| Document Date: 2007-09-26 14:32:15
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City Washington / DC / Washington / D.C. / Columbus / / Country Canada / United States / / / Event Product Issues / Man-Made Disaster / Environmental Issue / / Facility American Petroleum Institute / Battelle Memorial Institute / / / IndustryTerm oil-spill bioremediation / food chain / Oil penetration / low energy beaches / biochemical end products / oil-contaminated surficial sediments / indigenous oil degraders / oil-degrading bacteria / oil degraders / spilled oil / physical and chemical characteristics / oil spill / intentional oil spill study / oil / high-energy beaches / oil degradation / oil spill bioremediation technologies / oil-contaminated coastal areas / experimental oil spill / low and high energy / particular technology / crude oil / chemical composition / aerobic oil-contaminated environments / response tool / oil spills / oil bioremediation strategies / oil biodegradation / oil removal / high-energy / lower energy shoreline / nutrient delivery systems / oil contamination / high energy shoreline / treatment tool / oil surface area / oil-water interface1 / / Movie A.D. / / NaturalFeature Lawrence River / Delaware / Delaware Bay / / Organization American Petroleum Institute / Battelle Memorial Institute / Environmental Protection Agency / / Person B.L. Eberhart / G.J. Wilson / K.L. Strohmeir / A.D. Venosa / M.T. Suidan / M. C. Boufadel / Albert D. Venosa / / / Position King / and E. Holder / / Product surficial sediments / beaches / beach / environment / environments / coastal areas / / ProvinceOrState Quebec / Maine / Delaware / / Technology particular technology / BIOREMEDIATION / phytoremediation / aeration / composting / oil spill bioremediation technologies / /
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NRT FACT SHEET: BIOREMEDIATION IN OIL SPILL RESPONSE