Design and Implementation Supervisory Control and Data Acquisition (SCADA) of Flocculation Process of Water Treatment Plant (WTP) Using Raspberry Pi

E. A. Z. Hamidi, Tiara Gustiana, M. R. Effendi, Pajar Abdul Malik Hambali
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引用次数: 2

Abstract

Water is a very important factor for human survival, in order to get good quality water for daily activity, we need to do Water Treatment Plant (WTP). WTP can be treat the raw water from rivers, lakes, reservoirs or other underground sources to be drinkable or clean water that can be used by humans. Flocculation process is very important in WTP because water that processed was coming from the river and reservoir which has percentage of turbidity. SCADA system is used on flocculation process to ease the process of monitoring, so it can improve water quality produced. Raspberry Pi 3 B is used as an effective alternative to replace Programmable Logic Control (PLC) on flocculation process. Turbidity Sensor as an indicator of turbidity that produced in flocculation process. Input the water before mixing on the system varied into 3 samples are 33 NTU, 21 NTU and 16 NTU. While output after mixing has average value 13,54 NTU, 10,17 NTU and 8,16 NTU. The output is still suitable with a parameter. All that SCADA system elements are well operated at flocculation process on Water Treatment Plant (WTP).
基于树莓派的水处理厂絮凝过程监控与数据采集(SCADA)的设计与实现
水是人类赖以生存的一个非常重要的因素,为了获得日常活动所需的优质水,我们需要做水处理厂(WTP)。WTP可以将来自河流、湖泊、水库或其他地下水源的原水处理为可饮用或清洁的水,供人类使用。絮凝过程在污水处理中起着重要的作用,因为处理的水来自河流和水库,其中有一定的浊度。将SCADA系统应用于絮凝过程,简化了监测过程,提高了生产水质。树莓派3b作为可编程逻辑控制(PLC)在絮凝过程中的有效替代方案。浊度传感器作为絮凝过程中产生的浊度的指示器。在系统上输入混合前的水分为33 NTU、21 NTU和16 NTU 3个样品。混合后的输出平均值分别为13,54 NTU, 10,17 NTU和8,16 NTU。带有参数的输出仍然是合适的。SCADA系统各组成部分在水处理厂絮凝过程中运行良好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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