Vista Clara
Vista Clara: Global provider of advanced NMR technologies for groundwater and mining investigations.
Founded
1997Vista Clara: Global provider of advanced NMR technologies for groundwater and mining investigations.
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Official pages and third-party coverage in one index
Harness the power of Magnetic Resonance (NMR) logging with this compact, low-cost, battery powered system. Easily operated by a single user in the near surface critical zone to 100 m (330 ft), DART™ can collect NMR data at very high vertical resolutions up to 4 cm (1.5 inch).
Non-invasively detect, measure, and image groundwater directly from the surface with Vista Clara’s GMR™ product family. Using a measurement loop of 2-150 m (6-500 ft) in diameter GMR™ uses the same NMR physics as MRI scanners. GMR™’s exclusive Multi-channel operation effectively cancels noice providing robust and accurate investigative outcomes.
Magnetic Resonance Analysis of Soil and Core Samples in the Laboratory or Field
High-Resolution in-situ characterization of hydrogeologic properties
Geophysical NMR measurements deliver reliable and straightforward hydrogeologic information, even in saline groundwater environments. These environments can be challenging to characterize with conventional electrical resistivity measurements, because differences in resistivity may be associated with the fluid or with the formation. Low resistivity could be correlated with a impermeable clay, or just as likely, with saltwater in a permeable sand. Because the NMR measurement directly measures grou
Nuclear Magnetic Resonance (NMR) is the best method to directly measure hydrogen content in a material; it is used extensively in both medicine (MRI’s use the same technology) and in chemistry (e.g. spectrometric analysis used for identification of organic compounds). Vista Clara specializes in the use of NMR as a geophysical technique to remotely quantify water content, saturated porosity, relative pore size distribution and hydraulic conductivity in the shallow Earth.
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NMR is capable of mapping critical hydrogeologic information at high temporal and spatial resolution.
NMR is capable of mapping critical hydrogeologic information at high temporal and spatial resolution.