Underground water converter for integrating water route

A technology integrating waterway and groundwater, applied in drinking water installations, loose filter material filters, water supply installations, etc., can solve problems such as restrictions

Inactive Publication Date: 2004-10-27
许靖华
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

These practices are limited due to env

Method used

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  • Underground water converter for integrating water route
  • Underground water converter for integrating water route
  • Underground water converter for integrating water route

Examples

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Embodiment Construction

[0021] Application of groundwater converters in integrated waterways for water supply

[0022] The current source of urban water supply is mainly surface reservoirs. Dikes are built in many places and water for irrigation and / or urban water can easily be provided by reservoirs. Harvesting water in the rainy season for use in the dry season; for example, in Kaohsiung, a metropolis in a monsoon climate zone, a 142-meter-high embankment was supposed to be built near Meinong Township. The plan, expected to cost more than $2.5 billion, had to be abandoned due to various safety and environmental concerns. New research from the World Council on Dams clearly shows that the human, environmental and economic costs of building tall dams are extremely high. Alternatives to high dikes are urgently needed.

[0023] We have studied the feasibility of developing various alternatives to groundwater for large daily water supplies, such as an alternative to the Meinong Dam to supply water to ...

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Abstract

An underground water converter for integrating a water channel is formed by the underground water conductor buried in the semiconducting water matrix for controlling the flowing direction and flow of fluid. Said matrix is formed by the semiconducting water medium with large cross-section and perpendicular to flowing direction.

Description

technical field [0001] The present invention is constructed to increase or decrease the flow rate of subsurface flowing fluids for subsurface combustion of organic-rich rocks, leaching mining, enhanced oil recovery, rainwater harvesting for water supply and irrigation and groundwater recharge, flood control, groundwater hydropower, groundwater prevention The latest in a long line of inventions for utilities such as pollution. Patents approved to date include US5868202, US6030048 and US6158517. [0002] The flow of fluid molecules (water, oil, air, etc.) in porous media has been compared to the flow of electrons, so the described facility is called an integrated waterway or a hydrological unit, and the two terms are used interchangeably herein. The key to all these inventions is a special device to increase the flow of fluids underground. The present invention relates to the category of these devices, which can be installed underground to control the direction and velocity of...

Claims

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Application Information

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IPC IPC(8): B01D24/00E03B1/02E03B3/36
Inventor 许靖华
Owner 许靖华
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