Manufacturing technology of underground water exploitation device

Abstract

The invention relates to the technical field of underground water exploitation, in particular to a manufacturing technology of an underground water exploitation device. A sewage pretreatment pond is arranged under the ground and connected with a domestic sewage pipeline; the sewage pretreatment pond is connected to integrated sewage treatment equipment arranged on the ground through a pipeline and a water pump; a seepage water injection well is connected with the integrated sewage treatment equipment through a pipeline, and clean water obtained after treatment by the integrated sewage treatment equipment is injected into the seepage water injection well and seeps through the wall of the seepage water injection well gradually to be merged into underground water; an underground water monitoring well is built under the ground, wherein the underground water monitoring well goes deep into the part under a phreatic stratum; an installation column is erected on one side of the underground water monitoring well, and a solar photovoltaic module and a rain sensor are installed at the upper end of the installation column and are both connected to a hydrological telemetering terminal installed on the installation column. By means of the manufacturing technology, underground water can be manually supplemented to prevent problems caused by overexploitation; the level and quality of underground water are monitored in real time, and the data is recorded.

Description

technical field [0001] The invention relates to the technical field of groundwater exploitation, in particular to a manufacturing process of a groundwater exploitation device. Background technique [0002] Groundwater is water that exists in cracks in rocks in the Earth's crust or in voids in the soil. Water in various states widely buried below the surface is collectively referred to as groundwater. Atmospheric precipitation is the main source of groundwater. According to different buried conditions, groundwater can be divided into three categories: perched water, phreatic water and artesian water. Perched water in the upper layer is a water storage body formed by infiltrating atmospheric precipitation staying in shallow rock cracks or sedimentary layers due to local water isolation. Diving is the groundwater buried on the first stable aquifer below the surface, and most of the groundwater you see is diving. Groundwater is an important part of the earth's water resource...

AI Technical Summary

Problems solved by technology

[0005] 2. Excessive exploitation of groundwater causes ground subsidence, ground fissures and ground subsidence

[0006] 3. Overexploitation of groundwater causes seawater intrusion, and groundwater quality deteriorates

[0007] 4. Groundwater pollution

[0008] It can be seen that there is an urgent need for a scientific and effective groundwater mining device to solve the current problems of excessive groundwater exploitation and poor groundwater quality.

Images