COMPATIBLE, SUSTAINABLE, AND REGIONAL ARTIFICIAL WATER SUPPLY METHODS

CREATING AN ADAPTIVE WATER SOURCE

It is crucial to achieve priority objectives in creating clean water sources, which are a high priority need of our time. In this context, it will be possible to implement this project using the following sample model as part of efforts to develop various projects.

In the context of the clean water source creation project, the following requirements must be met: in the dam and surrounding area, up to 100 meters above the region, water vapor traps, hydrogen-oxygen detection detectors, air ionizer devices, and active humidifier adapters must be present. In this context, as a result of operating the humidifying adaptor and activating the vapor trap devices, oxygen and hydrogen traps are operated with a device that separates various gases in the air. and, for this purpose, within a very short time, it will be possible to return the water in the air to the dam using artificial rainfall techniques in the region up to 100 meters from the dam, as a result of the ionizer being activated.

In this context, a dam is not a requirement. In regions with arid climates, such as Africa, it may also be possible to provide clean water using the above regional rainfall techniques.

The aim of this project is to feed natural water sources and drying riverbeds in dams and nearby areas using artificial methods instead of natural rainfall.

COMPREHENSIVE WATER CONSERVATION METHODS

This project aims to reduce active water tension and establish potable water facilities in regions with limited water resources. For example, to retain water in dam basins, ionizers, humidity-providing devices around the dam, and evaporation turbines should be installed. To briefly evaluate the process to be carried out; by exposing the dam surroundings suitable for water retention to moisture and vapor, this moisture and vapor are converted using ionizer devices and, by utilizing the atmosphere through continuous drizzling and dew formation, the dam's water retention is ensured. This set does not require any cloud collection mechanism for technological development. The devices to be installed in the dam area will provide the dam's water capacity through the drizzling method, supplying drinking water and network water to the public at low budgets. This method can also be offered to water-poor countries such as Africa. By selecting a region in Africa with an arid climate, water can be actively and continuously obtained through misting or dew formation in the area using ionized air vapor, vapor converters, humidifiers, and ionizers. In short, there is no need for seawater desalination plants or rainfall to obtain potable water or tap water. In this context, it is possible to convert ionized vapor into water and obtain clean water sources using this technology.