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The Digital Twin – Your Ingenious Companion for Process Engineering and Smart Production
Chemical Engineering & Technology ( IF 1.8 ) Pub Date : 2021-02-26 , DOI: 10.1002/ceat.202000562 Andreas Bamberg 1 , Leon Urbas 2 , Sönke Bröcker 3 , Michael Bortz 4 , Norbert Kockmann 5
Chemical Engineering & Technology ( IF 1.8 ) Pub Date : 2021-02-26 , DOI: 10.1002/ceat.202000562 Andreas Bamberg 1 , Leon Urbas 2 , Sönke Bröcker 3 , Michael Bortz 4 , Norbert Kockmann 5
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This essay of the temporary Working Group “100% Digital” of the Association “Process, Apparatus and Plant Engineering” PAAT in ProcessNet addresses characteristics of a digital twin from the user's point of view and is intended to help solution providers to give product development a customer‐oriented direction. For this purpose, the different data models are described which play a role in the life cycles of chemical processes, plants, and products. In particular, for existing (brownfield) plants, essential aspects of the digital twin are subsequently formulated. Further expressions and consequences, e.g., on qualification and training, are deduced from the above.
中文翻译：
数字孪生–您在工艺设计和智能生产方面的独到伙伴
本文来自ProcessNet的“过程，设备和工厂工程”协会PAAT的临时工作组“ 100％数字”，从用户的角度解决了数字孪生的特点，旨在帮助解决方案提供商进行产品开发。以客户为导向。为此，描述了在化学过程，工厂和产品的生命周期中发挥作用的不同数据模型。特别是，对于现有的（棕地）工厂，随后制定了数字孪生模型的基本方面。从上面推论出进一步的表述和后果，例如关于资格和培训的表述和后果。
更新日期：2021-02-26
中文翻译：
数字孪生–您在工艺设计和智能生产方面的独到伙伴
本文来自ProcessNet的“过程，设备和工厂工程”协会PAAT的临时工作组“ 100％数字”，从用户的角度解决了数字孪生的特点，旨在帮助解决方案提供商进行产品开发。以客户为导向。为此，描述了在化学过程，工厂和产品的生命周期中发挥作用的不同数据模型。特别是，对于现有的（棕地）工厂，随后制定了数字孪生模型的基本方面。从上面推论出进一步的表述和后果，例如关于资格和培训的表述和后果。
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