设计和运行浊度过滤系统,并利用物联网自动水泵和水龙头监测芜湖废水回用

Imam Isvahady, Neneng Fitrya, Shabri Putra Wirman
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引用次数: 0

摘要

抽象。洗澡水的废水在日常生活中变得非常丰富,这是因为它的日常需要礼拜。未经利用的废水可以重新使用,但必须先过滤,因此设计了一个回收水废水回收率系统。该系统配备了过滤器、自动泵、自动水龙头和复杂传感器,这些传感器的目标是远程监测水的质量状况。如果过滤后的水的浑浊程度低于标准,自动水龙头就会打开,而浑浊量仍然高于标准,将洗澡水的废水重新输送到fiter。过滤器是由三层活化碳、二氧化硅砂和砾石制成的。使用的笨拙传感器是由Arduino uno控制的dfrobot传感器。传感器读取的结果将通过电讯应用程序显示。turbidity传感器的读数很准确,因为它的误差范围很小,只有1.1% - 1.5%。抽象。沐浴在水中的水如此强烈地浪费在日常生活中,这是因为routine需要被牺牲来崇拜。未经使用而浪费的水可以流,但必须先经过过滤程序,这是规定的浪费的物理监控系统。这个系统配备了过滤、泵、自动调节和基于互联网的超感官功能(许多)来监测受控制的水质量。如果在被过滤后的水被污染后,废物水平会自动开放,泵就会上升,如果废物水平仍然高于标准,把浪费的水排入过滤器的房间。使用的turbidity传感器是dfrobot turbidity传感器。通过电报应用,审查制度将禁止阅读。土耳其传感器计算的结果非常好,因为误差很小,占了1.1%到1.5%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and operation of a turbidity filtration system and monitoring of wudhu spent water recycling using Internet of Things-based automatic pumps and faucets
Abstrak. Limbah air wudu menjadi limbah yang sangat melimpah di kehidupan sehari-hari, hal tersebut dikarenakan rutin nya kebutuhan berwudu untuk ibadah. Limbah air wudu yang terbuang tanpa dimanfaatkan dapat digunakan kembali tetapi harus melalui proses filtrasi terlebih dahulu, maka dari itu dibuatlah rancang bangun sistem monitoring daur ulang kualitas fisis limbah air wudu. Sistem ini sudah dilengkapi dengan filter, pompa otomatis, kran otomatis, dan sensor kekeruhan yang sudah berbasis Internet Of Things (IoT) yang bertujuan untuk memantau kondisi kualitas air dari jarak jauh. Kran otomatis akan terbuka apabila kadar kekeruhan limbah air wudu setelah di filter telah dibawah standar baku, dan pompa akan aktif apabila kadar kekeruhan masih di atas standar baku untuk mengalirkan limbah air wudu kembali mengalirkan ke ruang fiter. Filter dibuat dengan tiga lapisan yaitu karbon aktif, pasir silika, dan kerikil. Sensor kekeruhan yang digunakan adalah sensor turbidity dfrobot yang dikontrol oleh Arduino uno. Hasil yang dibaca oleh sensor akan ditampilkan melalui aplikasi telegram. Hasil yang didapat sensor turbidity memiliki akurasi yang baik karena memiliki rentang nilai eror kecil yaitu 1,1% - 1,5%. Abstract. Wudhu spent water becomes a very abundant waste in everyday life, this is because the routine needs of ablution for worship. Wudhu spent water that is wasted without being used can be reused but must go through a filtration process first, therefore a monitoring system for the physical quality of ablution water waste is designed. This system is equipped with filters, pumps, automatic faucets, and turbidity sensors based on the Internet of Things (IoT) which aims to monitor water quality conditions remotely. The faucet will automatically open if the turbidity level of the ablution water waste after being filtered is below the standard, and the pump will activate if the turbidity level is still above the standard to drain the ablution water waste back to the filter room. The turbidity sensor used is the dfrobot turbidity sensor. the results read by the sensor will be displayed via the telegram application. The results obtained by the Turbidity sensor have good accuracy because it has a small error value range of 1.1% - 1.5%.
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