Factory sewage-evaporating and atmospheric form-converting water collection apparatus

Abstract

The invention relates to a water treatment and supply apparatus, which comprises various water-collecting containers, water intake, water discharge and water level control valves, capillary material shelf layers, various heat conduction tubes, atmosphere preheating and acceleration units, various natural or artificial energy source-utilized structures and a factory sewage-evaporating and atmospheric form-converting water collection apparatus imitating and enhancing the conversion from soil water into atmospheric water or the conversion from atmospheric water into soil water conditions. The containers are provided with the water intake, water discharge and water level control valves, the capillary material shelf layers, capillary and hydrophilic surfaces and the atmosphere preheating and acceleration units to accelerate water-evaporating or atmospheric form-converting water collection. The heat conduction tubes and the natural or artificial energy source-utilizing structures supply needed energy to water-evaporating or atmospheric form-converting water collection.

Description

Technical field: [0001] The invention relates to: water treatment and water supply device, including scraping various water collection containers, inlet and outlet valves and water level control, breathable anti-corrosion material net, capillary material frame layer, various heat conduction pipes, atmospheric preheating and speed increasing device, comprehensive Using various natural or man-made energy structures, it simulates and strengthens the factory sewage volatilization removal and atmospheric form conversion water harvesting device that transforms soil water into atmospheric water or atmospheric water into soil water. Background technique: [0002] At present, it is well known that fresh water is a scarce resource, and humans only use surface water and groundwater, which account for a very small proportion of the earth's fresh water. South-to-North water diversion, construction of dams, increasing drilling depth, seawater desalination, sewage recycling, many restricti...

AI Technical Summary

Problems solved by technology

Atmospheric water harvesting needs to use other energy to input air into the underground pipe network. The air is not preheated and can only be condensed underground for irrigation and can only be used in hot climates. Various natural cold sources cannot be used or comprehensively utilized. The cost is high, it is difficult to collect water on a large scale and only use capillary evaporation to cool and keep fresh.

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