19NGR Nano Gamma

Posted by on Aug 3, 2014 in Probes, Products | Comments Off on 19NGR Nano Gamma

19NGR Nano Gamma

19NGR Nano Gamma Probe Soil analysis and remediation

                                                                                                                              Courtesy of Geosyntec Consultants

Description

The 19NGR Nano Gamma is the slimmest downhole gamma probe in existence today. At only 19.05 mm (0.75 inches) in diameter, it can be used inside Geoprobe push tubes to collect lithological information in soils or other hard to reach zones. It is operated as a standalone pulse probe on the Matrix acquisition system.

The natural gamma probe measures the amount of gamma radiation occurring naturally within the formations crossed by a hole. Gamma rays are produced mainly by isotopes of potassium, thorium, and uranium. The gamma log is widely used in the groundwater and environmental industries to identify lithology and perform containment analyses.

19NGR Nano Natural Gamma Borehole Logging Geophysics Probe

Applications

  • Bed boundary analysis
  • Facies changes
  • Coarsening/ Fining Sequences
  • Identify Clay Aquitards
  • Aquifer Thickness
  • Uranium Concentration

Operating Conditions

Borehole Fluid
[X] Water
[X] Mud
[X] Dry

Casing
[X] Uncased
[X] PVC Borehole
[X] Steel

Centralization
[_] Required
[X] Non-Necessary

Features & Benefits

  • Versatile, ubiquitous probe which functions with a wide range of applications and borehole conditions.
  • Fits inside small push tubes and other non-standard piping.
  • Exceptionally small diameter and easy to use.
  • Mount Sopris manufactures more natural gamma and spectral tools than any other slimline manufacturer in the world today.

19NGR Nano Gamma Probe Well Logging Field

 

 Specifications – Metric/English

SpecificationMetricImperial
Diameter19.05 mm0.75″
Length47.1 cm18.55″
Weight285 g10 oz.
Max. Temp.50ºC120ºF
Max. Pressure100 bar1450 psi
Sensor CsI(Tl) Crystal1.05 x 7.62 cm0.415 x 3.0 in
Nominal Op. Voltage24 VDC
Nominal Op. Current74 mA

 

Documentation

User Guide: Coming Soon!

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