Physical and chemical characterization of Devonian gas shales

eastern gas shale project report no. 18 by Wayne E Brownell

Publisher: Dept. of Energy, Publisher: for sale by the National Technical Information Service in [Washington], Springfield, Va

Written in English
Published: Downloads: 90
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Subjects:

  • Shale -- Atlantic States -- Analysis,
  • Geology, Stratigraphic -- Devonian

Edition Notes

In most of the western part of the Appalachian basin the organic-matter content of the Devonian shale can be estimated from gamma-ray wire-line logs using the equation: ϕ 0 = (γ B − γ)/A, where ϕ 0 is the organic-matter content of the shale (fractional volume), γ the gamma-ray intensity (API units), γ B the gamma-ray intensity if. Parameter Sensitivity Analysis of Tailored-Pulse Loading Stimulation of Devonian Gas Shale Barbour, T.G., Mihalik, G.R. Science Applications, Inc. Nov Physical and Chemical Characterization of Devonian Gas Shale. Monsanto Research Facility DE-ACDP Practical Aspects of Foam Fracturing in the Devonian Shale.   Geological controls on matrix permeability of Devonian Gas Shales in the Horn River and Liard basins, northeastern British Columbia, Canada. International Journal of Coal Geology Crossref, Google Scholar. As a non-destructive method, the proton nuclear magnetic resonance (1H NMR) technique with low echo time (TE, e.g., ms) has been increasingly used for characterizing full pore size distribution (PSD) of shales. However, hydrogen contained in some components of the shale skeleton (e.g., kerogen and structural water) also can be detected by NMR in the case of low .

COVID Resources. Reliable information about the coronavirus (COVID) is available from the World Health Organization (current situation, international travel).Numerous and frequently-updated resource results are available from this ’s WebJunction has pulled together information and resources to assist library staff as they consider how to handle . Shale characterization and resource appraisal of Devonian black shales of the Appalachian basin Dewitt, W., Jr. Abstract. Department of Energy funds for the US Geological Survey's characterization and approval program were exhausted. Final reports for 4 of the 9 projects of the program were released to METC during FY Devonian shale assessment units, showing net thickness of radioactive shale and areas of closely spaced drilling. Greater Big Sandy Assessment Unit. Qualitative assessment of gas recoverability from Devonian shales of the Appalachian basin. Stratigraphic cross section CC', showing the Devonian black shales across the Greater. Thus, our shale gas has a great potential for exploitation. According to estimation, China’s shale gas resource that can be exploited is about 31 × 10 12 m 3 (Wang and Wang, ). In shale gas reservoir, gas exists in three states: as free gas in cracks, as free gas in matrix pore, and as absorption gas (Lane et al., ). Generally, shale.

  Introduction. The recent boom in unconventional oil and gas production from shale has revolutionized the energy landscape in the United States 1 and stimulated both considerable research 2 – 5 as well as environmental and political concerns. Shale is a fine-grained sedimentary rock, composed of solid organic matter (OM) scattered in a mineral . Greater than 33 trillion cubic feet of gas, 68 million barrels of natural gas liquids (NGL), and million bar-rels of water have been produced from the Middle Devonian Marcellus Shale of the. for producing gas from the Devonian shales of the Appalachian Basin. It was prepared in response to a request from Senator Ted Stevens, a member of the Technology Assessment Board. Few data are now available on the distribution and physical and chemical charac-teristics of the Devonian shales of the Appalachian Basin. A comprehensive assess-. reservoir characterization of the devonian shale formations in the appalachian basin and the impact on current gas development MROZ, Thomas, USDOE/NETL, Collins Ferry Road, PO Box , Morgantown, WV , @

Physical and chemical characterization of Devonian gas shales by Wayne E Brownell Download PDF EPUB FB2

Get this from a library. Physical and chemical characterization of Devonian gas shales: eastern gas shale project report no. [Wayne E Brownell; United States. Department of Energy.; New York State College of Ceramics at Alfred University.]. Technical Report: Physical and chemical characterization of Devonian gas shale.

