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首页> 外文期刊>E3S Web of Conferences >Integrated Hydrodynamic and Oil Spill Modeling using OILMAP Software for Environment Protection of Oil Spill in Cilacap Regency
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Integrated Hydrodynamic and Oil Spill Modeling using OILMAP Software for Environment Protection of Oil Spill in Cilacap Regency

机译：使用OILMAP软件进行流体动力和溢油综合建模，以保护Cilacap摄政区的溢油

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摘要

Environmental impact due to oil spill comes from several activities such as oil and gas business unit, port facilities, and shipping line. Cilacap regency as one of the areas with high marine productivity in Indonesia has a history of oil spill incident during 2000-2018. One of the information needed in determining the oil spill response strategy to minimize the environmental impact of the oil spill in Cilacap regency is the prediction of oil spill movement. The purpose of this paper is to predict the oil spill movement in Cilacap regency. A lot of studies had been conducted on the oil spill, but there is still lacking further study that integrating Geographic Information System (GIS), hydrodynamic and oil spill to identify the potential environmental impact of the oil spill and develop the response strategy. Method use of this paper is a quantitative method, integrated hydrodynamic and oil spill using OILMAP software. Data use of this paper is land water data, current data, wind data, and spill information. Results of this paper are in the northwest monsoon, the oil spill moves to east and northeast toward the Indian Ocean. Southeast monsoon, the oil spill moves to west and northwest toward the Segara Anakan Lagoon. This paper will contribute to realizing some oil and gas business unit, port facilities, and shipping industries to concerned about the impact of oil spill and do the sustainable business.
机译：漏油造成的环境影响来自石油和天然气业务部门，港口设施和航运公司等多项活动。 Cilacap摄政区是印度尼西亚海洋生产力高的地区之一，在2000-2018年期间发生了漏油事件。确定漏油响应策略以最大程度降低Cilacap摄政区漏油对环境的影响所需的信息之一就是对漏油运动的预测。本文的目的是预测Cilacap摄政区的漏油运动。关于溢油事故已经进行了很多研究，但是仍然缺少将地理信息系统（GIS），水动力和溢油事故整合在一起以识别溢油事故对环境的潜在影响并制定应对策略的进一步研究。本文使用的方法是一种定量方法，使用OILMAP软件将流体动力和漏油综合在一起。本文的数据用途是土地水数据，当前数据，风数据和溢出信息。本文的结果是在西北季风中，漏油向印度洋东部和东北方向移动。东南季风后，漏油向西和西北方向移至塞加拉·阿纳坎泻湖。本文将有助于实现一些石油和天然气业务部门，港口设施和航运业，以关注漏油的影响并开展可持续业务。

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