Matches in SemOpenAlex for { <https://semopenalex.org/work/W4281828922> ?p ?o ?g. }
- W4281828922 endingPage "104043" @default.
- W4281828922 startingPage "104043" @default.
- W4281828922 abstract "This study presents the first organic and inorganic geochemical characterization of a non-over mature section of the Permian Longtan Shale as it can be found in the southwestern Guizhou Province, China. Compared to previous studies, the here analyzed interval lies in the oil window, which allows a more detailed and precise interpretation of the original kerogen quality, the depositional conditions as well as its initial petroleum generation potential. The chemical and mineralogical index of alteration consistently reveal a warm to hot and humid climate with moderate to strong weathering during the Late Permian. Terrigenous input contributes the main components of the Longtan Shale. The overall organic matter contents are high with an average total organic carbon (TOC) content of 5.9 wt%, and maximum values reaching up to 36.4 wt%. Organic matter is mainly comprised of type III with a small contribution of type II kerogen bearing an intense petroleum generation and expulsion potential based on petrographic and open-system pyrolytic analysis. Organic matter pores are clearly visible (20 to 200 nm) in these samples although they are less developed than in the gas window. Our results suggest that the Longtan Shale had a high initial hydrocarbon generation potential. High mud gas content in a vertical profile correlates with occurrence of organic-rich black shales, which suggests that shale gas exploration in the Longtan Formation should focus on sweet spots in or close to organic matter rich intervals." @default.
- W4281828922 created "2022-06-13" @default.
- W4281828922 creator A5008311303 @default.
- W4281828922 creator A5008360393 @default.
- W4281828922 creator A5011210982 @default.
- W4281828922 creator A5030525880 @default.
- W4281828922 creator A5047072062 @default.
- W4281828922 creator A5063285358 @default.
- W4281828922 creator A5084344063 @default.
- W4281828922 date "2022-07-01" @default.
- W4281828922 modified "2023-10-18" @default.
- W4281828922 title "Non-overmature equivalents confirmed a high initial hydrocarbon generation potential of the Permian Longtan Shale in southern China" @default.
- W4281828922 cites W1880555926 @default.
- W4281828922 cites W1965986534 @default.
- W4281828922 cites W1966207504 @default.
- W4281828922 cites W1966747701 @default.
- W4281828922 cites W1970531672 @default.
- W4281828922 cites W1978797755 @default.
- W4281828922 cites W1980083955 @default.
- W4281828922 cites W1980851447 @default.
- W4281828922 cites W1991542088 @default.
- W4281828922 cites W1996745173 @default.
- W4281828922 cites W2009839274 @default.
- W4281828922 cites W2010468221 @default.
- W4281828922 cites W2011652100 @default.
- W4281828922 cites W2016603853 @default.
- W4281828922 cites W2017225534 @default.
- W4281828922 cites W2021484408 @default.
- W4281828922 cites W2025729644 @default.
- W4281828922 cites W2028205971 @default.
- W4281828922 cites W2028436359 @default.
- W4281828922 cites W2029199075 @default.
- W4281828922 cites W2029401070 @default.
- W4281828922 cites W2036359660 @default.
- W4281828922 cites W2040236851 @default.
- W4281828922 cites W2040890506 @default.
- W4281828922 cites W2050670879 @default.
- W4281828922 cites W2056980428 @default.
- W4281828922 cites W2057391595 @default.
- W4281828922 cites W2060831061 @default.
- W4281828922 cites W2067459493 @default.
- W4281828922 cites W2070771547 @default.
- W4281828922 cites W2071771565 @default.
- W4281828922 cites W2093422058 @default.
- W4281828922 cites W2095464885 @default.
- W4281828922 cites W2108328226 @default.
- W4281828922 cites W2108538927 @default.
- W4281828922 cites W2116033899 @default.
- W4281828922 cites W2144797652 @default.
- W4281828922 cites W2158824434 @default.
- W4281828922 cites W2170995602 @default.
- W4281828922 cites W2218460186 @default.
- W4281828922 cites W2232877497 @default.
- W4281828922 cites W2278647988 @default.
- W4281828922 cites W2295711279 @default.
- W4281828922 cites W2436561787 @default.
- W4281828922 cites W2442588307 @default.
- W4281828922 cites W2469078927 @default.
- W4281828922 cites W2474746158 @default.
- W4281828922 cites W2484818348 @default.
- W4281828922 cites W2599148553 @default.
- W4281828922 cites W2602317921 @default.
- W4281828922 cites W2703908346 @default.
- W4281828922 cites W2743426244 @default.
- W4281828922 cites W2752792608 @default.
- W4281828922 cites W2754338645 @default.
- W4281828922 cites W2765134301 @default.
- W4281828922 cites W2771324736 @default.
- W4281828922 cites W2779630028 @default.
- W4281828922 cites W2786791794 @default.
- W4281828922 cites W2790653530 @default.
- W4281828922 cites W2802979083 @default.
- W4281828922 cites W2803950589 @default.
- W4281828922 cites W2806674185 @default.
- W4281828922 cites W2884085495 @default.
- W4281828922 cites W2889493270 @default.
- W4281828922 cites W2904855691 @default.
- W4281828922 cites W2907170809 @default.
- W4281828922 cites W2930304641 @default.
- W4281828922 cites W2943129082 @default.
- W4281828922 cites W2947866538 @default.
- W4281828922 cites W2974915078 @default.
- W4281828922 cites W2995221228 @default.
- W4281828922 cites W2997379171 @default.
- W4281828922 cites W3005003947 @default.
- W4281828922 cites W3007555621 @default.
- W4281828922 cites W3022050456 @default.
- W4281828922 cites W3082394874 @default.
- W4281828922 cites W3091663465 @default.
- W4281828922 cites W3110760913 @default.
- W4281828922 cites W3131471253 @default.
- W4281828922 cites W324968296 @default.
- W4281828922 cites W4200295329 @default.
- W4281828922 cites W986235320 @default.
- W4281828922 doi "https://doi.org/10.1016/j.coal.2022.104043" @default.
- W4281828922 hasPublicationYear "2022" @default.
- W4281828922 type Work @default.
- W4281828922 citedByCount "6" @default.