10 Ways To Diversify Your Services with Electrical Resistivity Imaging

In past articles, we’ve covered many ways industries apply Electrical Resistivity Imaging (ERI) for their benefit. From groundwater exploration to power engineering, and even archeology—we’ve shown the versatility of the electrical methods of subsurface exploration. But what if you don’t fit into one particular sector? Perhaps you’re a consultant or geophysicist for hire. For those who are looking for new and profitable opportunities in their field—and haven't used electrical geophysical methods—this article may be of great help.

Integrating ERI into your service offerings can enhance your value to clients across various sectors. Here, we explore ten avenues to diversify your portfolio of services with ERI—showcasing the method's adaptability and potential to address complex subsurface challenges.
 
If you’re new to ERI, you may have a question about the depths you can reach. Check out our blog post “Quick Tip: Depth of Investigation for ERI Surveys,” but a general rule is that the penetrating depth is about 15-25% of the largest array length for any four-electrode array. 

1. Green Energy:

The transition to renewable energy sources is accelerating. Use ERI to locate geothermal hotspots or monitor carbon capture and storage (CCS) facilities. Your expertise can guide the development of sustainable energy projects, aiding in the global quest for cleaner power solutions. As we’ll mention below, ERI is useful for construction projects and extends to green energy initiatives. Important structures like dams, wind farms, and solar farms need strong foundations to build on, which requires bedrock and karst mapping… 

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How is Electrical Resistivity Imaging Used For Archaeology?