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Advanced methods of optimizing ship operations to reduce emissions detrimental to climate change

机译:优化船舶运营以减少有害于气候变化的排放的先进方法

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Maritime shipping is an important and economical mode of international cargo transportation, but it does contribute significant amounts of greenhouse gases (GHG) associated with global warming. The quantity of GHG emission from combustion of petroleum-based fuels is directly proportional to fuel consumption. A computer program called voyage and vessel optimization system (VVOS) provides the ability to reduce a ship's fuel consumption and associated GHG emission without increasing transit time. This is done by optimizing the ship's operation in response to ambient ocean conditions (wind, waves, and currents), taking into account ship performance criteria and safe operating limits. The resulting savings can be verified with computer simulations and post-voyage analyses using individual ship performance models, voyage logs, and historical weather data. At today's record-high fuel costs, the savings offered by this technology easily justify the cost of its implementation.
机译:海上运输是国际货物运输的一种重要且经济的方式,但它确实造成了与全球变暖有关的大量温室气体(GHG)。石油基燃料燃烧产生的温室气体排放量与燃料消耗成正比。一种称为航程和船只优化系统(VVOS)的计算机程序可以在不增加航行时间的情况下减少船舶的燃油消耗和相关的温室气体排放。这是通过考虑到船舶性能标准和安全运行限制,根据周围的海洋条件(风,浪和洋流)优化船舶的运行来完成的。可以使用单独的船舶性能模型,航行日志和历史天气数据,通过计算机仿真和航行后分析来验证由此产生的节省。在当今创纪录的高燃油成本下,该技术所节省的成本很容易证明其实施成本是合理的。

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