Superdeep Underground Water Finder with High Resolution Mt Amt Geophysical Ground Scanner Magnetotellurics Station

• Customization: Available
• After-sales Service: Yes
• Warranty: 1 Year
• Model NO.: GD-5
• Product Name: Broadband Mt System
• Application: Underground Water Finder
• Accuracy: High Resolution
• Frequency Band: DC-1,000 Hz
• Transport Package: Exporting Package
• Specification: MT AMT for Optional
• Trademark: GOLD
• Origin: China
• HS Code: 9015
• Production Capacity: 100 Sets Per Monthed

Product Description

Superdeep Underground Water Finder with High Resolution MT AMT Geophysical Ground Scanner Magnetotellurics Station 


Applications about Geophysical Ground Scanner Magnetotellurics Station 
1.Hydrocarbon exploration
2.Shale reserves applications (E&P)
3.Reservoir monitoring
4.Geothermal exploration
5.Sub-basalt, sub-salt, overthrust, reef exploration
6.Engineering & environmental studies
7.Earthquake monitoring/prediction
8.Deep crustal research

Magneto-telluric (MT) surveying is a passive geophysical method used to investigate subsurface electrical resistivity by measuring naturally occurring electromagnetic fields.

It is based on the measurement of electric and magnetic fields of currents flowing freely through the ground and having a frequency range of 0-1 Hz for natural sources or 1-90 kHz with the use of a controlled source. After these measurements the apparent resistivity at each point is obtained. This technique is widely applied in groundwater exploration to identify aquifers, fracture zones, and lithological variations.

MT surveys utilize low and higher-frequency signals , making them effective for shallow and depth to intermediate depth investigations.

 Field data is acquired using electric and magnetic sensors placed strategically on the ground surface.

The recorded signals are processed to generate resistivity profiles of subsurface layers.

 Low-resistivity zones often indicate potential groundwater-bearing formations.The method proved highly effective in selecting optimal borewell locations.