Recently, IN 3D TECHNOLOGY explored the capabilities of AVEVA E3D, an advanced 3D engineering and design solution widely used across industries such as Oil & Gas, Chemicals, Power, and Marine.

Our participation in the AVEVA World Summit earlier this year was an exciting experience. It reinforced our vision and our mission to help organizations improve efficiency and sustainability through digitalization. We appreciated the insights shared by the speakers and the opportunity to learn more about the latest developments in industrial digitalization.

We established a trial agreement with AVEVA, which gave us the opportunity to participate in training courses covering Introduction, Pipe Design, and Equipment Design. This learning process helped us better understand the software's functionality, terminology, workflows, and the benefits of applying AVEVA E3D to engineering projects.

Advanced Piping Design with AVEVA E3D

The piping design process in AVEVA E3D offers advanced tools for developing intelligent 3D plant models. Its intelligent features and extensive libraries of standard piping components help reduce design errors and improve consistency throughout the modeling process.

The software provides flexible tools for modifying pipes and branches, splitting or merging components, organizing elements, and managing complex piping systems. These capabilities support the efficient development of intelligent 3D models while maintaining structured engineering data.

As part of the training process, we successfully completed work related to piping design and modeling.

Efficient Equipment Modeling with AVEVA E3D

Equipment modeling in AVEVA E3D can be performed using basic geometric primitives combined with intelligent connections and standard engineering parameters. Parts or complete equipment models can also be imported from STEP files, while standard equipment templates can be selected and modified according to project requirements.

This approach provides flexibility when developing equipment layouts and integrating equipment with piping and other plant systems.

As part of our training, we also completed work related to equipment design and modeling.

During the training process, we tested modeling workflows using point cloud data. This gave us valuable practical experience in exploring how AVEVA E3D can support as-built 3D modeling workflows based on captured conditions from existing industrial facilities.

We are pleased to have completed this learning process and expanded our knowledge of AVEVA E3D and its applications in industrial engineering projects.