Quarterly status report, January 1, Ma @article{osti_, title = {Physical and chemical characterization of Devonian gas shale. Quarterly status report, October 1-Decem }, author = {Zielinski, R E and Nance, S W}, abstractNote = {On shale samples from the WV-6 (Monongalia County, West Virginia) well, mean total gas yield was ft/sup 3//ton.

Mean hydrocarbon gas yield was ft/sup 3//ton, 7% of. @article{osti_, title = {Physical and chemical characterization of Devonian gas shale. Quarterly status report, April 1-J }, author = {Zielinski, R E}, abstractNote = {Pulsed NMR experiments to determine the effects of moisture on Eastern Gas Shales were initiated.

Off-gassing studies also continued during this period, including the wells KY-2 and VA   The suite of samples used in this study include specimens of four gas shales, three from the United States (the Marcellus, the Barnett and the Haynesville) and one from an undisclosed location in Poland ().The Monterey shale, while not strictly a shale resource system, is included in the suite to test the effects of the isolation methods on sulfur rich, Type II-S Cited by: An example is provided which utilized this workflow to determine the detailed geology of the Devonian Woodford Shale in Oklahoma.

The Woodford is not only a long‐standing hydrocarbon source rock in large parts of the U.S. Midcontinent but more recently has been designated as one of the more prolific and steady unconventional resource shales.

Devonian–Mississippian strata in the northwestern region of the Western Canada sedimentary basin (WCSB) were investigated for shale gas potential. In the subsurface, thermally mature strata of the Besa River, Horn River, Muskwa, and Fort Simpson formations attain thicknesses of more than 1 km ( mi), encompassing an area of approximately.

Gas From Devonian Shales INTRODUCTION Although it is often presented as a gas source of the future, Devonian shale gas actually has a long production history: the first Devonian shale gas well was drilled in, near Fredonia, NY, and “modest” production from Devonian shale wells began around the s and has continued.

Devonian shales and other unconventional resources can be highly fractured and may have significant amounts of gas stored by adsorption. Conventional experiments are not well suited for characterizing the properties important for describing gas storage and transport in these media.

• Experimental Testing leader in charge of the Hydro-mechanical characterization of the Horn River Devonian Shales for a Shale Gas development project in Northern British Columbia. o Active developer of an integrated geo-mechanical model to correlate geo-physical and geo-chemical properties of the Horn River Shales to their hydro-mechanical Title: Reservoir.

Previous investigators suggest that more than one half of the gas stored in the Devonian Shales may exist in an adsorbed state.

However, adsorption is considered to be an unconventional mode of gas storage and is not often accounted for in conventional reservoir engineering analysis. This article examines the role that desorption may play in gas production from Devonian Shale.

Shale gas reservoirs are complex, heterogeneous geologic systems that require innovative exploration and completions strategies to produce natural gas economically. Shale gas reservoirs refer to non-buoyancy driven, continuous hydrocarbon plays that are composed of a lithologically diverse group of fine-grained sedimentary rocks that include.

Organic matter in the Devonian gas shales has large surface areas similar to that found in coal. Coal seams are currently being investigated as potential sequestering sites for CO 2 —the most important greenhouse gas.

Naturally occurring organic matter (kerogen) is a microporous material that possesses a very high surface area and, hence, sorption capacity for gas. texts All Books All Texts latest This Just In Smithsonian Libraries FEDLINK (US) Genealogy Lincoln Collection. Books to Borrow. Top Full text of "Characterization and analysis of Devonian shales as related to release of gaseous hydrocarbons, " See other formats.

Printed in Great Britain /'96 $ + Chemical characterization of Lower Devonian vascular plants GREG EWBANK~*, DIANNE EDWARDS2 and GEOFFREY D. ABBOTT~t 'Fossil Fuels and Environmental Geochemistry (Postgraduate Institute): NRG, Drummond Building, University of Newcastle upon Tyne, Newcastle upon Tyne, NEI 7RU.

@article{osti_, title = {Characterization and analysis of Devonian shales as related to release of gaseous hydrocarbons. Well C Martin County, Kentucky}, author = {Kalyoncu, R. and Boyer, J. and Snyder, M. J.}, abstractNote = {Partial data on the characterization of C (Martin County, Kentucky) shales were reported in the Sixth Quarterly Technical Progress.

