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New Insights on the Fate of Spilled Oil in the Marine Environment


New Insights on the Fate of Spilled Oil in the Marine Environment
Written by AZoCleantechMar 15 2021
A new study lead by scientists at the University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science demonstrates that under realistic environmental conditions oil drifting in the ocean after the DWH oil spill photooxidized into persistent compounds within hours to days, instead over long periods of time as was thought during the 2010 Deepwater Horizon oil spill.
This is the first model results to support the new paradigm of photooxidation that emerged from laboratory research.
After an oil spill, oil droplets on the ocean surface can be transformed by a weathering process known as photooxidation, which results in the degradation of crude oil from exposure to light and oxygen into new by-products over time. Tar, a by-product of this weathering process, can remain in coastal areas for decades after a spill. ....

Robin Faillettaz , Um Rosenstiel School , Um Cooperative Institute For Marine , Gulf Of Mexico Research Initiative Go , Earth System Model For Predicting Oil Photooxidation , Rosenstiel School , Atmospheric Science , Deepwater Horizon , Claire Paris , Ana Carolina Vaz , Atmospheric Studies , Coupled Lagrangian Earth System Model , Predicting Oil Photooxidation , Claire Beatrix Paris , Mexico Research Initiative , Integrated Modeling , Gulf Ecosystem , Cardiac Outcomes , Ecological Risk , உம் ரோசென்ஸ்டீல் பள்ளி , உம் கூட்டுறவு நிறுவனம் க்கு கடல் , வளைகுடா ஆஃப் மெக்ஸிகோ ஆராய்ச்சி முயற்சி போ , ரோசென்ஸ்டீல் பள்ளி , வளிமண்டலம் அறிவியல் , ஆழமான நீர்நிலை அடிவானம் , கிளாரி பாரிஸ் ,

Oil in the ocean photooxides within hours to days, new study finds


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IMAGE: Satellite image taken on May 9, 2010 of the Deepwater Horizon oil spill site in the Gulf of Mexico.
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Credit: MODIS on NASA s AQUA satellite, 9 May 2010 @ 190848 UTC. Downlink and processed at the UM Rosenstiel School s Center for Southeastern Tropical Advanced Remote Sensing (CSTARS)
MIAMI A new study lead by scientists at the University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science demonstrates that under realistic environmental conditions oil drifting in the ocean after the DWH oil spill photooxidized into persistent compounds within hours to days, instead over long periods of time as was thought during the 2010 Deepwater Horizon oil spill. This is the first model results to support the new paradigm of photooxidation that emerged from laboratory research. ....

United States , Robin Faillettaz , Um Rosenstiel School , Um Cooperative Institute For Marine , Gulf Of Mexico Research Initiative Go , Earth System Model For Predicting Oil Photooxidation , Rosenstiel School , Atmospheric Science , Deepwater Horizon , Claire Paris , Ana Carolina Vaz , Atmospheric Studies , Coupled Lagrangian Earth System Model , Predicting Oil Photooxidation , Claire Beatrix Paris , Mexico Research Initiative , Integrated Modeling , Gulf Ecosystem , Cardiac Outcomes , Ecological Risk , Ecology Environment , Pollution Remediation , Earth Science , ஒன்றுபட்டது மாநிலங்களில் , உம் ரோசென்ஸ்டீல் பள்ளி , உம் கூட்டுறவு நிறுவனம் க்கு கடல் ,