An integrated device for the development and utilization of pressurized water

Abstract

The invention relates to a development and utilization integrated device for confined water in a karst region, in particular to the development and utilization integrated device for confined water. The development and utilization integrated device comprises a primary water lifting pipe. One end of the primary water lifting pipe is used for being inserted in a confined water layer in the karst region. The other end of the primary water lifting pipe communicates with a water inlet of an earth surface regulation pool through a first water lifting pump. A water outlet of the earth surface regulation pool communicates with one end of a secondary water lifting pipe through a second water lifting pump. The other end of the secondary water lifting pipe communicates with a water inlet of a high reservoir. A water outlet of the high reservoir communicates with a plurality of water supply tanks through a siphon water supply pipe. The high reservoir is higher than each water supply tank in the horizontal direction. The development and utilization integrated device has the beneficial effects that the structure is complete, the technology is advanced, the operability is high, the integrated device is a demonstration project for development and utilization of the confined water in the karst region, and the problems that in the karst region, residential areas lack water, and the water quality and the water quantity are difficult to ensure are solved.

Description

technical field [0001] The invention relates to an integrated device for development and utilization of pressurized water in karst areas, in particular to an integrated device for development and utilization of pressurized water. Background technique [0002] In karst areas, surface fissures, sinkholes, shafts and other landforms are developed, the surface seepage is serious, the water storage capacity is weak, and there are few usable and convenient surface water resources. In addition, the water conservancy project facilities are not perfect, and the water storage efficiency of the project is poor, resulting in frequent seasonal droughts in densely populated small towns, and it is difficult to guarantee residents' domestic water. In recent years, the construction of water conservancy projects has greatly improved the city's water supply capacity, but in small towns and other rural residential areas, due to the scattered water supply, the development of water resources is d...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide an integrated device for the development and utilization of confined water, which mainly solves the problems of complex burial structure of confined water in karst areas, difficulty in spatial distribution survey, and low well formation rate; Water pollution caused by conditions and human activities, water purification issues and low-cost allocation of water resources across river basins

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