Wireless Sensor Network Based Drinking-Water Quality Monitoring and Notification System Dataset

Published: 4 November 2019| Version 1 | DOI: 10.17632/pbb76sbbrg.1
Contributors:
Mhambi Phila Philadephian Sithole,
Nnamdi Nwulu,
Eustace Dogo

Description

This project presents the collected experimental data for drinking-water quality monitoring which was conducted in ten experiments by using five different common sources of water contaminants namely soil, chlorine, salt, washing powder, vinegar and their combination. The data were collected indoors at room temperature during the day for several days using sensors that measure pH, turbidity, flow rate, and conductivity in water. The water consumption risk (CR) was calculated as deviation based on the water quality parameters standards proposed by the World Health Organization (WHO) and the South African Department of Water Affairs (DWA), with respect to the sensor measurement readings obtained. While the error measurements were calculated based on the expected parameter measurement per conducted experiment and repeated for 26 measurements. Pure tap water was the benchmark of water safe for human consumption. The first five experiments were performed by introducing each contaminant into the water and thereafter, two contaminants in the sixth experiment and their additions until all different contaminants were experimented at once in the last experiment. The first being data for pure tap water and the rest being data for contaminated water using the different contaminants and their additions until all different contaminants were experimented at once.

Files

Steps to reproduce

See attached block and schematic diagrams