Aveva E3d 31

Legacy PML (Programmable Macro Language) is still supported, but Version 3.1 introduces a native Python .NET API. Younger engineers can now automate repetitive tasks using modern scripting languages.

To understand the power of E3D 3.1, let’s walk through a typical piping workflow.

Step 1: Schema Generation Import a P&ID (Process & Instrumentation Diagram) via AVEVA Engineering. E3D 3.1 automatically creates "Equipment" and "Line" placeholders.

Step 2: Modeling Use the new "Drag and Drop" component catalogue. Instead of typing "FLAN150#RF#CL150", you simply search for "Flange" and drag it onto the pipe end. The system infers the spec.

Step 3: Routing Select "Auto Route." E3D 3.1 uses its improved A* pathfinding algorithm. Unlike E3D 2.1, it respects ladder logic (avoiding crossing rotating equipment shafts).

Step 4: Isometric Extraction Navigate to Output > Isometric > New Drawing. Select "Style: Fabrication." The system extracts the line, numbers the welds, and generates a BOM in under 30 seconds.

Step 5: Clash Checking Run a project-wide clash check. Version 3.1 introduces "Clash Categories" (Hard vs. Soft vs. Clearance). It highlights a 50mm clearance violation against insulation differently from a hard pipe-to-pipe collision.

Unlike its predecessor (PDMS) or competitors (SolidWorks, Revit), E3D 3.1 operates on a graphics-first, data-centric kernel. Key architectural features:

Interesting fact: E3D 3.1 can handle a model with over 2 million primitives on a standard laptop, thanks to its use of GPU-accelerated graphics pipeline (DirectX 11/OpenGL). aveva e3d 31

Without needing third-party plugins, E3D 3.1 includes a native stereoscopic rendering mode. Connect an Oculus or HTC Vive for immersive design reviews directly within the modelling environment.

AVEVA has focused heavily on "Brownfield" projects (upgrading existing plants).

AVEVA E3D Design (often referred to as E3D) is an advanced 3D design solution used to create, model, and manage complex industrial facilities such as oil and gas plants, ships, and power stations.

The following are the core features that make AVEVA E3D Design a leader in industrial engineering: 1. Advanced 3D Modeling & Visualization

Multi-disciplinary Design: Engineers can simultaneously model piping, structural steel, equipment, HVAC, and electrical cable trays within a single environment.

Intelligent Objects: Every modeled component contains rich attribute data, enabling the software to "understand" the physical properties and specifications of the parts.

Laser Scan Integration: Users can work directly with high-resolution laser scan data (bubble pits or point clouds) to design modifications for existing "brownfield" facilities with millimetre accuracy. 2. Automated Clash Detection

Real-time Interference Checking: The software automatically identifies physical clashes between different disciplines (e.g., a pipe running through a steel beam) during the design phase.

Early Issue Resolution: By catching these errors in the 3D model, companies can avoid extremely expensive rework during the physical construction phase. 3. Automated Drawing & Report Generation Legacy PML (Programmable Macro Language) is still supported,

Drawing Manager: Rapidly produces accurate 2D general arrangement (GA) drawings and sectional views directly from the 3D model.

Automatic Isometrics: Generates detailed piping isometric drawings necessary for fabrication and construction.

Material Take-offs (MTO): Instantly calculates the exact quantities of materials needed for procurement, improving project cost estimates. 4. Customization & Integration

Programmable Macro Language (PML): Highly customizable workflows allow teams to automate repetitive tasks and tailor the software to specific project standards.

Global Collaboration: Enables multi-site teams to work on the same model simultaneously from different geographical locations. Comparison: E3D vs. Others Feature AVEVA E3D Design Hexagon SmartPlant 3D (SP3D) Primary Focus Energy, Power, and Marine sectors Large Refineries and Petrochemical plants Strengths Detailed 3D modeling and robust clash detection All-encompassing lifecycle ecosystem Integration Strong multi-discipline integration and data exchange High consistency across Hexagon modules

Are you looking to learn how to use a specific module like Piping or Structural modeling, or are you comparing it for a business purchase?

Aveva E3D vs SP3D: Selecting the Ultimate 3D Design Software

This paper provides an overview of AVEVA™ E3D Design 3.1 , the successor to AVEVA PDMS and a cornerstone of modern multi-discipline 3D plant and marine design. Introduction to AVEVA E3D Design 3.1

AVEVA™ E3D Design 3.1 is an advanced 3D engineering software used primarily in the process plant, marine, and power industries. Built on a modern platform, it serves as a single source of engineering data, allowing for the integration of multiple disciplines—such as piping, equipment, and structural design—into a single collaborative environment. Core Capabilities & Modules To understand the power of E3D 3

The software is organized into specific modules to streamline the design-to-production workflow: Model Module

: The primary environment for creating 3D computer models. It allows designers to place and manipulate equipment, structural elements, and piping with high precision. Draw Module

: Used to extract 2D drawings directly from the 3D model, ensuring that design changes in the model are reflected in the deliverables. Supports Discipline

: A specialized suite within version 3.1 designed for creating and managing a series of pipe and structural supports, including automatic drawing production. Reporting & Validation

: Users can generate complex reports (e.g., Material Take-Offs) using built-in search features and run interference checks to identify design clashes before construction. Key Features in Version 3.1 AVEVA™ E3D Design 3.1 - Draw Administration

Investing time in mastering AVEVA E3D 3.1 pays immediate dividends. The combination of laser scan integration, automated isometrics, VR readiness, and Python scripting cuts design time by an average of 40% compared to PDMS workflows.

For EPC firms, the ROI is clear: fewer site revisions, faster clash resolution, and a smoother handover to the client. For designers, the improved UI reduces eye strain and frustration.

If you are currently evaluating 3D CAD for plant design, do not settle for older software. AVEVA E3D 3.1 is the benchmark.

E3D 3.1 supports both explicit (direct) modeling and parametric (spec-driven) modeling. Engineers can directly manipulate solid geometry without breaking underlying catalog dependencies. This "hybrid" approach allows for: