Aveva E3d 3.1 [updated] Jun 2026
Piping and structural detailing tools received significant algorithm upgrades in 3.1. Sloped piping routing, complex structural connections, and reinforcement detailing are handled with greater automation, ensuring compliance with global engineering standards (such as ASME, DIN, and ISO) out of the box. Cloud Capabilities via AVEVA Connect
: Features a new "Quick HVAC" router, similar to the piping router, with an updated UI and improved user experience. Common Workflows Users frequently perform these tasks in version 3.1:
AVEVA E3D 3.1 is not just a drawing tool. It is a data-centric, multi-discipline design environment where data consistency is guaranteed. 1. Multi-Discipline Design Integration
Many developers create tools to simplify repetitive tasks. Recent third-party and community developments for 3.1 include: aveva e3d 3.1
AVEVA™ E3D Design 3.1 is the world's most technologically advanced 3D design solution, purpose-built for the process plant, marine, and power industries. As the successor to the industry-standard PDMS, E3D Design 3.1 offers a modern, high-performance platform that enables multi-discipline, clash-free design for both greenfield and brownfield projects. Key Capabilities and Modules
AVEVA E3D Design (Engineering 3D Design) is an industry-leading software solution used for the multi-discipline 3D modeling of complex industrial plants, marine vessels, and offshore structures. Built upon the legacy of PDMS, AVEVA E3D combines advanced 3D graphics, clash detection, and automated drawing generation with a centralized database architecture.
Database capacity has been significantly expanded. While PDMS supported fewer than 10,000 databases, E3D now supports over 250,000 databases in a single project, with MDB capacity increased to 5,000. This enables large-scale multi-discipline projects with complex data integration requirements. Common Workflows Users frequently perform these tasks in
Implementing AVEVA E3D 3.1 directly impacts project timelines, safety parameters, and financial bottom lines. Accelerated Project Delivery
Laser scanning integration makes E3D 3.1 exceptionally valuable for retrofit and revamp projects. Teams can import point cloud data of existing facilities and design modifications directly within that context, dramatically reducing the time required for plant retrofit design.
Automated, spec-driven Bill of Materials (BOM) generation ensures exact material procurement quantities. allowing owner-operators to optimize plant maintenance
Traditional global project replication is replaced by secure, real-time cloud data access. Next-Gen Draw Module
The highly structured data generated during the E3D 3.1 design phase is not lost at project handover. It forms the foundation of the digital twin, allowing owner-operators to optimize plant maintenance, safety, and operations for decades to come. Conclusion