efficiency gain in engineering with a streamlined data transfer, according to engineering experts.
Chemical engineering optimization requires the safe handling of the vast quantities of data generated at every project phase, from Front-End Engineering Design (FEED), including detail engineering, to Execution and lastly to Operation. Transferring and managing this data, minimizing errors and extracting the valuable insights for optimization is a highly complex task. Endress+Hauser engineering tools guarantee seamless data transfer to support end-to-end chemical project optimization.
Programmed by 400 dedicated team members highly specialized in IT and IT Tooling, Endress+Hauser engineering tools enable reliable and smooth data transfer at every project phase. Equipped with consistent, accurate data, our customers can optimize their chemical engineering projects and meet their project time and budget performance criteria. The Endress+Hauser portfolio includes a broad range of state-of-the art tools and resources.
Central Engineering Platform provides a centralized hub for all engineering documentation
Applicator interface supports optimal instrument selection and sizing
Configurator tool facilitates instrument setup and installation
CAD and Electrical Wiring diagrams (CAE documents) simplify system design
Standardized documentation accelerates instrument approval
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Your success is our main objective. Utilize Endress+Hauser capabilities to speed up your engineering. No matter if it is electronic data exchange, automated documentation or the W@M portal we can support you in all phases of a project, saving time, resources and money. With our state-of-the-art engineering tool and project management tool we ensure your success.
turnaround time saved by RFQ, considering 800 devices to engineer, compared to the traditional way.
time saved for creation of engineering documents including e.g. CAD drawings when using our engineering tool considering 800 devices to define, compared to the traditional way.
is the amount of savings, because of error reduction by eliminating typos, considering 800 devices to engineer, compared to the traditional way.