Iot Based sustainable water management and Treatment

AI lab manual

1. بِسْمِ اللَّهِ الرَّحْمَنِ الرَّحِيمِ

2. IOT Based Sustainable Water Management and Distribution Control System

3. Team Members Supervisor Co-Supervisor Engr. Dr. Suheel Abdullah Malik Chairman DEE/Associate Professor Engr. Muhammad Asad Lab Engineer

4. Project Overview Smart water Meter Grey water treatment IOT based GUI

5. Project Objectives Design and develop Automated water metering system. Grey water treatment system. IOT based GUI for automated control and monitoring.

6. Block Diagram µ Controller µ Controller Flow Meter Level Turbidity pH Fig. Sensor Unit Flow Meter LCD BT module Memory Fig. Sensor Unit pH Control De-Coloring Chlorination Sedimentation Fig. Controller Unit RF Module

7. Sedimentation Sand filter PH Treatment Model Source Flow meter sensor Chlorination De-coloring Distribution Kitchen Pipe Line Irrigation Car wash Toilet Flush Laundry Treated water tank

8. Sedimentation and Sand Filtering

9. Project Assembling

10. ThingSpeak APP

11. ThingSpeak APP

12. 2017 2017 Today Week 1 2 3 4 5 6 7 8 2018-19 Milestone1 (approval) Tue Oct 2 Milestone2(complete knowledge of ins & out Successful simulation, starting HW Successful HW 11 days 100% Analysis and Literature Review Sep 03 – Oct 31 3 days Related work Analysis 1 day Collect Requirements 5 days Planning practical problems 10 days 65% Nov 01-Dec 31 0 days 5 days Programing & simulation 5 days Implementing on breadboard 0 days Designing PCB’s 11 days 15% App development Jan 01- April 10 5 days Making and testing PCB’s 1 day Assembly of electronic hardware 5 days Debugging 4 days Mechanical & electrical parts assembly 1 day Giving final shape & modification Project Timeline Design and Simulation Controller design 9 8 8 10 11 12 13 15 18 22 20 28 26 24 Projected Plan Research paper to be Submitted in April for ICWTEP Conference Speakers Only 3D model and assembling of prototype, hardware remaining which required one week Completion Status

13. Thank You.