AVEVA Everything3D™ -
Plant Design for Lean Construction
AVEVA’s vision for plant design is to create a new product called
AVEVA Everything3D™ (AVEVA E3D™) that exploits technology innovations in mobile computing, cloud computing and laser scanning to enable Lean Construction in plant project execution.
AVEVA E3D is the core design application within AVEVA Plant. It is fully interoperable with all other AVEVA Engineer, Design and Manage products. AVEVA Plant, AVEVA’s Integrated Engineering and Design system, is a breakthrough in plant engineering and design efficiency. By integrating engineering data, schematics data and 3D design data into one managed plant model, it avoids costly and damaging inconsistencies.
With AVEVA Plant, critical information is efficiently shared between disciplines and across teams. This simplifies the process and improves project schedule and quality.
For more AVEVA E3D product information click here
Key features
| Multi-discipline 3D plant design model | The multi-discipline 3D plant design model is created and modified with a series of discipline specific applications optimised for efficient modeling in the relevant discipline. |
| Laser scanning integrated in modeling | Fusing 3D design models with high definition laser scanning of the real world to provide an environment for designers to design parts ensuring correct connectivity with and non-interference with existing installed parts in the plant. Fusing Real World and 3D Designs, Laser Data for Dimensional Control and Laser Data for Dimensional Control |
| 3D graphics optimised for plant design modelling | The 3D graphics convey a heighten sense of spatial information to the designer with the use of “light”, “shade” and “edge”. Styling for 3D Designers |
| Easy to use GUI | An interface with functions that are easy to find and obvious to use according to the Microsoft Fluent UI. Intuitive User Interface |
| 2D and 3D geometry interfaces | All the 2D and 3D geometry interfaces needed to collaborate with project partners such as equipment vendors and subcontractors on a typical plant project. |
| Drafting integrated with the model | A drafting directly integrated to the model for efficient first time drafting and drafting of later design changes. Integrated 2D and 3D Deliverables for Efficient Design |
| Design Checking | A standard design checking capability with customisable design checking rules that can be extended by customers. Customisable Design Checker |
| High performance in large networks | Performance tuned to operate on networks with datacentres or WAN type networks where the latency is high. |
| Multi-discipline and multi-user collaboration | Capability to seamlessly manage the data in a project with many concurrent users in many different disciplines. |
| Built-in data management | Access Control and Status functions that ensure that each designer and has the correct access to project information. |
| Integration of 3D data with engineering and schematic data | Direct access to engineering information and P&ID’s. This allows designers to make use of engineering and schematic information when building their 3D model and also allows the designer to compare their 3D design model and the relevant engineering and schematic data to ensure consistency in the overall design. Integration of Engineering, Schematic and 3D Model |
| Local customization | Tools that allow the customer to independently customise the behaviour of the product and make automated functions for competitive advantage. |
| Parallel running with PDMS, Engineering and Diagrams | Capability to run in parallel with the latest version of PDMS, Engineering and Diagrams on the same project data. |
