FAQs

HydroScan™ is an advanced groundwater targeting system using electromagnetic and magnetotelluric geophysical methods to analyze subsurface electrical resistivity. Since ground-water bearing formations have different properties from dry materials, this allows us to identify areas where groundwater can be found.

Yes. HydroScan™ geophysical methods are widely used in other industries such as oil and gas exploration, mineral resource exploration, helium exploration, and geological research and mapping. HydroScan™ adapts these scientific principles specifically for groundwater exploration.

Groundwater-filled formations often have different electrical properties compared to surrounding dry materials. HydroScan™ measures subsurface electrical resistivity variations and identifies conductive anomalies that may correlate with groundwater pathways or aquifer zones.

No technology can guarantee groundwater because natural geology varies. However, our technology is highly accurate and effective. HydroScan™ interpretation has demonstrated approximately 85–90% targeting accuracy in identifying conductive geological features associated with potential groundwater zones when interpreted by experienced professionals. This significantly reduces risk compared to drilling without geophysical targeting.

Subsurface geology is naturally complex. Factors affecting results include geological variability, formation heterogeneity, aquifer connectivity, drilling execution. Despite our technology not being a guarantee, HydroScan™ reduces uncertainty and risk — it does not eliminate natural geological variability.

Nearby wells alone do not provide enough subsurface information. Groundwater conditions may change dramatically across short distances. HydroScan™ provides subsurface data to guide decisions rather than relying on guesswork.

Drilling a dry or low-yield well can cost significantly more than investing in geophysical targeting first. Instead of investing in drilling without checking for groundwater, using HydroScan™ helps to reduce drilling risk, improve targeting accuracy, and avoid unnecessary drilling costs.

After the survey is complete, you receive a professional HydroScan™ evaluation report including subsurface visualization, recommended drill target zone, estimated depth range, geological risk classification, and engineering interpretation. You can then use this data to make evidence-based decisions before you drill.

Scheduling depends on availability. Our field surveys are followed by data analysis and report preparation.

Yes. HydroScan™ identifies where and how deep to drill — licensed drilling contractors, such as our team at Arizona Well Drilling, perform the well construction.

Traditional methods often rely on guesswork, surface observation, or nearby wells only. The data used is often outdated and not the most accurate. HydroScan™ uses geophysical subsurface imaging inspired by the exploration industry methodologies.