Faults and joints in chalk, Denmark: The Thisted Dome

Lena Thrane; Kim Zinck-Jørgensen

doi:10.22008/gpub/13960

Faults and joints in chalk, Denmark: The Thisted Dome

Lena Thrane
, Kim Zinck-Jørgensen

Department of Geo-energy and Storage

Research output: Book/Report › Report (publicly available)

Abstract

The fault and fracture pattem in the Thisted Dorne has been established from stereoscopic aerial photographs covering the entire dorne and from investigations of chalk quarries and natural outcrops in the area in terms of establishing the fracture pattem and characteristics of the entire area. Quantitative data, such as orientation (strike/dip) of fractures and fracture density information (line samples) from the area are presented in this report.

The research is part of the JOULE EU research project: Equivalent volume modelling of dual porosity dual permeability hydrocarbon reservoirs. The objective of the research is to develop techniques for optimising the production from fractured dual porosity, dual permeability hydrocarbon reservoirs. This research is a contribution to the geological fracture characterisation.

Original language	English
Place of Publication	Copenhagen
Publisher	GEUS
Number of pages	30
DOIs	https://doi.org/10.22008/gpub/13960
Publication status	Published - 11 Apr 1997

Publication series

Series	Danmarks og Grønlands Geologiske Undersøgelse Rapport
Number	44
Volume	1997

Keywords

Denmark

Programme Area

Programme Area 3: Energy Resources

Access to Document

10.22008/gpub/13960Licence: Unspecified

https://data.geus.dk/pure-pdf/13960_GEUS-R_1997_44.pdfLicence: Unspecified

Cite this

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title = "Faults and joints in chalk, Denmark: The Thisted Dome",

abstract = "The fault and fracture pattem in the Thisted Dorne has been established from stereoscopic aerial photographs covering the entire dorne and from investigations of chalk quarries and natural outcrops in the area in terms of establishing the fracture pattem and characteristics of the entire area. Quantitative data, such as orientation (strike/dip) of fractures and fracture density information (line samples) from the area are presented in this report. The research is part of the JOULE EU research project: Equivalent volume modelling of dual porosity dual permeability hydrocarbon reservoirs. The objective of the research is to develop techniques for optimising the production from fractured dual porosity, dual permeability hydrocarbon reservoirs. This research is a contribution to the geological fracture characterisation.",

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AU - Thrane, Lena

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N2 - The fault and fracture pattem in the Thisted Dorne has been established from stereoscopic aerial photographs covering the entire dorne and from investigations of chalk quarries and natural outcrops in the area in terms of establishing the fracture pattem and characteristics of the entire area. Quantitative data, such as orientation (strike/dip) of fractures and fracture density information (line samples) from the area are presented in this report. The research is part of the JOULE EU research project: Equivalent volume modelling of dual porosity dual permeability hydrocarbon reservoirs. The objective of the research is to develop techniques for optimising the production from fractured dual porosity, dual permeability hydrocarbon reservoirs. This research is a contribution to the geological fracture characterisation.

AB - The fault and fracture pattem in the Thisted Dorne has been established from stereoscopic aerial photographs covering the entire dorne and from investigations of chalk quarries and natural outcrops in the area in terms of establishing the fracture pattem and characteristics of the entire area. Quantitative data, such as orientation (strike/dip) of fractures and fracture density information (line samples) from the area are presented in this report. The research is part of the JOULE EU research project: Equivalent volume modelling of dual porosity dual permeability hydrocarbon reservoirs. The objective of the research is to develop techniques for optimising the production from fractured dual porosity, dual permeability hydrocarbon reservoirs. This research is a contribution to the geological fracture characterisation.

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M3 - Report (publicly available)

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BT - Faults and joints in chalk, Denmark: The Thisted Dome

PB - GEUS

CY - Copenhagen

ER -

Faults and joints in chalk, Denmark: The Thisted Dome

Abstract

Publication series

Keywords

Programme Area

Access to Document

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Cite this