Implementation of NOA@PAT
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article number
03654_2024_01-02_05
Challenges and Solutions for existing infrastructures
Due to the publication of the NAMUR Open Architecture (NOA), there are new opportunities to digitalize the existing process industry. The acquisition and direct forwarding to the target address is especially for the operation of process analytical technologies (PAT) of interest to improve efficiency and avaliability. In this article, the deeper benefit of NOA for PAT is outlined by presenting the advantages of standardized information models for PAT vitality data. Furthermore, the successful implementation of a NOA use case for PAT is shown in terms of the field wiring, the generation of the information model and the IT/OT transfer. At last, open aspects to achieve a comprehensive NOA implementation in existing installations are mentioned.
| Authors | Dr. Roger Roßmann, Lennart Winkler, Sebastian Böse, Leon Sippel, |
|---|---|
| Publishing Date | 2 Feb 2024 |
| Format | |
| Publisher | Vulkan-Verlag GmbH |
| Language | German |
| Pages | 9 |
| Title | Implementation of NOA@PAT |
| Subtitle | Challenges and Solutions for existing infrastructures |
| Description | Due to the publication of the NAMUR Open Architecture (NOA), there are new opportunities to digitalize the existing process industry. The acquisition and direct forwarding to the target address is especially for the operation of process analytical technologies (PAT) of interest to improve efficiency and avaliability. In this article, the deeper benefit of NOA for PAT is outlined by presenting the advantages of standardized information models for PAT vitality data. Furthermore, the successful implementation of a NOA use case for PAT is shown in terms of the field wiring, the generation of the information model and the IT/OT transfer. At last, open aspects to achieve a comprehensive NOA implementation in existing installations are mentioned. |
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