Advanced Geophysics Seeks Strategic Global Alliances

Advanced Geophysics Inc. announces that is seeking strategic global alliances in various sectors.

Exploration Alliances

Our goal is to create compelling case studies for our RaptorFTEM™ technologies. Our ideal partners will be operators who have short-term drilling plans. We are interested in any opportunities that will demonstrate the efficacy of our time domain systems.

For miners we would like to take inferred mineral resources, through our data and subsequent drilling to measured mineral resources or prove up ore body extensions that were missed during previous surveys and drilling.
For shallow oil plays our ideal partner is someone who has a well with some production and wants to extend that production and map out their oil pool.
For environmental partners we are interested municipal or government partners who wish to monitor waste containment, or mining/oil partners who wish to monitor tailings ponds.

Global Licensing Alliances

Advanced Geophysics Inc. is interested in offering licensing opportunities in limited geographic areas for our RaptorFTEM™ hybrid systems. Contact us for details and opportunities.

Educational Alliances

Advanced Geophysics Inc. is looking to partner with Educational institutions to enhance the understanding of time domain geophysics and its applications. We will be able to supply data for experimentation, curriculum, and scientific investigations.

About Advanced Geophysics Inc.

Advanced Geophysics Inc. is a supplier of Airborne Time Domain Electromagnetic Exploration Systems. Our Premiere RaptorFTEM™ hybrid systems offer unparalleled resolution into the subsurface with our Patent Pending Technology that allows unprecedented geological mapping.

We will be attending PDAC 2023 – contact us to arrange a meeting.

Advanced Geophysics Benefits

Resolution Revolution

RaptorFTEM™ systems have some of the highest data resolution available in the industry due to our technology’s simultaneous shallow and deep subsurface imaging capabilities.

Multiple System Simultaneous Deployments

Deploy multiple RaptorFTEM™ systems simultaneously so you have the flexibility to adjust your depth of investigation focus as your survey collects data.

Unique EM Technologies

Our multiple patent pending technologies are not available in any other system! The RaptorFTEM™ systems offer unprecedented insight into subsurface exploration and mapping.

Deep TDEM Exploration

Time domain electromagnetic exploration has a reputation for only sensing shallow subsurface but our technology allows us to see nearly 1km deep in the right geologic conditions.

Agile Decision Making

With near real time ability to interpret data, surveys can be flown coarsely on one day and then followed up with other RaptorFTEM™ systems and/or finer grid spacing to gather data where you need it most!

Frequency AND Time Domain

RaptorFTEM™ hybrid systems are capable of acquiring both frequency and time domain data.

This is possible because of full waveform data recording and unique data processing.

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Let Advanced Geophysics Inc. accelerate your exploration efforts with our airborne RaptorFTEM™ hybrid time domain electromagnetic surveys that provide unparalleled data and mapping capabilities.

FastTrack Your Exploration With RaptorFTEM™ Time Domain Systems

Resources We Help Locate

Time Domain Electromagnetic systems are useful for detecting differences in conductivity and the technology can be leveraged to directly or indirectly detect many different types of resources. The RaptorFTEM™ systems are designed to be flown with magnetometers, radiometers and gravimiters which can enhance the understanding of the EM responses. *Our technology is not limited to locating only these resources or applications.

Gold is a highly conductive metal easily amenable to time domain exploration

Time domain can be used for environmental monitoring.

Kimberlite pipes can be detected indirectly with time domain exploration due to the conductive clays and associated minerals.

Copper is a highly conductive metal easily amenable to time domain exploration

Uranium is not conductive but it can be indirectly detected depending on where it is deposited.

Freshwater and saltwater can be detected and monitored but how well depends on differences in conductivity of the host rocks.

Lithium is a good conductor and its brines and host pegmatites can be detected with time domain exploration.

Potassium is a good conductor and its brines can be detected with time domain exploration.

Graphite is a good conductor and can be detected with time domain methods.

Time domain can be utilized to discover Unexploded Explosive Ordnance.

Hydrocarbons are usually not conductive at shallow depths and they can be indirectly detected.

Silver is a highly conductive metal easily amenable to time domain exploration