At the conclusion of the 2011 Egypt WaterHackathon, software developers and water specialists presented their innovative ICT-based solutions to real-world problems of water access and sanitation. This presentation highlights one of these solutions.
3. Inputs
Defining wells available in the system (farms).
Defining each Pivot daily water requirements.
Defining daily total irrigation water needed (Quantity).
Define Data needed to be reported by pivot staff.
4. Methodology
We are working on 2 different aspects
1. Irrigation water management system.
2. Data collection system.
5. Irrigation water management system.
Let the pivot staff report the quantity sucked from each
well and other information on regular intervals and
submit it through the mobile application.
The server collects data from all pivots and once daily
limit is reached, pumps turned off.
A water distribution system takes control from here, in
which it open and close valves to distribute water to the
nearest pivot.
6. Water Distribution system
In which there is pipe lines between pivots.
Each line ends with a digitally controlled valve which
can be operated on on/off/percent modes.
Once there is an excess water sucked from one well, it
will be redistributed to the nearest pivot that haven’t
got its daily requirement yet.
7. Data collection system.
• An agent that takes the data from the server and transfer it
to the current expert system.
8. Achievements
A daily water requirement limit has been reached.
Less manual data entry by system users.