Abstracts

Efficacy of Manufactured Wood Shavings to Mitigate Marsh Land Impacts Associated With Deep Water Oil Spills

Author(s): Seale, R.; Borazjani, H.

Use of pine shaving to remove oil from seawater and sandy beaches during spill was evaluated. Two identical microcosms capable of simulating tidal waves were constructed. Shavings were applied in three different spill scenarios; 1): over clean sand before tide, 2): over contaminated sands after tide, and 3): over oil covered seawater. Saudi Arabian sweet crude was used for this study. Shavings adsorbed significant amounts of oil in all three cases from oil contaminated water and sands. Shavings spread over the contaminated seawater surface contained the highest amount of oil adsorption from seawater and the least amount of sand contamination. This method of application seems to provide the most efficient and practical approach for quick removal of oil and spent shaving from seawater with minimal contamination of beaches or marshes. The high number of petroleum acclimated bacteria in seawater are able to biodegrade the leftover residual hydrocarbons.

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Technical Sessions

1 Best Management Practices #1
2 Delta Water Assessment
3 Flood Assessment & Mgmt.
4 Wetlands
5 Watershed Mgmt. #1
6 Non-Point Source Assessment
7 Modeling
8 Water Quality
9 Best Mgt. Practices #2
10 Delta Water Conservation
11 Sedimentation
12 Storm Water
13 Watershed Mgt. #2
14 Public Water Systems
15 Surface Water Assessment & Evaluation

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