Sphere project film. A rendered tour of the Sphere facility, its exterior, equipment, pipelines, and coordinated engineering systems. The film loops silently; use the pause control to stop it.

Sphere / By Septem Novem

Engineering
connected.

At Septem Novem, we turn initial concepts into precise designs through 3D modeling, stress analysis and clash detection. Connecting digital twins and documentation from start to finish.

Our Services

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Our other competencies:

Service provider across applications
Project management
Content management
Documentation management

P&ID

An initial sketch is transformed into a detailed Piping and Instrumentation Diagram (P&ID), which is then synchronized with the 3D model to ensure a precise, coordinated design from start to finish. This process generates comprehensive lists and documentation that are essential for accurate construction and project planning.

From sketch to P&ID. The visual sequence transforms the initial sketch into the detailed piping and instrumentation diagram.

3D

Detailed 3D models are built to bring complex designs to life, providing a complete visual of the entire project. This process allows comprehensive coordination and early detection of potential issues, ensuring a seamless and efficient build.

Sphere 3D model showing all piping systems

Sphere 3D piping model, isolated system 1

Sphere 3D piping model, isolated system 2

Sphere 3D piping model, isolated system 3

Sphere 3D piping model, isolated system 4

Sphere 3D piping model, isolated system 5

Sphere 3D piping model, isolated system 6

Sphere 3D piping model, isolated system 7

Sphere 3D piping model, isolated system 8

Sphere 3D piping model, isolated system 9

Sphere model showing all pump assemblies

Sphere model highlighting pump 1 and its connections

Sphere model highlighting pump 2 and its connections

Sphere model highlighting pump 3 and its connections

Sphere model highlighting pump 4 and its connections

Sphere model highlighting pump 5 and its connections

Sphere model highlighting pump 6 and its connections

Sphere model highlighting pump 7 and its connections

Sphere model highlighting pump 8 and its connections

Sphere model highlighting pump 9 and its connections

Sphere model highlighting tank 1 and its connections

Sphere model highlighting tank 2 and its connections

Sphere model highlighting tank 3 and its connections

Sphere model highlighting tank 4 and its connections

Sphere model highlighting tank 5 and its connections

Sphere model highlighting tank 6 and its connections

Sphere model highlighting tank 7 and its connections

Sphere model highlighting tank 8 and its connections

Stress Analysis

Stress analysis is necessary to ensure structural reliability, predict failure points and optimize design for safety and performance. This proactive approach ensures system integrity and safety under all operating conditions.

Pipe stress model before maximum temperature loads are applied — Before temperature load

Pipe stress model after maximum temperature loads are applied — After temperature load

Before and after maximum temperature loads

Pipe response to extreme loads. The animation visualizes pipe movement under extreme loads.

Pipe sway animation after extreme loads

Clash Test

Our team performs comprehensive clash detection to find and fix any conflicts within the digital model. This proactive step helps to guarantee a smooth and efficient build on-site.

Sphere clash-detection model highlighting intersecting components for design review

Maintenance

We create visual animations and interactive models to show how to perform maintenance tasks and identify potential problems upfront. This helps on-site teams to optimize their tasks and time, ensuring a safer and smoother process.

Swipe the picture or use the arrow keys and buttons to explore the sequence.

Maintenance sequence

Maintenance access and equipment movement sequence, frame 1 of 12

Maintenance access and equipment movement sequence, frame 2 of 12

Maintenance access and equipment movement sequence, frame 3 of 12

Maintenance access and equipment movement sequence, frame 4 of 12

Maintenance access and equipment movement sequence, frame 5 of 12

Maintenance access and equipment movement sequence, frame 6 of 12

Maintenance access and equipment movement sequence, frame 7 of 12

Maintenance access and equipment movement sequence, frame 8 of 12

Maintenance access and equipment movement sequence, frame 9 of 12

Maintenance access and equipment movement sequence, frame 10 of 12

Maintenance access and equipment movement sequence, frame 11 of 12

Maintenance access and equipment movement sequence, frame 12 of 12

Engineering Documentation (2D)

Precise ISO (Isometric) drawings provide a clear, single-view diagram of 3D systems. Our drawings are a vital guide for installation, maintenance or revamp, showing all components and dimensions in an easy-to-read format for accurate construction. Engineering lists also support the commissioning process.

Interactive IsoMap

Explore the model. Open the drawing.

Isometric piping model. Select a highlighted pipe region or numbered marker to open its ISO drawing PDF.

Positional Drawing

We specialize in detailed positional drawings, also known as orthographic projections. These multi-view drawings capture every dimension and tolerance needed for accurate fabrication. By providing front, top, and side views, our drawings serve as the blueprint to ensure your design is built precisely.

Digital Twin

A digital twin is a dynamic virtual model of a physical asset that is constantly updated with real-time sensor data. This living digital counterpart allows us to:

Simulate the asset’s behavior
Predict maintenance needs
Optimize operations
Test new designs without the need for expensive physical prototypes

The digital twin concept. Sensors collect real-time data. That data feeds a virtual model, enabling simulation and analysis to inform maintenance, design improvements, operational changes and lifecycle management.

Text from the digital twin video

Data collection. Sensors on a physical asset continuously collect real-time data, such as temperature, performance metrics, or environmental conditions.
Virtual model. This data feeds a virtual, three-dimensional model representing the physical asset.
Simulation and analysis. The model uses real-time data to simulate the asset’s behavior. Machine learning and AI can help predict outcomes.
Decision-making. Insights from the digital twin inform maintenance, design improvements, operational changes, and lifecycle management.