Work Portfolio

A high-resolution drone survey was conducted over the target area, and the data was processed in QGIS to generate a detailed 3D surface model. Underground borehole information was integrated into the visualisation to provide a comprehensive understanding of both surface and subsurface conditions. This workflow demonstrates the strength of modern geospatial tools in geology: combining field data, remote sensing, and digital integration to deliver a clearer and more complete geological picture. The approach reflects the company’s commitment to advanced digital methods in geoscience.  

Using drone technology, digital elevation models, and Agisoft photogrammetry software, a detailed 3D model of an existing glory hole was produced. By merging aerial datasets with advanced modelling techniques, the project highlights how modern digital tools enhance geological interpretation and communication. This method not only improves safety by reducing the need for physical site access but also provides high-resolution insights valuable for geological analysis and planning. The work reinforces the company’s focus on innovation at the intersection of geoscience and digital technology.

A drone survey was conducted over the investigation area to capture high-resolution aerial imagery and site conditions from multiple angles. The footage provided a clear, comprehensive view of the terrain, structural features, and overall site layout, supporting improved geological assessment and project planning. 

Offshore well data was compiled and modelled to produce a 3D visualization showing the spatial distribution of wells and their associated lithological profiles. This digital model provides an intuitive understanding of subsurface geology, allowing for clearer interpretation of stratigraphy, structural relationships, and reservoir characteristics. The workflow demonstrates how advanced 3D modelling tools can transform complex geological datasets into accessible, high-value insights for exploration and decision-making.