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Deeper Insights into Oxygen-Containing Compounds of the Mandal Formation, Central Graben, Norway

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Besides the kerogen composition, the amounts of generated bitumen play a major role when assessing the petroleum retention and expulsion behavior of a source rock. High-molecular weight (HMW) products dominate… Click to show full abstract

Besides the kerogen composition, the amounts of generated bitumen play a major role when assessing the petroleum retention and expulsion behavior of a source rock. High-molecular weight (HMW) products dominate the source rock extracts during early stages of generation in the total organic carbon-rich, inefficiently expelling Mandal Formation. Such gas chromatography-unresolvable, bituminous compounds have not yet been structurally described. Based on 20 immature to peak-oil mature whole rock samples from different locations of the Central Graben, a compositional comparison of seven samples of different maturity stages is drawn to the excellently expelling Posidonia Shale, Germany, of similar maturity. Electrospray ionization negative Fourier transform ion cyclotron resonance mass spectrometry allows the investigation of the acidic heteroelemental interior of the in-source retained petroleum. Rather than the quantities of bitumen, its composition seems to be important for petroleum migration efficiency and...

Keywords: containing compounds; central graben; oxygen containing; insights oxygen; mandal formation; deeper insights

Journal Title: Energy & Fuels
Year Published: 2018

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