Modular plant design presents a key challenge for process engineers, automation specialists, system integrators and equipment manufacturers: information is often generated across different tools, documents and disciplines. P&IDs, automation concepts, functional specifications, module structures and MTP requirements must be interpreted, transferred and reconciled multiple times. This takes time, creates media breaks and increases the risk of inconsistencies.
With FLOW2MTP, we demonstrate an end-to-end engineering workflow that addresses precisely this issue: process and module knowledge is captured in a structured manner, linked to automation requirements and converted into reusable digital module descriptions. The focus is on rMTP, the integration of process engineering and automation technology, and the seamless transition to subsequent engineering steps.
In our webinar, we’ll show you how the module interface is derived from the process engineering requirements of the overall process, resulting in a consistent automation concept. FLOW2MTP supports the systematic description of modules, services, phases, parameters, interfaces and requirements, making them available as a basis for rMTP- or MTP-based integration. A key feature is the integrated simulation framework: FLOW2MTP builds a digital twin from process, module and automation knowledge, enabling concepts to be simulated at an early stage.
Another highlight of the live demo is the transition to the PEA-Designer. This demonstrates how the structured information can be reused – right through to the generation of control code for the PLC. This creates a seamless engineering flow from process engineering through automation and the digital twin, right through to concrete implementation at the control level.
In the live demonstration, you will learn step by step how FLOW2MTP bridges the gap between process engineering and automation, how rMTP requirements are mapped in a structured manner, and how this creates a seamless path to automation. The aim is not to manually transfer engineering information multiple times, but to make it available in a consistent, reusable and integrable format.
At the end, you will have the opportunity to discuss the topic with our experts.
What to expect from the webinar:
End-to-end engineering with FLOW2MTP: From process to MTP on the PLC
- Introduction to FLOW2MTP and the benefits of structured module descriptions
- Linking process engineering and automation technology
- rMTP as the basis for clear requirements and MTP-based integration
- Creation of a digital twin and commissioning within an integrated simulation framework
- Live demo of the FLOW2MTP workflow to the PEA-Designer
- Outlook on further utilisation right through to PLC control code
- Discussion with our experts
Register for free here: End-to-end engineering with FLOW2MTP