Sp3d - Intergraph
| Feature | SP3D (Hexagon) | Aveva E3D | Autodesk Plant 3D | | :--- | :--- | :--- | :--- | | Architecture | Database (Oracle/SQL) | Database (Aveva PDMS engine) | File (DWG) + Project database | | Best for | Mega-projects, owner-operators | EPCs, offshore, marine | Mid-sized projects, low budget | | Rule engine | Very strong | Strong | Limited | | Learning curve | High | High | Moderate | | Interoperability | SmartPlant suite, CAESAR II | Aveva suite, PDMS, LFM | AutoCAD ecosystem, Navisworks | | Cost | $$$$ | $$$$ | $$ |
Traditional CAD drafters often struggle with SP3D because they cannot "cheat." In AutoCAD, you can break a line or move a block arbitrarily. In SP3D, component behavior is locked by the spec.
SP3D is not one monolithic tool; it is a suite of integrated modules: sp3d intergraph
The software continues to evolve. Current trends include:
In the world of heavy engineering, process plants, and offshore platforms, precision is non-negotiable. When industry professionals search for SP3D Intergraph, they are typically referring to SmartPlant 3D (SP3D), the flagship plant design software originally developed by Intergraph and now maintained by Hexagon’s PPM (Process, Power & Marine) division. | Feature | SP3D (Hexagon) | Aveva E3D
SP3D is not merely a drafting tool; it is a data-centric, rule-driven, object-oriented 3D CAD application designed specifically for large-scale plant design. Unlike generic 3D software (like AutoCAD or Revit), SP3D was built to handle the complexity of oil refineries, chemical plants, power stations, and mining facilities. This article provides a deep dive into what SP3D is, why it dominates the EPC landscape, and how to leverage its core features.
Engineers define rules (e.g., “pipe must have 150mm clearance from cable tray”). SP3D enforces these in real-time, preventing clashes before they happen. The software continues to evolve
This is the most critical differentiator.
| Feature | Traditional CAD (AutoCAD, SolidWorks) | SP3D (Intergraph) | | :--- | :--- | :--- | | Data Storage | Individual files (.dwg, .sldprt) | Centralized SQL/Oracle database | | Interactions | Drawing-based coordinates | Relationship-based (e.g., “pipe connects to flange at nozzle”) | | Change Management | Manual, error-prone | Automatic propagation through rules | | Multi-user | Limited (file locking) | True concurrent engineering | | Output | 2D drawings + 3D visuals | Isometrics, BOM, clash reports, construction work packages |
Why this matters: In a large refinery with thousands of lines, a single nozzle change in SP3D automatically updates all connected pipes, supports, and drawings. In file-based systems, this would require manual rework.
If you need a list of solids for quantities or data checks: