Distributed water collecting device using air condensation

Abstract

The invention provides a distributed water collecting device using air condensation. The device comprises a reservoir, a ventilating well, a water collector and a flexible pervious pipe; the top of the ventilating well is provided with a ventilating device, and the bottom of the ventilating well is communicated with the water collector; the flexible pervious pipe is located in the ventilating well; the reservoir is located above the water level of the flexible pervious pipe, the reservoir is connected with the ventilating well through a pipeline, and the connection portion is located above theflexible pervious pipe; the pipeline comprises a main pipe and multiple shunt pipes, one ends of the multiple shunt pipes are equispacely communicated with the periphery of the ventilating well, andthe other ends of the shunt pipes are communicated with the main pipe; a purification device is arranged between the bottom of ventilating well and the water collector; the water collector is connected with a water supply device, and the water supply is used for outputting the water in the water collector. The distributed water collecting device using air condensation has the advantages that waterin the air can be condensed, recycled and used by temperature difference, in addition, the water intake rate is high, energy consumption is low, and the process is simple.

Description

technical field [0001] The invention relates to the field of air condensation water equipment, in particular to a distributed water collection device utilizing air condensation. Background technique [0002] With the continuous increase of water demand, the problem of water shortage is becoming more and more serious. To solve the problem of water shortage, it is necessary to increase revenue and reduce expenditure. In terms of open source, the production of fresh water from the air is increasingly favored by scientific and technological workers. There are mainly two methods: cooling condensation water intake and moisture absorption / analysis water intake. Cooling and condensation type water intake is of good quality, but the water intake rate is low, energy consumption is large, and the process is complicated; the moisture absorption / analysis type water intake efficiency is relatively high, but the hygroscopic agent is a chemical, which is corrosive to the water intake devic...

AI Technical Summary

Problems solved by technology

Cooling and condensation type water intake is of good quality, but the water intake rate is low, energy consumption is large, and the process is complicated; the moisture absorption / analysis type water intake efficiency is relatively high, but the hygroscopic agent is a chemical, which is corrosive to the water intake device and the hygroscopic agent (liquid) Volatilization will affect the quality of water

In addition, some new air condensation water devices, such as mist collectors, using hydrophilic and hydrophobic materials to take water, and using salt solutions to take water, all have defects such as low condensation efficiency, high cost, and complicated processes. These technologies are in short supply of water resources in my country. Regional promotion and use have certain limitations

Images