--> Large Potential Reserves Remain for Secondary Oil Recovery in Ohio
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2019 AAPG Eastern Section Meeting:
Energy from the Heartland

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Large Potential Reserves Remain for Secondary Previous HitOilNext Hit Previous HitRecoveryNext Hit in Ohio

Abstract

As part of the U.S. Department of Energy’s Tertiary Previous HitOilNext Hit Previous HitRecoveryNext Hit Information System (TORIS) Project in 1995, the Ohio Department of Natural Resources, Division of Geological Survey and Division of Previous HitOilNext Hit and Gas Resources Management conducted an evaluation of the Previous HitoilNext Hit remaining in about 80% of the reservoirs in Ohio. The study indicated that these reservoirs contained approximately 5.7 billion barrels of original Previous HitoilNext Hit in place (OOIP) and that only about 369 million barrels of Previous HitoilNext Hit or 6.5% have been recovered by primary production methods. Since 1903, when the first known attempt at increasing Previous HitoilNext Hit production by secondary Previous HitrecoveryNext Hit methods was initiated in Ohio, at least 340 secondary and Previous HitenhancedNext Hit Previous HitoilNext Hit Previous HitrecoveryNext Hit projects have been documented. All of the early projects involved either air injection or natural gas repressurization. Ohio legalized water flooding in 1939, and secondary Previous HitrecoveryNext Hit operations increased dramatically. By 1942, secondary Previous HitrecoveryNext Hit operations reached their peak and accounted for 15.9% of Ohio’s daily Previous HitoilNext Hit production. However, since 1942, secondary Previous HitrecoveryNext Hit of Previous HitoilNext Hit in Ohio has continued to decline and today accounts for less than 1% of Ohio’s daily conventional Previous HitoilNext Hit production. This is appalling low when compared to the surrounding Appalachian states, where secondary Previous HitrecoveryNext Hit accounts for 25-50% of their conventional Previous HitoilNext Hit production. Today, there are only three legitimate water flood operations currently active in Ohio and all three of these projects are near the life of the project and are in decline. This presentation will address the problems and provide solutions to addressing the lack of legitimate secondary Previous HitrecoveryNext Hit operations in Ohio and demonstrate there has been success in Ohio through the evaluation of case studies of historical secondary Previous HitoilNext Hit Previous HitrecoveryNext Hit operations. With the decline in conventional Previous HitoilNext Hit and gas activity in Ohio due to the development of the Utica-Point Pleasant and Marcellus unconventional shale plays, secondary Previous HitoilNext Hit Previous HitrecoveryNext Hit from conventional reservoirs such as the Berea Sandstone, Clinton sandstone, and Rose Run Sandstone in Ohio can offer new opportunities for the conventional Previous HitoilTop and gas operator.