首页> 外文期刊>The journal of ocean technology >ASSESSING HYDROCARBON PRESENCE IN THE WATERS OF PORT AU PORT BAY, NEWFOUNDLAND AND LABRADOR, FOR AUV OIL SPILL DELINEATION TESTS
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ASSESSING HYDROCARBON PRESENCE IN THE WATERS OF PORT AU PORT BAY, NEWFOUNDLAND AND LABRADOR, FOR AUV OIL SPILL DELINEATION TESTS

机译:评估AUV漏油垃圾桶港口湾港口湾港口水域的碳氢化合物存在,适用于AUV漏油垃圾划分试验

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摘要

The waters adjacent to the Port au Port Peninsula, in Port au Port Bay, Newfoundland and Labrador, are known to be subject to release of hydrocarbons from natural oil seeps and old abandoned oil wells. An investigation was done to determine whether there were sufficient oil compounds present for planned autonomous underwater vehicle (AUV) test missions to develop adaptive sampling algorithms to delineate oil spills. Fluorometers were used in-situ to measure oil concentrations. Oil-and-water samples were taken at selected waypoints for chemical analysis in the laboratory to validate the sensor measurements and to provide a ground truth. Only one of the fluorometers was found to have a minimum detection level that was capable of sensing the hydrocarbons in the water column. The water sample results indicated hydrocarbon levels up to almost 30 ppm in the east side of the bay, just to the west of Shoal Point, but no detectable levels on the west side of the bay. It was concluded that it would be possible to operate an AUV on a planned fixed mission with a pre-programmed search path and record the levels of signal detected from fluorometers or other sensors. However, it would be difficult to implement an adaptive mission in this case because of the low levels of sensor signals resulting from the low concentrations of hydrocarbon present.
机译:众所周知,毗邻奥地福港,纽芬兰湾港口湾港口半岛港口的水域,众所周知,释放来自天然油的碳氢化合物和老被遗弃的油井。进行了调查以确定是否存在适用于计划的自主水下车辆(AUV)测试任务的足够的油化合物,以开发自适应采样算法以描绘油溢出。使用荧光仪原位测量油浓度。以所选择的航点拍摄水样用于实验室中的化学分析,以验证传感器测量并提供基础事实。发现荧光仪中只有一种能够感测水柱中的烃的最小检测水平。水样结果表明海湾东侧的碳氢化合物水平高达近30 ppm,就在浅滩点西部,但海湾西侧没有可检测的水平。结论是,可以使用预先编程的搜索路径在计划的固定任务上操作AUV,并记录从荧光仪或其他传感器检测的信号水平。然而,由于来自存在的低浓度的烃类的传感器信号,难以在这种情况下实施自适应任务。

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