OpenPlant PID
OpenPlant PID is the data-centric P&ID authoring layer for process plants. The engineering advantage is consistency between tagged diagram objects, project data and downstream 3D/digital-twin workflows—not merely drafting symbols faster.
Keep calculation, equipment and plant-delivery information connected across disciplines.
OpenPlant PID is the data-centric P&ID authoring layer for process plants. The engineering advantage is consistency between tagged diagram objects, project data and downstream 3D/digital-twin workflows—not merely drafting symbols faster.
Keep plant design, analysis and production information connected across discipline handoffs.
Automate repetitive calculations or deliverables while preserving engineering review points.
Apply intelligent specification-driven P&IDs where that capability directly supports the project decision.
Specialist plant functions around the governing equipment or piping decision.
Only capabilities supported by the reviewed source-controlled product record are shown here. CTtec adds engineering context without reproducing Bentley marketing copy.
Intelligent specification-driven P&IDs
Consistent tag and component data management
Online/offline workflows with PlantSight data access
Design conditions in. Checked equipment or plant deliverables out.
The sequence is assembled from the product's reviewed capability/application data and CTtec discipline vocabulary. It is a project-use model, not a claim that every project follows an identical process.
Engineering inputs
Design conditions, equipment/piping geometry, materials, loads and governing code criteria
Core engineering work
Intelligent specification-driven P&IDs
Validation & review
Consistent tag and component data management
Project outcome
Process plant P&IDs. Checked calculations, equipment/piping outputs and coordinated plant deliverables
Connected handoff
PlantSight
Plant engineering work where traceability and coordination matter.
These application areas come directly from the reviewed product record. They are presented as decision contexts rather than padded with repeated generic prose.
Process plant P&IDs
Revamp and brownfield diagram management
Tag/data-centric plant design

Coordinate specialist engineering without losing the plant context.
OpenPlant PID is the data-centric P&ID authoring layer for process plants. The engineering advantage is consistency between tagged diagram objects, project data and downstream 3D/digital-twin workflows—not merely drafting symbols faster.
- Intelligent specification-driven P&IDs
- Consistent tag and component data management
- Online/offline workflows with PlantSight data access
Bentley public reference. CTtec commercial pricing. Two different sources.
Reference values are the reviewed Bentley public snapshot. CTtec UAE, India and UK values are commercial settings managed independently in Admin and may differ from Bentley's website.
From USD 3,603
Checked 2026-09-13 · Starting at $3,603.00 USD; Bentley public reference snapshot
OpenPlant PID
USD 3,60312-month Virtuoso subscription
India
Admin-managed INR commercial state. No automatic conversion from Bentley reference values.
Choose the specialist tool around the equipment, code check and discipline handoff.
Selection guidance is CTtec engineering editorial based on the reviewed product scope. It is intended to support tool choice, not replace project-specific engineering judgement.
Choose OpenPlant PID when intelligent P&IDs and tag/data governance are required.
OpenPlant Modeler handles the multidiscipline 3D plant model, while AutoPIPE handles piping stress.
- Confirm the current Bentley system requirements and licensing terms before deployment.
- Validate project data standards, coordinate systems, units, and exchange formats during implementation planning.
Interfaces, handoffs and adjacent Bentley applications.
Connections are shown only where they are present in the reviewed product record. Public links are provided only for products currently published on CTtec.
Questions to resolve before the tool becomes part of the project workflow.
Answers use the reviewed product data, CTtec engineering editorial, and a clear separation between Bentley public reference pricing and CTtec regional commercial terms.
When should an engineering team choose OpenPlant PID?
Choose OpenPlant PID when intelligent P&IDs and tag/data governance are required. OpenPlant Modeler handles the multidiscipline 3D plant model, while AutoPIPE handles piping stress.
What engineering work does OpenPlant PID support?
Intelligent specification-driven P&IDs; Consistent tag and component data management; Online/offline workflows with PlantSight data access.
What project applications are a good fit?
Process plant P&IDs; Revamp and brownfield diagram management; Tag/data-centric plant design.
Which Bentley editions or tiers are represented here?
The reviewed Bentley source lists OpenPlant PID. Reference values on this page are a dated public-source snapshot checked 2026-09-13, not a CTtec quotation.
How does OpenPlant PID connect to the wider engineering workflow?
The reviewed workflow references PlantSight; OpenPlant Modeler; ProjectWise workflows. Confirm project-specific exchange requirements during implementation planning.
Is the Bentley public price the same as CTtec regional pricing?
No. Bentley public reference pricing is stored as a dated source snapshot. CTtec UAE, India and UK commercial pricing is managed independently in Admin and is not produced by currency conversion.
What should the team check before deployment?
Confirm the current Bentley system requirements and licensing terms before deployment. Validate project data standards, coordinate systems, units, and exchange formats during implementation planning.
Review plant workflow, code scope and commercial access with CTtec.
Discuss engineering fit, Bentley reference context, CTtec regional commercial pricing, implementation planning and connected workflows for OpenPlant PID.