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Autonomous Solar-Based Aquaponics: Towards Agricultural Sustainability in Lebanon and the Region

机译:自主的基于太阳能的水培技术:实现黎巴嫩和该地区的农业可持续发展

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With the exponential growth that affected the world population during the past two centuries, huge demand for food resulted, and traditional practices could not meet such overwhelming amounts. Newly developed techniques became a must to secure the food need, and aquaponics being one of these technologies, rose as a unique system that mimics the natural lifecycle. Aquaponics systems are still being enhanced to facilitate their use and increase their efficiency. This paper introduces an autonomous solar-based aquaponics system that utilized solar energy to meet water temperature demands of the fish and plants within the system. A pilot system is also presented and results are shown and discussed, illustrating the added efficiency and benefits such integration offers to aquaponics. The experimental results obtained during the past 6 months show that this system offers 30% productivity increase upon 60% saving in required space for this planting and 40% water savings.
机译:在过去两个世纪中,由于指数级增长影响了世界人口,导致了对粮食的巨大需求,而传统做法无法满足如此庞大的需求。新开发的技术已成为确保食品需求的必要条件,而作为这些技术之一的鱼菜共生作为模仿自然生命周期的独特系统而兴起。鱼菜共生系统仍在改进中,以促进其使用和提高效率。本文介绍了一种自主的基于太阳能的水培系统,该系统利用太阳能来满足系统中鱼类和植物的水温需求。还介绍了一个试点系统,并显示和讨论了结果,说明了这种整合为水培法提供的附加效率和益处。在过去6个月中获得的实验结果表明,该系统可将种植所需的空间节省60%并节省40%的水,从而使生产率提高30%。

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