PRATAMA, WAHYU YUDHA (2019) “RANCANG BANGUN SISTEM KONTROL DAN MONITORING PENGOLAHAN AIR LIMBAH BERBASIS RASPBERRY PI”. S1 thesis, Universitas Mercu Buana Jakarta.
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Abstract
Water is a basic need for all living things. Water is always used by the community in various activities such as in the household, agriculture, industry, livestock and in part. Waste water produced from industrial activities is one of the causes of water pollution is very potential because it contains a lot of chemicals. One parameter that knows the condition of the wastewater is good or not is pH. In this research, a prototype of a control system and monitoring of waste water treatment will be conducted through a Raspberry Pi-based smartphone application using water level sensors, turbidity sensors and ph sensors. The waste water treatment control and monitoring system utilizes Thingspeak's web server as a datasheet. From the results of testing the control device and monitoring of Raspberry Pi 3-based waste water treatment, the results of the error level reading of the water level sensor for the object are not more than 2.2%. For testing the Smartphone application notification response time is 4.97 for the turbidity sensor and 4.64 seconds for the ph sensor, this depends on the signal strength of the internet connection. Keywords: Water Waste, Raspberry Pi, Thingspeak, Water Level Sensor, Turbidity Sensor and pH Sensor. Air merupakan kebutuhan dasar bagi semua makhluk hidup. Air selalu digunakan oleh masyarakat dalam berbagai aktivitas seperti dalam rumah tangga, pertanian, industri, perternakan dan sebagiannya. Air limbah yang dihasilkan dari kegiatan industri merupakan salah satu penyebab pencemaran air sangat potensial karena banyak mengandung bahan kimia. Salah satu parameter yang mengetahui kondisi air limbah itu baik atau tidak adalah pH. Pada Penelitian ini akan dilakukan perancangan prototipe sistem kontrol dan monitoring pengolahan limbah air melalui aplikasi smartphone berbasis Raspberry Pi dengan memanfaatkan water level sensor, turbidity sensor dan ph sensor. Sistem kontrol dan monitoring pengolahan limbah air ini memanfaatkan web server Thingspeak sebagai datasheet. Dari hasil pengujian alat kontrol dan monitoring pengolahan limbah air berbasis Raspberry Pi 3 ini didapatkan hasil tingkat error pembacaan water level sensor terhadap objek adalah tidak lebih dari 2,2%. Untuk pengujian waktu respon notifikasi aplikasi Smartphone adalah 4,97 untuk turbidity sensor dan 4,64 detik untuk ph sensor, hal ini bergantung pada kekuatan sinyal sambungan internet. Kata Kunci: Limbah Air, Raspberry Pi, Thingspeak, Water Level Sensor, Turbidity Sensor dan pH Sensor.
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