Aveva E3d 31 | ((link))

AVEVA E3D v3.1 — Quick Review

Overview

• AVEVA E3D (Engineering 3D) v3.1 is a 3D CAD solution for plant design and offshore/onshore projects, focused on large-scale industrial engineering (oil & gas, petrochemical, power, marine).
• Strengths: modern 3D modelling kernel, high-performance graphics, improved interoperability with AVEVA suite, rule-based design automation, clash detection, and detailed isometric and fabrication deliverables.

Key improvements in 3.1

• Performance: faster model loading/navigation for very large models; better memory handling.
• Collaboration: tighter integration with AVEVA Engineering & Information Management components; improved multi-user model access.
• Modeling tools: enhanced routing (pipe/structural), smarter auto-routing, more robust catalog/component handling.
• Visualization: improved rendering and view performance; updates to review/markup workflows.
• Deliverables: more reliable isometrics, better DWG/DXF output consistency, improved BOM and material takeoff accuracy.

Pros

• Scales to very large plant models with good responsiveness.
• Strong integration within the AVEVA ecosystem (data handover, P&ID/3D linking).
• Robust fabrication and isometric outputs for downstream construction.
• Powerful rule-based automation reduces repetitive work.

Cons

• Steep licensing and implementation cost; needs experienced admins.
• Learning curve for designers transitioning from other 3D CAD packages.
• Occasional interoperability quirks with non-AVEVA third‑party formats.
• Hardware requirements are high for best performance.

Typical users & suitability

• Best for EPCs, owner-operators, and engineering firms working on large industrial plants who need enterprise workflows, multi-discipline collaboration, and fabrication-ready deliverables.
• Overkill for small projects or teams needing light 3D CAD only.

Deployment & licensing notes

• Deployed on workstations with GPU acceleration; organization-wide deployment typically involves server-side components for common data and concurrent licensing.
• Expect professional services for customization and implementation.

Verdict

• Excellent enterprise-grade plant design tool if you need scalable, fabrication-focused 3D modeling and are already (or planning to be) invested in the AVEVA ecosystem; less suitable for small teams or projects on tight budgets.

Would you like a short comparison versus Intergraph Smart 3D or Autodesk Plant 3D?

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Minimum Requirements (Small Projects):

• OS: Windows 10/11 Professional (64-bit)
• CPU: Intel Core i5 (11th gen) or AMD Ryzen 5
• RAM: 16 GB
• GPU: NVIDIA Quadro P1000 or RTX 3050 (4GB VRAM)
• Storage: 10 GB free space for installation; 500 MB per project

Top 10 New Features in AVEVA E3D 3.1

If you are migrating from E3D 2.1 or from PDMS, these features will define your user experience.

1. Executive Summary

AVEVA E3D (Everything3D) is a flagship suite of engineering design software from AVEVA (part of AVEVA Group, now Schneider Electric). It is widely regarded as the industry standard for 3D plant design in the oil & gas, marine, nuclear, and chemical industries.

Version 3.x, and specifically the updates around version 3.1, mark a significant pivot in the software's architecture. This version moves away from the legacy "PDMS" backbone towards a modern, database-centric, and aesthetically advanced design environment.

Phase 3: Basic Modeling (Mechanical/Piping Focus)

This is usually where most users start.

1. Zone and Hierarchy:

• You cannot just draw in empty space. You must create a Zone (a container).
• Inside a Zone, you create Sites, Planes, or directly Equipment/Piping.

2. Equipment Modeling:

• Create a piece of Equipment (e.g., a Vessel).
• Use Primitives (Boxes, Cylinders, Torus) to shape it.
• Use Relative Coordinates to position items accurately.
  • Tip: Learn the difference between World coordinates (W) and Relative coordinates (P for Position, O for Orientation).

3. Piping Design:

• The Specification (Spec): E3D uses rules. You don't just draw a line; you tell the software you are drawing "Pipe A1" (e.g., Carbon Steel 4-inch).
• Create a Pipe.
• Define the Head (starting point) and Tail (ending point).
• Routing: Use the compass or type coordinates to route the pipe centerline.
• Populating: Once the centerline is drawn, you "populate" it. E3D automatically places bolts, gaskets, and pipes based on the spec.

4. Components:

• Insert valves, reducers, and tees.
• The software will auto-select the correct bolt sets and gaskets from the catalog.