TEK7 See it clearly. Build it better.
3D Modelling of the Plant
At TEK7, accurate visualisation is the key to effective plant upgrades. Our 3D modelling process creates a precise, full-scale digital replica of your facility using real-world data collected during the assessment phase. This model provides engineers, operators, and project teams with a clear understanding of the plant’s physical layout and constraints. It supports seamless design coordination, reduces the risk of clashes, and improves the integration of new systems. With TEK7’s 3D modelling, every decision is backed by clarity, accuracy, and practical insight.
— TEK7
A highly accurate 3D model of the plant is an essential foundation for successful upgrades and modernisation. As part of our comprehensive approach, TEK7 develops a full-scale (1:1) digital model of the plant based on real-world data collected during the assessment phase.
This model serves as a visual and functional representation of the existing plant layout, systems, and structures. It allows all stakeholders, including engineers, project managers, operators, and fabricators, to clearly understand the physical arrangement and design limitations of the plant. By visualising the plant in three dimensions, potential conflicts or inefficiencies can be identified and resolved early in the design stage.
The 3D model is more than just a visual tool. It forms the backbone of engineering coordination, enabling accurate integration of new equipment, routing of utilities, and layout of structural or mechanical changes. This reduces the risk of design errors, minimises clashes during construction, and significantly improves planning efficiency.
Additionally, the 3D model supports simulation and scenario planning. Proposed modifications can be reviewed and validated virtually before physical implementation, helping to optimise space utilization, improve maintainability, and enhance overall plant productivity.
TEK7’s modelling approach integrates advanced tools and best practices. Each model reflects the real conditions on site and serves as a dependable reference for all future engineering and upgrade decisions.
