NMR is capable of mapping critical hydrogeologic information at high temporal and spatial resolution.
Surface-based NMR system can map hydrogeologic properties from the surface to depths of up to 500ft (150m).
Multiple shells capture hydrogeologic properties faster with data collected beyond the drilling disturbed zone.
MAGNETIC RESONANCE GEOPHYSICAL technologies
What if you could directly observe groundwater beneath the surface?
NMR Geophysics
Vista Clara’s diverse suite of instruments measure the key hydrogeologic properties that control the storage and movement of groundwater.
Water Content
NMR technology enables you to directly and accurately measure the volumetric water content within the native formation. Moreover, NMR measurement provides in-situ characterization of bound and mobile water content, pore-size distribution, and hydraulic conductivity
Relative Pore Size Distribution
Determine the relative abundance of each pore size in the soil, enabling direct analysis of sediment or rock type.
Bound vs Mobile Porosity
NMR technology not only detects what water is present, but allows you to accurately distinguish and quantify the fraction of groundwater that is bound in small pores and clay versus the fraction of groundwater that is mobile and available for extraction.
Hydraulic Conductivity
How easily does water pass through soil or rock – how connected are the pores? What is the best interval for pumping? With NMR, not only do you get information about saturated pore-size distribution, but you also get a high-resolution, continuous estimate of hydraulic conductivity that is a good match to lower resolution, more traditional techniques like pump tests.
Latest News
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NMR Logging for Hydrogeologic Characterization of Lithium and Other Brine-based Mineral Resources
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Major Product Updates for Javelin® and Dart™ NMR Logging Tools Using Numax™ Technology
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Battelle Conference Video on In-Situ NMR Measurements Available for Viewing
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Vista Clara NMR Instruments Featured in NGWA Groundwater Monitoring & Remediation Journal
