NOVELTY - The floating aquacycle solar desalination system comprises a lightweight plastic shading roof with a large surface area capillary structure to its underside, an integral pump moving water to an onshore container, to the underside optional aeration equipment to facilitate growth of marine plants and to enhance evaporation, filters, a transparent cover, a capillary structure to increase surface area and to enhance condensation and ensure efficient collection of condensed water, and an aeration system.    USE - The floating aquacycle solar desalination system is useful for producing fresh water for irrigation or drinking.    ADVANTAGE - The floating aquacycle solar desalination system avoids accessible standing of water and prevents propagation of mosquito thus economically and energy-efficiently providing high quality potable fresh water without the contamination of volatile organic carbon and nitrates.    DETAILED DESCRIPTION - The floating aquacycle solar desalination system comprises a lightweight plastic shading roof with a large surface area capillary structure to its underside, an integral pump moving water to an onshore container, to the underside optional aeration equipment to facilitate growth of marine plants and to enhance evaporation, filters, a transparent cover, a capillary structure to increase surface area and to enhance condensation and ensure efficient collection of condensed water, and an aeration system. The shading has an option of taking the form of a translucent photovoltaic material delivering electrical power. The water runs down the roof to floating gutters and then into insulated filtered containers for preventing propagation of mosquitoes and keeping the water clean. The desalination system has a modular design and an optional additional filtration capability to deliver potable water, and avoids excess evaporation from storage by moving water quickly to insulated containers with a small surface area. The roof: ensures high levels of condensation and run down of condensed water into storage using a hydrophobic coating; allows for the possibility of built in thin film photovoltaic power generation using translucent modules, which simultaneously provide partial shade; and contains potassium iodide or UV blocking substances to regulate light levels and an optional photoreactive agent by which admission of light is adjusted according to its brightness. The UV blocking substances reduce UV inhibition to allow algae or sea water plants to grow. The transparent cover traps heat, and increases the volume of evaporation of water. The aeration system enhances evaporation by bringing small air bubbles into intimate contact with water to increase the volume of humidified air. The desalination system is designed to sit on a body of salt water.    DESCRIPTION OF DRAWING(S) - The diagram shows schematic view of a floating aquacycle solar desalination system.    Pipes to tank storage (C)    Aerating system (D)    Sun (E)    Support structure (G)    Floating frame. (H)