September 2015—New Publications

America’s Unconventional Energy Opportunity. Journal of Petroleum Technology. September 2015, v. 67, n. 9.

Akob D, Cozzarelli I, Dunlap D, Rowan E, Lorah M. Organic And Inorganic Composition And Microbiology Of Produced Waters From Pennsylvania Shale Gas Wells. Applied Geochemistry. September 1, 2015;60:116-125.

Barbee, Darren. Shale’s M&A Targets. Oil and Gas Investor, September 2015, v. 35, n. 9, p. 15.

Baruch, Elizabeth T.; Kennedy, Martin J.; Lohr, Stefan C.; Dewhurst, David N. Feldspar Dissolution-Enhanced Porosity In Paleoproterozoic Shale Reservoir Facies From The Barney Creek Formation (Mcarthur Basin, Australia). AAPG Bulletin, September 2015, v. 99 p. 1745-1770.

Chen R, Sharma S, Bank T, Soeder D, Eastman H. Comparison Of Isotopic And Geochemical Characteristics Of Sediments From A Gas- And Liquids-Prone Wells In Marcellus Shale From Appalachian Basin, West Virginia. Applied Geochemistry. September 1, 2015;60:59-71.

Down A, Schreglmann K, Jackson R, et al. Pre-Drilling Background Ground Water Quality In The Deep River Triassic Basin Of Central North Carolina, USA. Applied Geochemistry. September 1, 2015;60:3-13.

Garrison, Jessica. Updated Reserves For The Utica Shale. Oil and Gas Investor, September 2015, v. 35, n. 9, p. 19.

Grossi, Paolo. Project Studies Impact Of Faulting And Fracturing On Eagle Ford Productivity. American Oil And Gas Reporter, September 2015.

Haynes, Leslie. Confessions Of A Shale Junkie. Oil and Gas Investor, September 2015, v. 35, n. 9, p. 7.

Johnson J, Graney J, Capo R, Stewart B. Identification And Quantification Of Regional Brine And Road Salt Sources In Watersheds Along The New York/Pennsylvania Border, USA. Applied Geochemistry. September 1, 2015;60:37-50.

Johnson J, Graney J. Fingerprinting Marcellus Shale Waste Products From Pb Isotope And Trace Metal Perspectives. Applied Geochemistry. September 1, 2015;60:104-115.

Lu Z, Hummel S, Siegel D, et al. Iodine As A Sensitive Tracer For Detecting Influence Of Organic-Rich Shale In Shallow Ground Water. Applied Geochemistry. September 1, 2015;60:29-36.

Mesle M, Periot C, Dromart G, Oger P. Methanogenic Microbial Community Of The Eastern Paris Basin; Potential For Energy Production From Organic-Rich Shales. International Journal Of Coal Geology. September 1, 2015;149:67-76.

Phan T, Capo R, Toro J, et al. Trace Metal Distribution And Mobility In Drill Cuttings And Produced Waters From Marcellus Shale Gas Extraction; Uranium, Arsenic, Barium. Applied Geochemistry. September 1, 2015;60:89-103.

Pommer, Maxwell; Milliken, Kitty. Pore Types and Pore-Size Distributions Across Thermal Maturity, Eagle Ford Formation, Southern Texas. AAPG Bulletin, September 2015, v. 99 p. 1713-1744.

Qajar A, Daigle H, Prodanovic M. Methane Dual-Site Adsorption In Organic-Rich Shale-Gas And Coalbed Systems. International Journal Of Coal Geology. September 1, 2015;149:1-8.

Rhodes A, Horton N. Establishing Baseline Water Quality For Household Wells Within The Marcellus Shale Gas Region, Susquehanna County, Pennsylvania, U.S.A. Applied Geochemistry. September 1, 2015;60:14-28.

Shale Industry Needs To Look Within For Solutions That Save. Journal of Petroleum Technology. September 2015, v. 67, n. 9.

Sharma S, Bowman L, Schroeder K, Hammack R. Assessing Changes In Gas Migration Pathways At A Hydraulic Fracturing Site; Example From Greene County, Pennsylvania, USA. Applied Geochemistry. September 1, 2015;60:51-58.

Skelton, Lawrence H. Digging the Roots of Hydraulic Fracturing. AAPG Explorer, September 2015, p. 47-48.

Stewart B, Capo R, Kirby C. Geochemistry Of Unconventional Shale Gas From Formation To Extraction; Petrogenesis, Hydraulic Fracturing, And Environmental Impacts. Applied Geochemistry. September 1, 2015;60:1-125.

Stewart B, Chapman E, Schroeder K, et al. Origin Of Brines, Salts And Carbonate From Shales Of The Marcellus Formation; Evidence From Geochemical And Sr Isotope Study Of Sequentially Extracted Fluids. Applied Geochemistry. September 1, 2015;60:78-88.

Toon, Steve. Optimizing The Eagle Ford. Oil and Gas Investor, September 2015, v. 35, n. 9, p. 42-54

Unconventional Rock Defies Old Rules, But New Rules Are Far From Being Ready. Journal of Petroleum Technology. September 2015, v. 67, n. 9.

Unconventional Resources Will Require Unconventional EOR. Journal of Petroleum Technology. September 2015, v. 67, n. 9.

Yang R, Cao J, Hu G, Fu X. Organic Geochemistry And Petrology Of Lower Cretaceous Black Shales In The Qiangtang Basin, Tibet; Implications For Hydrocarbon Potential. Organic Geochemistry. September 1, 2015;86:55-70.