ISSN No:2250-3676
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Scholarly Peer Reviewed and Fully Referred Open Access Multidisciplinary Monthly Research Journal


    AUTOMATED WATER QUALITY MANAGEMENT USING RASPBERRY PI PICO

    1MR.G. GNANESHWAR KUMAR, 2MR.G. RANGA PURUSHOTHAM, 3G DEEPIKA, 4E ROHIT KUMAR, 5K. NITHISH KUMAR

    Author

    ID: 1192

    DOI:

    Abstract :

    The Water Purification System Presented In This Project Harnesses The Capabilities Of A Raspberry Pico And An Array Of Sensors To Monitor And Enhance The Quality Of Water. It Commences When An Ultrasonic Sensor Detects The Water Level In The Sewage Tank, Triggering A Multi-stage Purification Process. The System Undergoes Three Crucial Phases: Screening To Remove Solid Particles, Carbonation To Eliminate Unwanted Chemicals And Organic Compounds, And RO Salt Pump Purification To Retain Essential Salts. The Ultrasonic Sensor Halts The Purification Process Once The Purified Water Tank Reaches A Specific Level To Prevent Overflow. Postpurification, A Suite Of Sensors Measures Parameters Like PH, Gas Content, Turbidity, And Temperature, With Data Transmitted To The Cloud And Accessible Via The Blynk Application. This Purified Water Can Be Employed For Household Purposes. Future Iterations May Include Automatic Tank Cleaning And Maintenance Alerts, Adding Further Sophistication To This Intelligent Water Purification Solution

    Published:

    09-6-2025

    Issue:

    Vol. 25 No. 6 (2025)


    Page Nos:

    375-379


    Section:

    Articles

    License:

    This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

    How to Cite

    1MR.G. GNANESHWAR KUMAR, 2MR.G. RANGA PURUSHOTHAM, 3G DEEPIKA, 4E ROHIT KUMAR, 5K. NITHISH KUMAR, AUTOMATED WATER QUALITY MANAGEMENT USING RASPBERRY PI PICO , 2025, International Journal of Engineering Sciences and Advanced Technology, 25(6), Page 375-379, ISSN No: 2250-3676.

    DOI: