Methods of water production control and their applications to Nasser Field (Libya)

Nasir F.F. Mussa

Methods of water production control and their applications to Nasser Field (Libya)

Titel in Übersetzung: Methoden der Wasserförderungskontrolle und deren Anwendung für das Nasser Feld

Nasir F.F. Mussa

Lehrstuhl für Reservoir Engineering (570)

Publikation: Thesis / Studienabschlussarbeiten und Habilitationsschriften › Masterarbeit

Abstract

Die Zielsetzung dieser Arbeit ist es, die Problematik mit der Wasserproduktion im Nasser Feld zu analysieren und zu untersuchen, unter Verwendung von verfügbaren Technologien wie Wasser/Öl-Verhältnis Diagrammen zur Identifizierung des Wasserursprungs. Vielleicht resultierte die Wasserproduktion aus Verrohrungsschäden und Fluss hinter der Verrohrung. Die Sinnhaftigkeit der Verwendung von neuen Technologien, um zonale Isolierung zu verbessern und Verrohrungsschäden zu reparieren, wird in der vorliegenden Arbeit untersucht mit der Zielsetzung, niedrigere Wasserproduktionsraten und gesteigerte Ölförderung zu erzielen. Die zweite Ursache der Wasserproduktion ist Wasser-Coning vom Aquifer. Der Lagerstättensimulator SURE wird verwendet um zwei Typen von Einzelsonden-Modellen, nämlich horizontale und vertikale Sonden, zu untersuchen, um die Wasser-Coning Probleme zu analysieren. Vorhergehende Arbeiten werden überprüft und Methoden zur Reduktion der Wasserproduktion im Nasser Feld werden präsentiert.

Titel in Übersetzung	Methoden der Wasserförderungskontrolle und deren Anwendung für das Nasser Feld
Originalsprache	Englisch
Qualifikation	Dipl.-Ing.
Gradverleihende Hochschule	Montanuniversität
Betreuer/-in / Berater/-in	Heinemann, Zoltan, Betreuer (intern) Ruthammer, Gerhard, Mitbetreuer (intern)
Datum der Bewilligung	15 Dez. 2006
Publikationsstatus	Veröffentlicht - 2006

Bibliographische Notiz

nicht gesperrt

Schlagwörter

Wasserproduktion Wasser/Öl Verhältnis Diagramme Verrohrungschäden Wasser-Coning Einzelsonden-Modelle

Dieses zitieren

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abstract = "The aim of this work is to analyze and investigate water production problems in Nasser field by using available technology such as water oil ratio (WOR) plots to identify source of water production. The water production maybe resulted from production such as casing leaks and flow behind casing. For this problem, the usefulness of using new technologies to improve zonal isolation and repair casing leaks is investigated in order to achieve lower water production rates and increase oil recovery. The second source of water production is water coning in the reservoir from the aquifer. The SURE simulator is used and two types of single well models, namely vertical and horizontal wells are considered to investigate water coning problems. Previous work done to solve water problems is reviewed and methods used to reduce water production in the Nasser field are presented.",

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N2 - The aim of this work is to analyze and investigate water production problems in Nasser field by using available technology such as water oil ratio (WOR) plots to identify source of water production. The water production maybe resulted from production such as casing leaks and flow behind casing. For this problem, the usefulness of using new technologies to improve zonal isolation and repair casing leaks is investigated in order to achieve lower water production rates and increase oil recovery. The second source of water production is water coning in the reservoir from the aquifer. The SURE simulator is used and two types of single well models, namely vertical and horizontal wells are considered to investigate water coning problems. Previous work done to solve water problems is reviewed and methods used to reduce water production in the Nasser field are presented.

AB - The aim of this work is to analyze and investigate water production problems in Nasser field by using available technology such as water oil ratio (WOR) plots to identify source of water production. The water production maybe resulted from production such as casing leaks and flow behind casing. For this problem, the usefulness of using new technologies to improve zonal isolation and repair casing leaks is investigated in order to achieve lower water production rates and increase oil recovery. The second source of water production is water coning in the reservoir from the aquifer. The SURE simulator is used and two types of single well models, namely vertical and horizontal wells are considered to investigate water coning problems. Previous work done to solve water problems is reviewed and methods used to reduce water production in the Nasser field are presented.

KW - water production water oil ratio plots casing leaks water coning single well models

KW - Wasserproduktion Wasser/Öl Verhältnis Diagramme Verrohrungschäden Wasser-Coning Einzelsonden-Modelle

M3 - Master's Thesis

ER -