Wireless Oxygenator

Oxygen is the basic fundamental of survival ashore and as well as water body. Life of sea going life forms depends on it. Due to increase in population and the waste produced by humans, which are disposed in to the water bodies, leading to unfavorable conditions, which results in drastic depletion of oxygen level in water. One of the best ways of increasing DO(Dissolved Oxygen) in water is by aeration, there are basically 2 types of aeration namely water into air and air into water, after a considerable literature survey it was found that water into air aeration was efficient which is nothing but sprinkling the water from the lower layers of water bodies into air and producing bubbles on the surface. This paper mainly focuses on designing a model which oxygenates water at different parts of a water body, whose movement can be controlled wirelessly, powering the whole system through solar. Air circulation utilizing sustainable power source for the procedure and making it portable would make it more effective and temperate using solar power to control the oxygenation and mechanical automation for the development of dependable and effective oxygenator.