Effect of Flush Water Temperature and Type on Commercial Shoreline Cleaning Agent Efficiency

Tumeo, Mark A.; Coté, Amanda C.

doi:10.1080/10588339891334230

Cited by 7 publications

(1 citation statement)

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“…These washing fluids under different conditions can affect oil characteristics (e.g., viscosity, adhesion, mobility, solubilization) to varying degrees and thus have diverse effects on the oil removal performance of the chemical treatment. In the study of Tumeo and Cote (1998), diesel heating oil #1 was selected as the contaminant for porous shoreline substrates. A series of SWAs (PES-51, Corexit 9580, and Grancontrol "O") were used to conduct column tests on the oiled beach substrates, and the results demonstrated a significant decrease in oil removal effectiveness when the temperature of the solution changed from 20 to 10 °C, partly due to the increased oil viscosity.…”

Section: Chemical Treatment For Petroleum Productsmentioning

confidence: 99%

Effects of oil characteristics on the performance of shoreline response operations: A review

Chen

Bi²,

Yue³

et al. 2022

Front. Environ. Sci.

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Marine oil spills are serious ecological disasters that have massive adverse impacts on the environment. The impacts are even worse once the spilled oil is stranded on a shoreline. A series of shoreline cleanup methods are deployed to remove spilled oil, but their performance can be affected by the stranded oil. This review therefore comprehensively investigates the characteristics of spilled oil on the shoreline and explores their effects on the effectiveness of shoreline response operations. First, the five basic groups of spilled oil (i.e., non-persistent light oils, persistent light oils, medium oils, heavy oils, and sinking oils) are discussed and each oil fraction is introduced. Three distribution scenarios of adhered oil on shorelines are also analyzed. The effects of oil characteristics, such as oil type, viscosity, evaporation, and composition, on the performance of chemical treatments, physical methods, and biodegradation are then discussed and analyzed. Finally, the article provides recommendations for future research on aspects of shoreline oiling prevention, quick responses, response tool sets, and other considerations, which may have significant implications for future decision-making and the implementation of shoreline cleanup to effectively remove stranded oil.

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Section: Chemical Treatment For Petroleum Productsmentioning

confidence: 99%