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Thermostratigraphy of the Williston Basin

Gosnold, William D.; McDonald, Mark R.; Klenner, Robert; Merriam, Daniel

Key words
Heat flow; thermal conductivity; thermal gradient; boreholetemperatures; co-produced fluids; sedimentary basins
Location
Williston Basin; North Dakota; South Dakota; Montana; Saskatchewan, Canada; Manitoba, Canada
Conference
Geothermal Resources Council Transactions
Year
2012
Session
Exploration; Stratigraphy; Sedimentary basins; Heat flow; Te
Language
English

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Abstract

We present a scheme for determining temperatures of strata in a sedimentary basin using heat flow, formation lithology, thickness and thermal conductivity. We calibrated the scheme on five sites in the Williston Basin where temperature vs. depth profiles enabled an iterative analysis of temperature gradient, thermal conductivity and heat flow. Comparison of the temperature projections to bottom hole temperatures provides insight on determining a reliable correction for BHT data. Large scale application of the scheme using stacked structure contours can provide a complete and accurate assessment of geothermal resources in a basin.

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