Natural gas hydrate potential of the Black Sea

Date

2001-04-01

Author

Parlaktuna, Mahmut

Metadata

Show full item record

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Item Usage Stats

279
views

0
downloads

The Black Sea is among the regions that have been cited in the literature as having conditions suitable for natural gas hydrate reserves. Russian scientists confirmed by seismic studies that there are five regions in the Black Sea which are highly promising for hydrate formation. In this study, conventional petroleum engineering methods are utilized to estimate the possible amount of gas available in one of the Black Sea Basins.

Subject Keywords

Methane

URI

https://hdl.handle.net/11511/39219

Journal

ENERGY SOURCES

DOI

https://doi.org/10.1080/00908310151133861

Collections

Department of Petroleum and Natural Gas Engineering, Article

Suggestions

OpenMETU
Core

The Gas Hydrate Potential of the Eastern Mediterranean Basin MEREY, Şükrü; LONGINOS, Sotirios Nik. (Bulletin of the Mineral Research and Exploration, 2018-12-25) Gas hydrate exploration studies have increased substantially since last decade. Gas hydrate reservoirs are commonly found in the marine environment and permafrost. Studies related to natural gas hydrates in the Mediterranean Basin are rare compared to those released on the continental margins of the United States of America, Japan, India, China and Korea. This study provides an evaluation of the gas hydrate potential of the Mediterranean Basin using available literature data such as scientific drilling...
Methane activation via bromination over sulfated Zirconia/SBA-15 catalysts Değirmenci, Volkan; Üner, Deniz; Department of Chemical Engineering (2007) Methane activation with bromine followed by the condensation of the methyl bromide into higher hydrocarbons or oxygenates is a novel route. However, the selective production of monobrominated methane (CH3Br) at high conversions is a crucial prerequisite. A reaction model was developed according to the kinetic data available in the literature and thoroughly studied to investigate the optimum reactor conditions for selective methane bromination in gas phase. It was concluded that at high methane (>90%) conver...
Natural gas hydrates as a cause of underwater landslides: A review Parlaktuna, Mahmut (2001-05-26) Natural gas hydrates occur worldwide in polar regions, normally associated with onshore and offshore permafrost, and in sediment of outer continental margins. The total amount of methane in gas hydrates likely doubles the recoverable and non-recoverable fossil fuels. Three aspects of gas hydrates are important: their fossil fuel resource potential, their role as a submarine geohazard, and their effects on global climate change. Since gas hydrates represent huge amounts of methane within 2000 m of the Earth'...
Noble gas isotopes and the chemical composition of geothermal gases from the eastern part of the Buyuk Menderes Graben (Turkey) Wiersberg, T.; Süer, Selin; Güleç, Nilgün Türkan; Erzinger, J.; Parlaktuna, Mahmut (2011-12-01) We present noble gas isotope and gas composition data from eight production wells of the Kizildere geothermal field and from six gas discharging pools from the adjacent Tekke Hamam geothermal field, situated in the eastern segment of the Buyuk Menderes Graben system in western Anatolia (Turkey). Gas from both locations is composed mainly of CO2 with minor contributions of N-2, H2S, CH4, O-2, Ar, H-2, C2+ and He, with higher contents of H2S. He and C2+ in Tekke Hamam samples.
Modeling of enhanced coalbed methane recovery in a coalbed at Zonguldak Basin Sınayuç, Çağlar (2006-12-01) A part of the Bartin-Amasra basin is found convenient for enhanced coalbed methane recovery. The lithologic information taken from the Zonguldak TKJ were studied and the depths the coal seams and the locations of the wells were visualized to perform a reliable correlation between seams existed in the area. According to the correlations, 63 continuous coal layers were found. The injection wells were located to the north and south parts of the reservoir where the depths are higher, so that injected CO2 can pu...

Citation Formats

M. Parlaktuna, “Natural gas hydrate potential of the Black Sea,” ENERGY SOURCES, pp. 203–211, 2001, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/39219.