Omar Al - Bahiri, a third - grade high school student in Egypt, invented a device that monitors the quality of water and repeats it.

Omar Al-Bahiri, first placed at the Arab and African levels at the Intel Science and Engineering Expo ISEF.

Al-Bahiri explained that his idea was based on a device installed at home entrances to monitor the quality of water, detect its viability and treatability, as well as refill it.

The beacon states, "The device guides the water and knows whether it is drinkable or in need of treatment. If it is needed, it converts it into a filter, and if it is not fit to be treated, it qualifies it to become so."

"The device is physically inexpensive and can produce inexpensive quality, and its services can be improved at very high potential. In all cases, it will not be expensive. To direct and control water, it will cost no more than 300 Egyptian pounds. If produced, it will be produced in large quantities that make it cheaper, pointing to the use of sophisticated pyramids to implement this idea."

The award-winning student explained that "the device can be produced in Egypt with simple tools from within the country, and even imported items are naturally on the Egyptian market and we will not need to import them, so the device can be exploited in restaurants and homes."

Al Bahiri pointed out that "The device can be used in agriculture as many agricultural crops are damaged because water is not suitable for agriculture, either because it is polluted, or because it is saline that does not fit some agricultural crops and thus protects them from damage. It can also be placed on the water pipe and monitor water according to the type of agricultural land and crop and the amount of salts the plant needs and can be programmed by means of water.

In the event that water is not suitable for the agricultural crop, the system gives warning that water is not currently irrigated by this type of water, and waits for the water to be more valid, depending on the Egyptian student.

Thus, innovation protects agricultural crops grown over large areas and requiring large quantities of water, and can also be used for groundwater uses in agriculture and irrigation. "

Al-Bahiri asserted that he was waiting to obtain the patent for the device so that it could be marketed, adding that he dreamed of entering the School of Engineering to work to improve this quality of equipment, especially since it was cheap, easy to produce and low production cost.