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Mathias Oppelt
Towards an integrated use of simulation within the life-cycle of a process plant
Today the mega trend of digitalization starts to transform markets and businesses towards much higher volatility in demand and resource availability. This will require more flexible and efficient decision making processes in engineering and operations than established today.
One possible technology to support the decision making process is simulation, which can be used to answer engineering and operational questions earlier and with lower risks. Further, simulation will be one key element of a successful digitalization strategy, because it enables the virtual representation of a production plant or product within a digitalized supply chain. Thus, simulation should gain significant importance within the life-cycle of a process plant.
This thesis investigates the pathway for simulation within the process industries. A global online survey with more than 200 participants and more than two dozen expert interviews reveals deep insights about the current and future use of simulation within the process industries. For the realization of the identified vision requirements and fields of actions are derived, being the foundation for a technology roadmap describing a possible way into the future. The first step to integrated simulation deeper into the life-cycle is investigated within a technical prototype. The prototype shows that even today a much more integrated use of simulation can be realized based on an available set of tools. Thus, an evolution towards an integrated use of simulation within the life-cycle of a process plant is possible.
One possible technology to support the decision making process is simulation, which can be used to answer engineering and operational questions earlier and with lower risks. Further, simulation will be one key element of a successful digitalization strategy, because it enables the virtual representation of a production plant or product within a digitalized supply chain. Thus, simulation should gain significant importance within the life-cycle of a process plant.
This thesis investigates the pathway for simulation within the process industries. A global online survey with more than 200 participants and more than two dozen expert interviews reveals deep insights about the current and future use of simulation within the process industries. For the realization of the identified vision requirements and fields of actions are derived, being the foundation for a technology roadmap describing a possible way into the future. The first step to integrated simulation deeper into the life-cycle is investigated within a technical prototype. The prototype shows that even today a much more integrated use of simulation can be realized based on an available set of tools. Thus, an evolution towards an integrated use of simulation within the life-cycle of a process plant is possible.
Schlagwörter: Simulation; Automation; Engineering; Process Industries
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