Public Lab is part of the Gulf Monitoring Consortium, an alliance launched after the BP Disaster ...
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Public Lab is part of the Gulf Monitoring Consortium, an alliance launched after the BP Disaster of 2010. Members and partners of the Consortium have been posting information about the recent Shell oil spill in the Gulf of Mexico, and we will be linking to those resources and updating this wiki page in the weeks ahead.
Currently, the spill is located 97 miles off the shore of Louisiana. Due to this distance asea, our particular tools and methods of aerial mapping are not easily applicable. As the situation develops, we remain open to helping where we can. We leave this page open for updates on the situation.
Documentation from On Wings of Care:
May 18, 2016 blog: Revisiting the site of last weeks Shell Oil Spill
May 15, 2016 blog: Shell Oil Spill, offshore Gulf of Mexico
Flyover video from May 15, 2016
Documentation from Vanishing Earth:
May 18, 2016 blog: Unseen Video of Shell's Gulf Oil Leak
May 14, 2016 blog: Shell Gulf of Mexico Oil Leak
Documentation from SkyTruth:
May 20, 2016: Interactive map of existing oil and gas platforms and active pipelines in the Gulf. To use: Click on any platform and some helpful info pops up (name, block location, company, water depth, installed date, etc). Click on "visible layers" at upper right to toggle the data on and off. Enter a location in the search bar to zoom to that place. Or just manually zoom in and pan around at will.
May 16, 2016 blog: Oil Spill Response is a Joke
Articles on Nola.com:
May 16, 2016: Researchers in Gulf to Study Shell Oil spill
May 12, 2016: Shell: Damaged flowline caused oil spill in Gulf of Mexico
May 12, 2016: Shell spills 88,000 gallons of crude oil off Timbalier Island: Coast Guard
Video from Greenpeace USA
[May 20, 2016 upload] (https://youtu.be/CY4JVpILqHY)
May 24, 2016 interview with Scott Eustis on WMNF: Update on impact of Shell Oil spill in Gulf of Mexico
May 19, 2016 article from Desmog: Shell Oil Spill Cleanup Operation Ends As Voices Against New Gulf Drilling Grow Louder
Map being created by Scott Eustis (@eustatic) of Shell Offshore Inc's pipelines from the public BOEM data. If you are interested in contributing to this map, the BOEM data lives [here](http://www.data.boem.gov/homepg/data_center/mapping/geographic_mapping.asp.
Case Report in GRN's oil and gas report--[Shell's Glider Leak page 8]
*BSEE Incident Report
Based on BSEE’s investigation and all available data, BSEE concluded that the loss of containment in the Glider subsea system was caused by the ductile tensile overload fracture of the LLJ of the Glider #4 jumper. The ductile tensile overload fracture was caused by the bending loads imposed as a result of the partial burial of the Glider #4 jumper and subsequent subsidence of the subsea sled #2 (ref figure 7).
Based on BSEE’s investigation and all available data, BSEE concluded there were no manufacturing defects or anomalies in the components of the Glider #4 jumper, to include the LLJ.
Based on BSEE’s investigation and all available data, BSEE concluded Shell had knowledge of the burial and did not recognize and therefore did not fully assess all possible factors for the structural risk associated with the burial of the Glider #4 jumper system.
Based on BSEE’s investigation and all available data, BSEE concluded CROs were not cognizant of the possibility of subsea mechanical integrity failure due to the lack of training in subsea leak detection and the perceived robustness of the Glider subsea system. In addition, CROs incorrectly diagnosed the loss of pressure in the subsea system as a slugging event instead of a breach of the system. This directly led to the delay of identifying the subsea leak, which delayed the shutting in and securing of the Glider field. A quicker identification of a subsea leak would have led to a reduced volume of oil released.
Based on BSEE’s investigation and all available data, the required Glider leak detection system (Pressure Safety Low sensor) installed on the Brutus TLP was operating properly and was tested in accordance with BSEE regulations. In addition, isolation equipment (BSDV, USVs, and SCSSVs) was operating properly and was tested in accordance with BSEE regulations. "