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Geoelectrical Instrument
Geoelectric Solutions for your Biggest Questions
ELECTOMAGNETIC
GEODE EM3D
The only EM
Device Capable of High-Resolution Measuremnts at 1000+ Meters.
Description
The Geode EM3D is a revolutionary instrument capable of
high-resolution, high-quality resistivity mapping to depths of
1,000+ meters. The Geode EM3D has the flexibility to do
traditional audio magnetotellurics (AMT), hybrid-source AMT (HSAMT),
and controlled-source AMT (CSAMT). For CSMAT configurations, a
high power transmitter is provided. Traditional electromagnetic
(EM) methods require multiple station setups and are
time-consuming, thus impractical for obtaining the high
resolution required in today�s competitive mining environment.
The Geode EM3D allows a single setup of all stations and one
transmitter run for acquisition of all 50 sounding at the same
time.
The Geode EM3D allows for closely spaced soundings based on a
common network of stations, and for or greater flexibility, the
instrument is designed to interface to a range of commercially
available controlled-source geophysical transmitters. The Geode
EM3D can be used as a single-receiver, six-channel instrument
with (HSAMT or CSAMT) or without a transmitter (AMT). The
individual receiver modules can also be linked together in a
reliable Ethernet network for from 12 up to 120 channels and
more of EM sensors. With the Geode EM3D complete your surveys
faster and in higher resolution, taking the guesswork out of
mineral exploration!
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Geode EM3D data set with
simultaneous 88 - channel 3-D survey,
consisting of four 22 channel line |
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Features and benefits
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Excellent Data Quality: Collect excellent data
even in the high-frequency dead zone for
high-quality measurements from 0.1 Hz to 20,000
Hz. Ultra-low noise analog front end. Get great
data from shallow to deep on a single sounding.
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Easy Expandability: Using a reliable Ethernet
network solves the problems of GPS dropouts or
lost satellite lock, line-of-sight communication
failures, radio of WiFi communication failures,
and blocked antennas.
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Simultaneous Soundings: Perform three
simultaneous soundings with a single receiver
and six soundings at the same time with two
receivers � more data in less time than
traditional instruments.
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Field Flexibility: Survey using audio
magnetotellurics (AMT), hybrid-source audio
magnetotellurics (HSAMT), and controlled source
audio magnetotellurics (CSAMT) with the addition
of the controlled-source transmitter. Either
scalar of full tensor calculations for both AMT
and CSAMT operations.
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Real Time Data: View a real-time display of
apparent resistivities, impedances, phase,
Bostick true resistivity and depth values, MT
rotation values, tipper calculations, and more
even during acquisition! More data for quality
control to know the quality of the data
immediately in the field.
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Built In Troubleshooting: Automated contact
resistance measurements on all electric dipoles.
Automatic AC and DC noise values on all electric
and magnetic channels � tells you what is your
noise environment and provides troubling
shooting tool.
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GPS: Calculate all GPS positions for an entire
survey line with a single GPS measurement for
any one dipole � fast accurate GPS positions
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Control Your Data: Export of multiple file types
for use in third-party processing, inversion,
and interpretation software supported. Examples
are AVG files for Zonge SCS2D software, EDI
files for Schluberger�s WinGLink � CGG�s
GeoTools � most academic software, DAT files of
Bostick values for Surfer or other contouring
programs.
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TYPICAL USES
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Mapping of geology to 1,000 meters and more
for mining and minerals exploration
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Mapping of hydro-geologic features for
groundwater exploration
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Geothermal reservoir mapping to 2,000 meters
depth
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Shallow oil and gas exploration to 2,000
meters depth
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Deep geotechnical and engineering
application such as mapping of deep
structure for future dam sites,
characterizing potential nuclear waste
deposit integrity, view geology structure
for deep mountain tunneling, etc
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Excellent tool for academic research and
teaching
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