gec:Digital Twin (s)
The digital representation of an existing or a new system to be built, the so-called digital twin, helps everyone involved in the process to keep an overview. Appointments and trade interfaces for new buildings and all important details for existing systems are always quickly available with the digital twin.
What is a digital twin?
A digital twin is the digital image of a physical plant, process or system that we can use to understand and model the performance.
Digital twins are continuously updated with data from multiple sources - what sets them apart from static 3D models.
The fact that your data is always up-to-date enables you to react quickly during operation.
Symbiosis between
virtual data
and
physical representation
gec:As built
The first step towards a digital twin is to record the actual situation of the system. The as-built situation can be identified in various ways. It is important that all data sources are updated. With the help of the iTwin solution from our CAD manufacturer (Bentley), we prepare your data and transfer it to your system.
Regardless of the "digital twin", it is also often necessary to record and document the actual situation in a system in the context of modifications or additions to existing systems or for pure documentation. We would be happy to bring your documents up to date or create new documents based on the current situation.
• Process flow diagrams
• P&ID schemes (piping and instrument flow diagram)
• Layout planning of the equipment (containers, apparatus, pumps, etc.)
• 3D model
• Apparatus guidelines
• Valve and pipe lists
• Pipeline planning
• Isometrics
gec:harmonization
Through the interaction of different suppliers in a new building, as well as in the course of time in an existing system, it can be useful to harmonize existing documents and adapt them in the same, individualized style. We would be happy to adapt your documents, e.g. the P&ID, so that they are available in the same way of representation across all systems. Despite the standardization of the process flow diagrams (DIN and ISA), the display still offers sufficient scope for illustration that, for example, the R&I dryer does not match the upstream system from a purely visual point of view, as it was created by another supplier. We are happy to adapt your documents in this regard and, if you wish, also take your own CI into account.
• Process flow diagrams
• P&ID schemes (piping and instrument flow diagram)
• 3D system planning
• Layout planning of the equipment (containers, apparatus, pumps, etc.)
• Valve and pipe lists
• Isometrics
