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Semi-open pyrolysis experiments were conducted on a thermally immature, organic and sulfur-rich source rock (Ghareb Formation, Israel). Structural and sulfur isotope ratio (34S/32S) changes in specific organic sulfur compounds were studied along with bulk sulfur phases (H2S, kerogen, oil) during thermal maturation and oil formation. Oil, gas and rock samples were collected sequentially at several...
We report a new thermal maturity indicator for hydrocarbon source rocks based on non-isothermal programmed temperature oxidation of organic matter.Open system pyrolysis (e.g., Rock-Eval) is a fast and inexpensive analysis method and thus it is widely used in geochemical screening of source rocks. Pyrolysis Tmax based maturity assessment is known to be adversely affected by the presence of oil-based...
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