Replacement Batch Control System for a Multipurpose Contract Manufacturing Plant

Overview:

Successful Contract Pharmaceutical Manufacturing in a GMP regulated environment is heavily dependent on the flexibility and utilisation of the available processing plant and its guaranteed performance. However, changing plant configuration and revalidation is time consuming and therefore costly. This paper presents a case study of the implementation of an S88.01 based control system, as part of a strategy to change an existing process building with single product manufacturing capability, to a multipurpose plant and contrasts it with an earlier retrofit implementation to a similar plant for multi-product use. The paper reviews some important considerations in the equipment model design including the design approach for the control system architecture and methodologies employed for software coding of generic phases, which have been found to yield real economic benefits and ensure the achievement of the required plant flexibility. It also reviews the benefits to the design and validation process from following a structured 'GAMP3' approach. Some of the measurable economic benefits achieved will be shown to include reduced project implementation time, life cycle cost savings through reduced manpower effort during the engineering and validation stages and production capacity increase.

Author: Eur. Ing. C. M. Marklew C.Eng. B.Sc. FinstMC, MIEE, Principle Engineer, Aston Dane plc; Mr R McGregor, Control Systems Manager, Chirex (Annan) Ltd  | File Type: PDF

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