Matches in SemOpenAlex for { <https://semopenalex.org/work/W2088759912> ?p ?o ?g. }
- W2088759912 endingPage "75" @default.
- W2088759912 startingPage "62" @default.
- W2088759912 abstract "The Permo-Triassic Kangan gasfield in southern Iran is composed of an aquifer, the Kangan Aquifer (KA), and an overlying gas reservoir. It is located in the Kangan and Dalan Formations and consists predominantly of limestone and dolomite. The Kangan gasfield is exploited from 36 wells at depths from 2300 to 2860 m. The quality of the produced formation waters (PFW) varies from fresh to saline, with salinities of up to 60,000 mg/L. The present study aims to identify the origin of the salinity of the PFWs. The concentration of major ions, Li, Sr and Br, as well as δ18O, δD, 87Sr/86Sr, δ37Cl and δ81Br isotope compositions of the KA water and PFW samples, a fresh and a brine spring, and the Persian Gulf water were all measured. The suite of isotopic (δ37Cl and δ81Br) and hydrochemical data (Li, Cl and Br concentrations and CF index) in this study indicates that the salinity origin of the PFWs is evaporated seawater, which could be either the KA water or the intergranular saturated brine in the Kangan Gas Reservoir (KGR), both derived from Permo-Triassic evaporated seawater. δ18O and 87Sr/86Sr data exclude the KA water as the source of the saline PFW, leaving the intergranular brine of the KGR as the most likely source although further isotopic and geochemical tests are needed to verify this. This work also proposes, for the first time, the use of a Li/Cl versus Br/Cl diagram to distinguish between evaporate formation water, water modified by halite dissolution and fresh water. It is recommended to apply these comprehensive methods to deep brine aquifers, especially related to gasfields." @default.
- W2088759912 created "2016-06-24" @default.
- W2088759912 creator A5001150730 @default.
- W2088759912 creator A5033753341 @default.
- W2088759912 creator A5039121421 @default.
- W2088759912 creator A5077998809 @default.
- W2088759912 creator A5082704754 @default.
- W2088759912 creator A5091796517 @default.
- W2088759912 date "2014-09-01" @default.
- W2088759912 modified "2023-10-14" @default.
- W2088759912 title "Hydrochemical and isotopic (δ18O, δ2H, 87Sr/86Sr, δ37Cl and δ81Br) evidence for the origin of saline formation water in a gas reservoir" @default.
- W2088759912 cites W1491373961 @default.
- W2088759912 cites W1963884796 @default.
- W2088759912 cites W1965055433 @default.
- W2088759912 cites W1966989836 @default.
- W2088759912 cites W1967961354 @default.
- W2088759912 cites W1973157183 @default.
- W2088759912 cites W1973221312 @default.
- W2088759912 cites W1974608328 @default.
- W2088759912 cites W1976620802 @default.
- W2088759912 cites W1977472551 @default.
- W2088759912 cites W1977652520 @default.
- W2088759912 cites W1982283598 @default.
- W2088759912 cites W1985917712 @default.
- W2088759912 cites W1992678155 @default.
- W2088759912 cites W1994196724 @default.
- W2088759912 cites W1994454879 @default.
- W2088759912 cites W1997025858 @default.
- W2088759912 cites W1997630798 @default.
- W2088759912 cites W1998933135 @default.
- W2088759912 cites W2001759425 @default.
- W2088759912 cites W2002105163 @default.
- W2088759912 cites W2009366409 @default.
- W2088759912 cites W2013653571 @default.
- W2088759912 cites W2013780453 @default.
- W2088759912 cites W2015263708 @default.
- W2088759912 cites W2020418251 @default.
- W2088759912 cites W2026568861 @default.
- W2088759912 cites W2031557742 @default.
- W2088759912 cites W2039248536 @default.
- W2088759912 cites W2042572946 @default.
- W2088759912 cites W2055880256 @default.
- W2088759912 cites W2062208402 @default.
- W2088759912 cites W2062679867 @default.
- W2088759912 cites W2063176094 @default.
- W2088759912 cites W2064224936 @default.
- W2088759912 cites W2065243495 @default.
- W2088759912 cites W2068420838 @default.
- W2088759912 cites W2074647093 @default.
- W2088759912 cites W2077226368 @default.
- W2088759912 cites W2079799476 @default.
- W2088759912 cites W2083706541 @default.
- W2088759912 cites W2085462742 @default.
- W2088759912 cites W2087109988 @default.
- W2088759912 cites W2090177754 @default.
- W2088759912 cites W2094647820 @default.
- W2088759912 cites W2094928570 @default.
- W2088759912 cites W2096119001 @default.
- W2088759912 cites W2097809235 @default.
- W2088759912 cites W2101793190 @default.
- W2088759912 cites W2106229214 @default.
- W2088759912 cites W2113494608 @default.
- W2088759912 cites W2118215057 @default.
- W2088759912 cites W2118827005 @default.
- W2088759912 cites W2120469139 @default.
- W2088759912 cites W2126820166 @default.
- W2088759912 cites W2131007283 @default.
- W2088759912 cites W2135944708 @default.
- W2088759912 cites W2141898436 @default.
- W2088759912 cites W2145048910 @default.
- W2088759912 cites W2147966596 @default.
- W2088759912 cites W2159509328 @default.
- W2088759912 cites W2164332600 @default.
- W2088759912 cites W2164851432 @default.
- W2088759912 cites W2178646271 @default.
- W2088759912 cites W2254539765 @default.
- W2088759912 cites W2483445671 @default.
- W2088759912 doi "https://doi.org/10.1016/j.chemgeo.2014.06.017" @default.
- W2088759912 hasPublicationYear "2014" @default.
- W2088759912 type Work @default.
- W2088759912 sameAs 2088759912 @default.
- W2088759912 citedByCount "68" @default.
- W2088759912 countsByYear W20887599122014 @default.
- W2088759912 countsByYear W20887599122015 @default.
- W2088759912 countsByYear W20887599122016 @default.
- W2088759912 countsByYear W20887599122017 @default.
- W2088759912 countsByYear W20887599122018 @default.
- W2088759912 countsByYear W20887599122019 @default.
- W2088759912 countsByYear W20887599122020 @default.
- W2088759912 countsByYear W20887599122021 @default.
- W2088759912 countsByYear W20887599122022 @default.
- W2088759912 countsByYear W20887599122023 @default.
- W2088759912 crossrefType "journal-article" @default.
- W2088759912 hasAuthorship W2088759912A5001150730 @default.
- W2088759912 hasAuthorship W2088759912A5033753341 @default.
- W2088759912 hasAuthorship W2088759912A5039121421 @default.
- W2088759912 hasAuthorship W2088759912A5077998809 @default.
- W2088759912 hasAuthorship W2088759912A5082704754 @default.