Process of design an eco-friendly catamaran to extract aquatic plants

Leonardo Abel Ponce Adriazola, J. Mantari
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引用次数: 0

Abstract

This paper presents the design of an eco-friendly catamaran that follows two design methodologies, one focusing in the importance in the needs of future users and the other the spiral boat design methodology. The prototype is going to take advantage of the unique form of a catamaran and use the space available between the points of flotation for the process of extracting small plants and light plastics from the surface of recreational lakes. With the prototype the esthetics and also the aquatic ecosystem of the lake would be better preserved. The application of the prototype, could improve the time required to recollect the duckweed and only required one operator; however, the potential of this project is significantly bigger as it could be used as a method to extract superficial contaminants in garbage patches in the ocean and lakes without harming the species still in the zone of operation. Good practices of engineering are going to be use for the design of the catamaran, as well as for the selection of the necessary components.
环保双体船提取水生植物的设计过程
本文介绍了遵循两种设计方法的环保双体船的设计,一种是关注未来用户需求的重要性,另一种是螺旋船设计方法。该原型船将利用双体船的独特形式,并利用漂浮点之间的可用空间,从休闲湖泊的表面提取小型植物和轻质塑料。有了原型,湖的美学和水生生态系统将得到更好的保护。该原型机的应用,缩短了回收浮萍所需的时间,并且只需要一个操作人员;然而,这个项目的潜力要大得多,因为它可以作为一种方法,从海洋和湖泊的垃圾斑块中提取表面污染物,而不会伤害仍在作业区内的物种。良好的工程实践将用于双体船的设计,以及必要部件的选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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