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Rapidly Deployable SeaSonde For Modeling Oil Spill Response

机译：可快速部署的SeaSonde用于建模溢油响应

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Recent spill events such as the 2010 Deepwater Horizon accident in the Gulf of Mexico and the 2007 MV COSCO Busan collision in San Francisco Bay have highlighted the benefits and need for surface current mapping for response operations. CODAR Ocean Sensors' SeaSonde high-frequency radar networks, which provided maps of ocean currents during these events, consisted of permanently installed stations at sites in developed areas that were easily accessible by road with access to grid power and high-speed data links. Most of the SeaSondes operating around the world are located at such sites, and those that are not generally require weeks or months of planning alternative power and communications solutions. Much of the world's coastlines are at risk from the production and transport of oil, but high-frequency radar current maps only cover a fraction of them. Resolving this problem requires a mobile rapid-response capability.
机译：最近发生的溢油事件，例如2010年墨西哥湾的Deepwater Horizo​​n事故和2007年旧金山湾的MV COSCO釜山事故，突显了响应行动的地表电流制图的好处和需求。 CODAR Ocean Sensors的SeaSonde高频雷达网络可提供这些事件期间的洋流图，其中包括永久安装在发达地区站点的站点，这些站点可通过公路轻松访问，并可以使用电网电源和高速数据链路。在全球范围内运营的大多数SeaSondes都位于此类地点，而通常不需要数周或数月的时间来规划替代电源和通信解决方案的地点。世界上许多海岸线都受到石油生产和运输的威胁，但是高频雷达电流图仅覆盖其中的一小部分。解决此问题需要移动快速响应功能。

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