Adsorption-type air water-taking system

Abstract

The invention discloses an adsorption-type air water-taking system. The adsorption-type air water-taking system comprises an air compressing system, an electric heating system, a condensing system, awind-light complementary system, a purifying system and a water collecting tank; and the air compressing system is composed of an air compressor and an airflow filter, the air compressor is connectedwith an air inlet in the lower end of the electric heating system through an air delivery pipeline, the electric heating system is constituted by an electric heating wire in a heater and adsorption layers, the electric heating wire is arranged between the upper adsorption layer and the lower adsorption layer, the condensing system is composed of double layers of condensers constituted by semiconductor refrigerating sheets, a water outlet of the second layer of condenser and the purifying system are connected through a water delivery pipeline, the purifying system and the water collecting tankare connected through a water delivery pipeline, and the wind-light complementary system is composed of a solar electric panel, a wind power generator and a storage battery. The whole water taking process is controlled by a program to be completed, and manual participation is not needed. Water can be taken from air with any humidity, the water producing efficiency is high, environmental friendliness is realized, energy conservation and emission reduction are realized, and the water is directly purified into drinking water.

Description

technical field [0001] The invention relates to the technical field of water intake for energy saving and emission reduction, in particular to an adsorption type air water intake device. Background technique [0002] my country's per capita fresh water volume is only 1 / 4 of the world's average, and my country's geological and climatic conditions are complex, and the distribution of fresh water is extremely unbalanced, while the northwestern region is relatively scarce; in addition, urban water sources are seriously polluted by industrial pollution, which seriously affects water quality. Caused the secondary pollution of water in the transportation process, therefore, people's drinking water problem is facing huge challenge. However, the existing air water intake devices are subject to high ambient air humidity requirements, low water production efficiency, and high energy consumption, which cannot effectively solve the problem of drinking water faced by people. Contents of ...

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Problems solved by technology

[0002] my country's per capita fresh water volume is only 1 / 4 of the world's average, and my country's geological and climatic conditions are complex, and the distribution of fresh water is extremely unbalanced, while the northwestern region is relatively scarce; in addition, urban water sources are seriously polluted by industrial pollution, which seriously affects water quality. Caused secondary pollution of water in the transportation process, therefore, people's drinking water problem is facing a huge challenge

However, the existing air water intake device is subject to high ambient air humidity requirements, low water production efficiency, and high energy consumption, which cannot effectively solve the drinking water problem faced by people

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