Kajian Eksperimen Pengaruh Variasi Perubahan Sudut Kincir terhadap Kinerja Paddle Wheel Aerator

Anis Mustaghfirin, Eky Novianarenti, Muhammad Abid Al Fatih, P. N. A. Nugroho, Dwi Sasmita Aji Pambudi, Dyah Arum Wulandari
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Abstract

The main problem discussed in this study is the effort to improve the quality of shrimp pond water, especially the low dissolved oxygen levels by modifying the angle of the aerator wheel. The results showed that dissolved oxygen (DO) levels were very important in shrimp pond culture and that the paddle wheel aerator was a useful tool in intensive aquaculture systems because it could produce DO as needed. The study used a model designed using Solidworks software and tested at a scale of 1:10 with 3 variations of angles (15°, 35°, and 55°) at each wheel angle. The test results show that the angle variation affects the rotational speed and DO production, with the highest rotational speed and DO production achieved at an angle variation of 55°. However, the best parameters for the aerator were found at a variation of the wheel angle of 35° and a rotational speed of 300 rpm, because it produced the highest dissolved oxygen with relatively low power.
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本研究讨论的主要问题是通过改变曝气轮的角度来改善虾池水的水质,特别是溶解氧水平低的问题。结果表明,溶解氧(DO)水平在虾池养殖中非常重要,桨轮曝气器可以根据需要产生DO,是集约化养殖系统中一个有用的工具。该研究使用Solidworks软件设计的模型,并以1:10的比例进行测试,每个车轮角度有3种不同的角度(15°,35°和55°)。试验结果表明,角度变化影响转速和DO产量,当角度变化为55°时,转速和DO产量最高。然而,曝气机的最佳参数是在35°的车轮角度变化和300转/分的转速下,因为它以相对低的功率产生最高的溶解氧。
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发文量
30
审稿时长
12 weeks
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