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Simulation of offshore aquaculture system for macro algae (seaweed) oceanic farming

机译：大型藻类（海藻）海洋养殖的近海水产养殖系统模拟

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摘要

Large-scale cultivation of seaweed has become one of the most important aquaculture activities in Malaysia which may help increase farmers' incomes as well as seaweed itself can be processed into many beneficial end products. The present location of seaweed farming selected by farmers is situated close proximity to the coastline which is between 100 and 200 m from the seashore. The unfavourable condition of sea during rough sea with high wave and high speed of current is always a problem to the farmers since this environmental condition destroys their seaweed planting lines. To avoid the above problem, especially in monsoon prone area, a thorough analysis needs to be done in order to prevent environmental load from destroying seaweed platform on its mooring line when subjected to greater stress. The main objective of this study is to perform a simulation study which will allow analysis of the best mooring system for multi-body floating seaweed farm, together with understanding of the reliability and effectiveness of the system. This paper presents the design of seaweed platform model with mooring assessment in order to obtain a comprehensive and reliable seaweed mooring platform with the aid of mooring simulation software and model tests.
机译：大规模种植海藻已成为马来西亚最重要的水产养殖活动之一，这可能有助于增加农民的收入，海藻本身也可以加工成许多有益的最终产品。农民选择的海藻养殖的当前位置紧邻海岸线，海岸线距海边100至200 m。农民在高波浪和高流速的汹涌海浪中的不利海况始终是农民面临的问题，因为这种环境条件破坏了他们的海藻种植线。为了避免上述问题，特别是在季风易发地区，需要进行彻底的分析，以防止环境负荷在承受更大应力时破坏其系泊缆线上的海藻平台。这项研究的主要目的是进行模拟研究，以便对多体浮式海藻养殖场的最佳系泊系统进行分析，并了解该系统的可靠性和有效性。本文提出了带有系泊评估的海藻平台模型的设计，以便借助系泊仿真软件和模型测试获得一个综合，可靠的海藻系泊平台。

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