Perform Multidiscipline 3D Modeling
In an open, intuitive, and collaborative environment, quickly and easily create 3D plant models with parametric equipment modeling, specification-driven piping, HVAC, electrical cable trays, and structural steel libraries.
OpenPlant Modeler enables you to quickly and easily perform 3D designs of your plant piping, HVAC, and mechanical and electrical equipment in an open and collaborative digital twin environment by leveraging Bentley’s iTwin framework.
You can perform collaborative plant engineering. Interoperability ensures plant design data and construction deliverables are available anytime for your project team members to quickly find, share, and use. The collaborative environment allows users to check out model components, make updates, and check them in.
- Quickly and easily create 3D plant models with parametric equipment modeling, specification-driven piping, HVAC, electrical cable trays, and structural steel libraries in an open, intuitive, and collaborative environment
- Work in a cloud-based environment that supports project teams working together online, offline, or remotely. Remote collaboration allows scalability for any number of users across small and large projects
- Integrate with PlantSight to utilize component-based workflows and create a digital twin during the design phase of the project
- Enable accurate engineering designs for any size project with specification-driven parametric modeling
- Leverage workflows that ensure 2D and 3D consistency to avoid costly rework
- Seamlessly integrate with PlantSight to support distributed teams and create a digital twin during the design phase of the project
- Promote superior collaboration with component-based workflows, enabling multiple designers to contribute to the project remotely without the constraints of a file-based system
- Speed up review cycles through the interoperability modeler, providing open data models to create your digital twin project faster
Use of ISO 15926 as Intrinsic Data Model
OpenPlant Modeler is the first plant design software to use ISO 15926 as its intrinsic data model. The result is a significantly improved ability to dynamically exchange information among OpenPlant and other plant design software, supplier databases, and any applications using ISO 15926.
Reuse of Standards Facilitates Projects
Existing designs, models, and associated data, as well as catalogs and specifications from PDS, AutoPLANT®, and PlantSpace® can be easily reused, enabling faster project start-ups and design continuity. Existing PDS designs can be reviewed and augmented through ISO 15926 protocols or iModels to avoid proprietary lock-in.
Improves Designer Workflows
OpenPlant Modeler is a specification-driven modeling system that matches how a designer works. Designers can rapidly and easily create 3D models using the highly intuitive MicroStation® task-based user interface.
Integrated Design
design functionality for piping, equipment, supports, instrumentation, HVAC, and other components to ensure projects deliver integrated design models. You can increase project collaboration with building design through the ability to define common gridlines across OpenPlant Modeler and OpenBuildings™ Designer. Moreover, you can accelerate projects through shared structural components across OpenPlant Modeler and OpenPlant Support Engineering.
Point Clouds Integrated with 3D Models
very useful way to visualize existing facilities or geospatial requirements. Through Descartes, OpenPlant Modeler integrates point clouds into 3D models to be used for retrofit design, providing a high level of accuracy, safety, and speed that reduces time to construction and eliminates field rework.
Increase Project Collaboration
increases project team collaboration with an environment that supports users working either stand alone or synchronized to the rest of the team in a distributed environment. Through the use of ProjectWise, OpenPlant Modeler users can participate in a globally dispersed project and be supported in a federated workflow. allows users to improve collaboration, personal productivity, and information sharing by signing in as a Connected User and associating files with Connected Projects. Connected Users can access personalized learning, communities, notifications, and project information.
Easily Check P&IDs and 3D Models for Consistency
utilize common tagging mechanism providing OpenPlant Modeler capability to read OpenPlant PID supplied P&IDs, leveraging existing
information to speed 3D design.
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