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VeröffentlichungsnummerUS20030201098 A1
PublikationstypAnmeldung
Veröffentlichungsdatum30. Okt. 2003
Eingetragen24. Okt. 2002
Prioritätsdatum24. Okt. 2001
Auch veröffentlicht unterCA2462794A1, CA2462794C, CA2462805A1, CA2462805C, CA2462957A1, CA2462957C, CA2462971A1, CA2463103A1, CA2463103C, CA2463104A1, CA2463104C, CA2463109A1, CA2463110A1, CA2463110C, CA2463112A1, CA2463112C, CA2463423A1, CN1575373A, CN1575373B, CN1575374A, CN1575374B, CN1575375A, CN1575376A, CN1575377A, CN1575377B, CN1608167A, CN1636108A, CN1666006A, CN1671944A, CN1671944B, CN100400793C, CN100513740C, CN100540843C, CN100594287C, US6932155, US6991045, US7063145, US7066257, US7077198, US7086465, US7100994, US7114566, US7128153, US7156176, US7461691, US20030173072, US20030183390, US20030192691, US20030196788, US20030196789, US20030196801, US20030196810, US20030205378, US20040040715, US20040211569, US20050092483, US20070209799, US20100126727, WO2003035801A2, WO2003035801A3, WO2003035811A1, WO2003035811A8, WO2003035811A9, WO2003036024A2, WO2003036024A3, WO2003036030A2, WO2003036030A3, WO2003036031A2, WO2003036031A3, WO2003036032A2, WO2003036032A3, WO2003036033A1, WO2003036034A1, WO2003036035A2, WO2003036035A3, WO2003036036A1, WO2003036037A2, WO2003036037A3, WO2003036038A2, WO2003036038A3, WO2003036039A1, WO2003036040A2, WO2003036040A3, WO2003036041A2, WO2003036041A3, WO2003036043A2, WO2003036043A3, WO2003040513A2, WO2003040513A3
VeröffentlichungsnummerUS 2003/0201098 A1, US 2003/201098 A1, US 20030201098 A1, US 20030201098A1, US 2003201098 A1, US 2003201098A1, US-A1-20030201098, US-A1-2003201098, US2003/0201098A1, US2003/201098A1, US20030201098 A1, US20030201098A1, US2003201098 A1, US2003201098A1
ErfinderIlya Berchenko, Jean-Charles Ginestra, Kirk Hansen, John Karanikas, Eric Rouffignac, Lanny Schoeling, Gordon Shahin, Meliha Sumnu-Dindoruk, Harold Vinegar
Ursprünglich BevollmächtigterKaranikas John Michael, Berchenko Ilya Emil, Rouffignac Eric Pierre De, Jean-Charles Ginestra, Hansen Kirk Samuel, Schoeling Lanny Gene, Shahin Gordon Thomas, Sumnu-Dindoruk Meliha Deniz, Vinegar Harold J.
Externe Links: USPTO, USPTO-Zuordnung, Espacenet
In situ recovery from a hydrocarbon containing formation using one or more simulations
US 20030201098 A1
Zusammenfassung
Systems and methods of using a computer system to simulate a process for in situ treatment of a hydrocarbon containing formation are provided. The in situ process may include providing heat from one or more heat sources to at least one portion of the formation. The in situ process may, in some embodiments, include allowing the heat to transfer from the one or more heat sources to a selected section of the formation. In some embodiments, the method may include operating the in situ process using one or more operating parameters. At least one operating parameter of the in situ process may be provided to the computer system. In certain embodiments, at least one parameter may be used with a simulation method and the computer system to provide assessed information about the in situ process.
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Klassifizierungen
US-Klassifikation166/53, 702/12
Internationale KlassifikationB09C1/06, E21B43/24, B09C1/02, E21B43/30, E21B47/022, C10G45/00, G01V3/26, E21B43/243, E21B36/00, E21B43/16, E21B47/10, E21B17/02, C10G9/24, E21B44/00
UnternehmensklassifikationE21B43/24, E21B17/028, B09C1/06, C10G9/24, E21B47/02208, B09C2101/00, G01V3/26, E21B43/2401, B09C1/02, C10G45/00, E21B43/168, E21B43/243
Europäische KlassifikationE21B47/022C, B09C1/02, E21B17/02E, E21B43/16G2, E21B43/24B, B09C1/06, C10G45/00, E21B43/24, E21B43/243, G01V3/26, C10G9/24