Titlebook: Deep Oil Spills; Facts, Fate, and Eff Steven A. Murawski,Cameron H. Ainsworth,Dana L. We Book 2020 Springer Nature Switzerland AG 2020 oil

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Characterization of the Sedimentation Associated with the , Blowout: Depositional Pulse, Initial Resntation and Flocculent Accumulation (MOSSFA) event. A time series (2010–2016) of annually collected sediment cores at four sites characterize the sedimentary response to the event, post-event, and stabilization/recovery. The depositional pulse (2010–2011) was characterized by high sedimentation rate

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Applications of FTICR-MS in Oil Spill Studiesomprehensive chemical assessment of some of the most complex organic mixtures, such as petroleum, or dissolved organic matter. In the aftermath of the . (DWH) blowout, FTICR-MS demonstrated its applicability for the characterization of oil spill residues produced by abiotic weathering, such as photo

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Ursula Hoffmann-Lange,Wilhelm Bürklin environmental effects of deep blowouts has emerged. This and a companion volume, published by Springer, ., are intended to contribute to the ongoing and important task of synthesizing what we know now and identifying critical “known-unknowns” for future investigation. How can society minimize the r

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Siegfried Mielke,Christian Bräuerese geochemical aspects define the physical characteristics of a petroleum in the reservoir, including its density and viscosity. When the petroleum is released from the reservoir through an oil exploration accident like in the case of the . event, several processes are affecting the physical and ch

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Konzeptionen für die Nachkriegsdemokratiesion of oil and gas drilling into deeper waters, there is an urgent need to improve understanding of the influence of low temperature and high pressure on biodegradation in order to better constrain the fate of hydrocarbons in the deep sea. This chapter addresses the current understanding of deep se

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https://doi.org/10.1007/978-3-322-94354-5 of pressure (2–15 MPa) and temperature (4–20 °C). Within the investigated ranges, the partition ratios of BTEX compounds increase proportionally with an increase in methane charging pressure (oil saturation pressure) and the degree of alkylation within the BTEX compound group. The increase in exper

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