Demand Brands Inc. (DMAN)

[dragon52]

Electroseismic Explained


Discovered while researching early earthquake detection, our Electroseismic imaging is based upon Biot Wave Theory created as a secondary event after a high energy seismic event occurs (earthquake) to identify subsurface resistivity contrasts. We recreate a High Energy Seismic Event, directing P and S waves, Rayleigh Waves, Love Waves, and Electroseismic or Biot Waves that subsequently travel down the stratigraphic column. Hydrocarbon reservoirs are electrically resistive, so our technology causes a disruption between the contact of the atoms of the encasing rock and the substance trapped in pore spaces of the target formation. As the formation is slightly compressed due to the Electroseismic waves striking it, a unique low energy signal is released for each substance present in the formation.

Our finely-tuned, non-traditional antennae receives the data and translates it into a visual form. This can create conditions under which Electroseismic energy can be directed up to 40,000 feet in vertical depth. From the data our antennae receives, we can immediately deduce the depth and thickness of the formation, type of deposit (precious metals, diamonds) the type of solution or mix present in formation (liquid petroleum or natural gas), water (saltwater, freshwater, geothermal water), and relative charge, or pressure of the formation.

We can also deduce the type of formation ( sandstone, carbonate, shale, silt interbedded with shale, etc). After careful study, we can deduce the relative production that can be expected at a specific site. Further processing and modeling is then used, including inversion and depth migration of the data, resulting in maps, cross sections and 3D volumes that show the exact location and the depth of resistive bodies.

Over 30,000 shots have been taken in over 20 states in the U.S, as well as Uganda and Kenya.

https://www.geoenhanced.com/electroseismic