Shale Characterization Program. Introduction The Devonian shales of the eastern United States are a potential source for a tremendous volume of liquid and gaseous hydrocarbons. Upper Devonian shales of special significance are the Ohio Shale, New Albany, Chattanooga and others which can be correlated with the Antrim Shale of Michigan.

Sm-Nd isochron dating and geochemical (rare earth elements, 87Sr/86Sr, δ18O, δ13C) characterization of calcite veins in the Jiaoshiba shale gas field, China: Implications for the mechanisms of. Figure Calculation of mixing and diffusion trends in a diagram C 2 /C 1 vs.

d 13 C 1 in linear and semilogarithmic scales (from Prinzhofer and Pernaton,reprinted by permission of Chemical Geology). Figure Profiles of fluid pressure, gas saturation, and gas solubilization in a hydrostatic basin around a gas pool.

It was found that the clay mineral, kaolinite, was a major mineral in Well Core No.but no traces of kaolinite were formed in the Devonian shales of New York State.

Unconventional gas exploration began aroundtargeting shale gas resources in the Devonian, Jurassic and Cretaceous black shales, taking advantage of progress in horizontal drilling, fracture. The volume of organic matter in an oil-shale rock, a major variable in the physical and thermal behavior of oil shales, is readily estimated from measured density by means of the relationships developed.

Physical and chemical characterization of Devonian gas shale. Quarterly status report, October 1-Decem   The recent boom in unconventional oil and gas production from shale has revolutionized the energy landscape in the United States 1 and stimulated both considerable research 2,3,4,5 as well as.

This paper will use the term gas shales for the materials currently or potentially yielding the gas, wet gas, and/or liquid petroleum recoverable by hydraulic fracturing although it should be noted that these deposits are also often called tight rock, tight formations, tight oil resources, mudstones, or black shales in the literature (e.g.

Through comprehensive evaluation, it is thought that several shale gas intervals in Sichuan Basin are the practical targets for shale gas exploration and development, and that the Weiyuan.

During this Siluro-Devonian Period, a high subsidence occurs stacked sediment bodies and organic-rich shales were deposited in many places that respectively form important hydrocarbon reservoirs and source rocks throughout North Africa basins and Arabia (Boot et al., ; Lüning et al., ), which lead Algeria to hold the fourth position.

Shales, the most abundant of sedimentary rocks, are valued as the source-rocks and seals to porous petroleum reservoirs. Over the past-twenty years, organic-rich shales have also emerged as valuable petroleum systems (reservoir, seal, and source rocks contained in the same formation).

As such they have become primary targets for petroleum exploration and. Potential natural gas leakage into shallow, overlying formations and aquifers from Marcellus Shale gas drilling operations is a public concern.

However, before natural gas could reach underground sources of drinking water (USDW), it must pass through several geologic formations.

Tracer and pressure monitoring in formations overlying the Marcellus could help detect natural gas. The exponential increase in fossil energy production from Devonian-age shale in the Northeastern United States has highlighted the management challenges for produced waters from hydraulically fractured wells.

Confounding these challenges is a scant availability of critical water quality parameters for this wastewater. Chemical analyses of flowback and produced. The Late Devonian is known for the rapid and global radiation of early forests and soils such as spodosols and alfisols 1,2, development of land plants and soils is hypothesized to have been.

Differential scanning calorimetry (DSC) and thermal gravimetric analysis (TGA) have been used for the investigation of Devonian shale. Activation energy values of both raw shale and kerogen concentrate were obtained, and the values are considerably higher than those of the Green River oil shale.

The same is true for the heats of pyrolysis. Specific heats of Devonian shale are. The evolution of Earth’s biota is intimately linked to the oxygenation of the oceans and atmosphere.

We use the isotopic composition and concentration of molybdenum (Mo) in sedimentary rocks to explore this relationship. Our results indicate two episodes of global ocean oxygenation.

The first coincides with the emergence of the Ediacaran fauna, including large. Get this from a library! Characterization and analysis of Devonian shales as related to release of gaseous hydrocarbons. [M Jack Snyder; J Richard Schorr; Battelle Memorial Institute. Columbus Laboratories.; United States.

Energy Research and Development Administration. Technical Information Center.].