Consulting

Our Technological Approach  Surface formation surveys provide the location of faults or anticlines at the surface. Seismic surveys provide a picture of the subterranean rock formations, as well as information on what type of rock is present. Both techniques are important because they indicate where potential structural traps may exist.…

Remote Sensing It has long been understood that light gases like hydrogen can seep very slowly from underground deposits, migrating to the surface over time. Once at the surface, their presence influences the local environment, subtly altering surface conditions. For example, specific bacteria can thrive by feeding on these gases.…

Passive Seismic Tomography Active seismic tomography is routinely employed by oil and gas exploration firms to gain an understanding of subsurface geology. This involves measuring how acoustic waves travel through the Earth’s crust. Similar to the way light refracts as it passes through water, acoustic waves alter their speed and…

Airborne Surveying To achieve the most accurate subterranean interpretation, we include an airborne surveying phase in its exploration strategy. The airborne surveying phase involves acquiring a grid of Gravitational, Magnetic and Radiometric data by flying a customised gyrocopter or drone over the exploration area. The image below illustrates an example…

Geochemical Sampling Micro-seepages of hydrogen can be detected in the earth’s soil and serve as crucial indicators of subsurface hydrogen reserves. Geochemical surveying involves collecting and analysing surface soil samples in a designated area to look for surface anomalies, specifically areas with high levels of hydrogen micro-seepage. If such anomalies…

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