| Identifying stratigraphic traps in prospective basins |
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| Ambiguity and complexity for costly seismic surveying in a large structure |
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| Inability to detect the exact location of reservoir using seismic imaging in the structures in which the evaporate rocks are on the surface |
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| Applying environmentally friendly techniques for petroleum exploration |
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| Significant reduction of petroleum exploration risk |
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| Identifying genetic relationships between reservoir oils and source rocks |
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| Evaluation of reservoir continuity |
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| Recognition of productive or drained reservoir compartments |
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| Source rock evaluation needed for petroleum system analysis |
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| Extracting a gas sample from a constant volume of mud during drilling |
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| Early identification of kicks and losses during drilling to enhance safety |
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| High accurate quantification of CaCO3-bearing minerals during drilling |
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| Regional evaluation of basin and petroleum system |
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| Spatial analysis of exploratory targets and the corresponding facilities |
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| Characterizing mineralization type and style |
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| Evaluating grades of mineral products, by-products and contaminants |
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