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_aIbanez, John Nicole F. Isidro, Jerome H. Laurente, Queenie D. Lomibao, Allen Ray C. Malabago, Antonio Emmanuel C.
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_aAquality : an IOT -Based water quality monitoring and analysis using ESP32.
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_c4541346
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_c28 cm.
_axiii 89 pp.
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_atext
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_aunmediated
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_aUndergraduate Thesis :(Bachelor of Science in Computer Engineering) - Pamantasan ng Lungsod ng Maynila, 2024.
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_aABSTRACT: STATEMENT OF THE PROBLEM: Cavite faces challenges with access to safe water with most coming from unknown sources. Ensuring water quality, Rosario Water System (RWS) hires AquaLabsPH for monthly testing. This immediately becomes costly nad impractical due to the demands for monitoring. RESEARCH METHODOLOGY: This research conducted a comparative study, utilizing Bland-Altman Plot to compare sensor readings with third-party laboratory results. SUMMARY OF FINDINGS: The AQUAlity system consistently achieves 90% accuracy across parameters. Bland-Altman analysis indicates close agreement with third-party lab results. Perceived difference between the system and the laboratory are negligible. This bolsters the fact that AQUAlity does all these processes in real time. CONCLUSION: Rosarion Water System's (RWS) framework is a result of combining laboratory techniques with on-site monitoring in guaranteeing water quality monitoring. RECOMMENDATION: To fully realize the capability of AQUAlity, other water quality parameters can be integrated to widen the monitoring capability. Ugrading AQUAlity presents an all-in-one equipment and a comprehensive product for all water monitoring use cases.
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