Orchestration of modular plants
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Artikelnummer
03654_2022_08_03
Procedure and application for orchestration engineering
In Modular Automation, the orchestration creates the link between process equipment assemblies (PEA) and processes towards operation. This paper presents a general methodology, so-called type-based orchestration, on how to design a fully functional modular process plant based on the module type package (MTP). In a number of discussion rounds, the steps were identified, generalized, and formulated as a method. Existing standards were applied to describe additional required information. The resulting phases and steps, as well as the practical application, have shown that a large part of the planning can be done using only the type-information of planned modules. The type-based orchestration is later completed with instance information. The methodology was tested against a modular distillation plant from the Technical University of Dortmund.
Autoren | Anselm Klose, Julius Lorenz, Lukas Bittorf, Katharina Stark, Mario Hoernicke, Andreas Stutz, Hannes Weinhold, Niclas Krink, Wolfgang Welscher, Manfred Eckert, Stefan Unland, Anna Menschner, Polyana da Silva Santos, Norbert Kockmann, Leon Urbas, |
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Erscheinungsdatum | 10.08.2022 |
Format | |
Verlag | Vulkan-Verlag GmbH |
Sprache | Deutsch |
Seitenzahl | 9 |
Titel | Orchestration of modular plants |
Untertitel | Procedure and application for orchestration engineering |
Beschreibung | In Modular Automation, the orchestration creates the link between process equipment assemblies (PEA) and processes towards operation. This paper presents a general methodology, so-called type-based orchestration, on how to design a fully functional modular process plant based on the module type package (MTP). In a number of discussion rounds, the steps were identified, generalized, and formulated as a method. Existing standards were applied to describe additional required information. The resulting phases and steps, as well as the practical application, have shown that a large part of the planning can be done using only the type-information of planned modules. The type-based orchestration is later completed with instance information. The methodology was tested against a modular distillation plant from the Technical University of Dortmund. |
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