance team and the Validation Manager prior to execution.
Data Integrity Checks
As CSV is required, the following data integrity checks will be implemented:
- Automated logging of parameters during operation.
- Periodic review of data entries against expected values.
- Backup of all data files to secure locations.
- Access controls to ensure only authorized personnel can modify data.