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首页> 外文期刊>Polish Maritime Research >IMPROVEMENT OF THE CARGO FLEET VESSELS POWER PLANTS ECOLOGICAL INDEXES BY DEVELOPMENT OF THE EXHAUST GAS SYSTEMS
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IMPROVEMENT OF THE CARGO FLEET VESSELS POWER PLANTS ECOLOGICAL INDEXES BY DEVELOPMENT OF THE EXHAUST GAS SYSTEMS

机译:通过排气系统的开发改善货物车队船舶发电厂生态指标

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Modernisation of the power plants of cargo fleet vessels to satisfy the requirements set out by the International Maritime Organisation is an urgent scientific and technical problem. The article presents the results of developing a solution to this problem that focuses on the exhaust gas system. We propose the use of ejection nozzles as part of this system. It was found that when the ejection coefficient in these nozzles is n = 3, it is possible to exclude the use of SCR reactors, thus reducing the operating costs of the marine power plant. Using a mathematical modelling method, the efficiency of operation of six types of nozzle as part of the exhaust gas system was investigated, and a constructive layout was proposed for the gas ducts and inlet louvres for supplying ambient air.To increase the efficiency of the proposed system, we consider several options for intensifying heat transfer processes through the use of dimple systems in the nozzles and nozzles with swirling flow. We found that these technical solutions would make it possible to further increase the efficiency of the systems by up to 19% abs.
机译:货物舰队船舶发电厂的现代化满足国际海运组织所规定的要求是一个紧急的科学和技术问题。本文介绍了开发解决该问题的解决方案,该解决问题集中在排气系统上。我们提出使用喷射喷嘴作为该系统的一部分。发现当这些喷嘴中的喷射系数是n = 3时,可以排除使用SCR反应器的使用,从而降低了海洋发电厂的运行成本。使用数学建模方法,研究了作为排气系统的一部分的六种类型喷嘴的操作效率,提出了一种用于供应环境空气的气体管道和入口Louvres的建设性布局。增加所提出的效率系统,我们考虑通过在喷嘴和喷嘴中使用具有旋流流动的凹坑系统来强化传热过程的几种选择。我们发现这些技术解决方案可以通过高达19%的ABS进一步提高系统的效率。

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