IGO Utilizes Virtual Reality for Enhanced Geological Exploration

by John Nowacky
in News
on 2 June 2024

IGO, an ASX-listed mining and exploration company, is revolutionizing the way geological exploration is conducted through the use of virtual reality technology. The company has developed a virtual reality platform that allows geologists to navigate and visualize the subsurface of exploration sites in 3D.

By leveraging machine learning and 3D-modeling capabilities, IGO generates accurate and detailed 3D models by feeding various geophysical and geological observations into Seequent LeapFrog and other platforms. These models provide geologists with a powerful tool to interpret and assess potential drill targets for nickel, copper, and lithium exploration.

Geologists at one of IGO’s exploration sites in Western Australia, near the Nova mine, are currently trialling the use of virtual reality technology. Erin Martin, an IGO exploration geologist, highlighted the enhanced capabilities that virtual reality brings to the field. She explained that geologists often struggle to visualize complex geometries and relationships in 3D, making it challenging to accurately assess potential mineral deposits.

The pilot program aims to evaluate how experiencing the 3D models in virtual reality can support geologists’ work in testing different theories about mineralizing processes and target development. By immersing themselves in the virtual environment, geologists can collaborate more effectively and communicate their findings with greater clarity.

The use of virtual reality also improves communication between 3D mapping specialists and geologists. While building a 3D geological model involves integrating multiple data sources, presenting this information to non-geologists or team members outside of the modeling process can be challenging. Virtual reality allows for a more immersive and interactive experience, facilitating clearer communication and a better understanding of the data integration process.

IGO’s groundbreaking use of virtual reality technology in geological exploration is set to transform the industry. By providing geologists with the tools they need to accurately interpret and assess potential drill targets, the company is paving the way for more efficient and successful exploration efforts.

Additional facts:
– IGO’s virtual reality platform not only allows geologists to visualize the subsurface in 3D, but it also enables them to virtually walk through the exploration site, gaining a better understanding of the terrain and geological features.
– The virtual reality platform developed by IGO is compatible with various virtual reality headsets, making it accessible to a wide range of users.
– The use of virtual reality technology in geological exploration is still in its early stages, but it has shown promising results in improving accuracy and efficiency in locating potential mineral deposits.
– IGO has plans to expand the use of virtual reality technology to other exploration sites globally, aiming to enhance exploration efforts in different geological settings.

Key questions and answers:
1. How does virtual reality technology enhance geological exploration?
Virtual reality technology allows geologists to navigate and visualize the subsurface of exploration sites in 3D, helping them better understand complex geometries and relationships. It also supports collaboration and communication among geologists, leading to improved interpretation and assessment of potential drill targets.

2. Can virtual reality technology be used for other types of exploration besides mining?
Yes, virtual reality technology can be utilized in various fields of exploration, including oil and gas, environmental studies, and archaeology. The ability to virtually immerse oneself in a site or environment has applications beyond geology.

Key challenges or controversies:
1. Cost: Implementing virtual reality technology in geological exploration can be expensive, requiring investment in hardware, software, and training. The additional costs may be a challenge for smaller exploration companies.
2. Data accuracy and integration: Virtual reality relies on accurate and comprehensive data to generate realistic 3D models. Ensuring the reliability and integration of different data sources can be a challenge.
3. User adoption and learning curve: Geologists who are unfamiliar with virtual reality technology may require time and training to become proficient in its use. Overcoming the learning curve and encouraging adoption may be a challenge.

Advantages:
1. Improved visualization: Virtual reality technology allows geologists to visualize complex geological structures and better understand the subsurface in 3D, leading to more accurate and informed decision-making.
2. Enhanced collaboration: By immersing themselves in a virtual environment, geologists can collaborate more effectively, share findings, and communicate complex information with clarity.
3. Better communication: Virtual reality facilitates clearer communication between geologists and non-geologists, enabling a better understanding of the modeling process and data integration.

Disadvantages:
1. Costly implementation: Virtual reality technology requires significant investment in hardware, software, and training, which can be a financial burden for some exploration companies.
2. Data integration challenges: Integrating data from various sources to create accurate 3D models can be a complex process. Ensuring data accuracy and compatibility may pose challenges.
3. Learning curve: Geologists who are unfamiliar with virtual reality may require time to learn and adapt to the technology, potentially slowing down exploration efforts initially.