There are two primary ways to generate this data, depending on your specific goal:
How does SP3D Intergraph stack up against other major plant design tools? sp3d intergraph
| Feature | SP3D (Hexagon) | Aveva E3D | AutoCAD Plant 3D | | :--- | :--- | :--- | :--- | | Database | SQL Server/Oracle | Aveva Database | SQLite (file based) | | Project Scale | Mega-projects ($1B+) | Large-Scale | Small to Mid-scale | | Learning Curve | Very Steep (4-6 weeks) | Steep | Moderate | | Rule integrity | Strict rule-based | Flexible rules | Loose rules | | Cost | Very High | High | Moderate | There are two primary ways to generate this
Verdict: SP3D is overkill for a small skid or a water treatment plant. It is designed for Greenfield refineries, LNG terminals, and nuclear power plants where a single clash could cost millions. The main differentiator of SP3D Intergraph from competitors
The main differentiator of SP3D Intergraph from competitors like Aveva E3D or SolidWorks is its data-centric architecture. Here’s how it works:
Hexagon (which acquired Intergraph in 2010) is now integrating SP3D with:
The future of SP3D is less about standalone modeling and more about being the authoring environment for a full lifecycle digital twin.