| Abstract |
Since 1991, Geo Vision, Inc. (GeoVision) has placed a high priority on technical innovation of its GeoVision Geological Direct Detection Radiometric and Air-Gamma Technology (GeoVision technology). Through its proprietary service and survey method, and with its ability to assist in the exploration and discovery of oil, gas, and gold deposits, A GeoVision survey consists of three phases: Phase 1 is preliminary identification of anomalous deposits; Phase 2 is field expedition (usually, a helicopter survey of the area) and data processing; and Phase 3 is final reporting and drilling recommendations. Since 2004, scientists from the R&D department of GeoVision have developed the survey equipment and a method for the discovery of geothermal fluids. From 2007 through 2010, GeoVision conducted four (4) geothermal surveys in Nevada, USA for Gradient Resources Inc. (GRI). All four surveys have been successful. At one (1) of the GRI geothermal prospects, the Patua Geothermal Prospect, GRI has already drilled observation, production, and injection wells which coincide with GeoVision anomalies and has proven geothermal fluids for a 60 MW power generation facility. At GRI’s Colado and Aurora Geothermal Prospect, the GeoVision anomalies occur at locations where high temperature thermal gradient anomalies and exploration wells have been drilled. |