USCG tests oil spill technologies in Operation Arctic Shield 2013
The Coast Guard Research and Development Center (RDC) led a team of engineers and scientists from multiple Coast Guard units, other federal agencies, and universities in evaluating methods to detect, track and respond to simulated oil spills off the North Slope of Alaska as part of Operation Arctic Shield 2013, Sept. 9-14, 2013, the USCG's press release said.
Operating aboard Coast Guard Cutter Healy, the team deployed a variety of technologies that have been evaluated in temperate climates to assess their ability to perform operations under Arctic conditions. The tests included operation of two small unmanned aircraft systems (UAS), an unmanned underwater vehicle (UUV), a vessel of opportunity skimmer system (VOSS) and a remotely operated vehicle (ROV).
Testing began Sept. 9, when Healy crewmembers and the research team deployed two hand-launched UAS. Both UAS demonstrated greater than expected endurance in the cold temperatures, staying aloft for nearly two hours, providing the research team an extended opportunity to evaluate operational capabilities.
Later the same day, the team deployed a UUV to map ice floes from below and an ROV to provide video imagery to monitor simulated oil recovery.
The team followed these initial test deployments with several days of simulated oil spill operations using oranges and peat moss to imitate oil at the water-ice interface. During these trials, the UAS provided aerial surveillance and spill detection, the VOSS was employed to demonstrate skimming capabilities in cold, icy waters, and the ROV tracked the skimmer’s progress in oil recovery.
During the evaluation period, the research team experienced freezing and challenging conditions, which caused several equipment problems and delays. However, the team was successful in deploying each of the five technologies to evaluate suitability for future use in the Arctic. RDC personnel are currently evaluating the data, and results will be released in a summary video this fall.
