Mountain seepage spring regulation and storage and water supply system and method thereof

Abstract

The invention provides a mountain seepage spring regulation and storage and water supply system and a method thereof. The system comprises a filter tank and a high-level reservoir which are arranged below a seepage section, wherein a hollow brick wall is arranged between the filter tank and the high-level reservoir; a low-level reservoir is arranged in a village under a mountain; the high-level reservoir, the low-level reservoir and residents in the village are sequentially communicated by using a water conduit; and air valves are arranged along the water conduit at certain intervals. According to the system disclosed by the invention, the seepage section is excavated, the seepage water is filtered and stored in the high-level reservoir, the water in the high-level reservoir is led to thelow-level reservoir in the village by using the water conduit, the water storage capacity of the spring water can be obviously improved by the two reservoirs, the water is automatically dispersed andflows to the resident families from the regulation and storage tank to be used by villagers by virtue of air valve regulation and a water pipe network, and the problem that water is difficult to drinkin clastic rock mountain areas is efficiently solved.

Description

technical field [0001] The invention belongs to the technical field of water conservancy, and in particular relates to an alpine seepage spring storage and water supply system and a method thereof. Background technique [0002] For clastic rock alpine areas, spring water often seeps in the accumulation or residual gravel and meadow soil layer in the middle and upper parts of the alpine, which belongs to pore groundwater. The location forms a concentrated vadose zone. Under the influence of factors such as the collapse of the vadose zone soil layer or the steep drop of the terrain under the influence of heavy rainfall, the vadose layer is cut off to form a section. Seepage springs are formed. Due to the relatively loose particles formed by the weathering of clastic rocks, the upper meadow soil layer is loose, and the spring water can easily seep into the meadow soil layer and the loose particle layer at the bottom after it is exposed. It cannot be caused by lack of water sour...

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Problems solved by technology

[0003] In view of the above technical problems, the present invention provides a high mountain seepage spring storage and water supply system and its method to solve the problem of difficult drinking water in clastic rock high mountain areas

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