Water ecology energy generation system with forward and reverse siphon layered organized flow field pipe network

Abstract

The invention discloses a water ecology energy source generation system with a positive and inverted siphon layered organized flow field pipe network. The water ecology energy source generation system comprises a positive siphon layered water taking unit, an inverted siphon layered water taking unit, a heat exchanger, a heat pump unit and a kinetic energy-to-potential energy conversion unit, the positive siphon layered water taking unit is connected with the positive siphon flow field control main pipe, and a siphon submersible rectifier is arranged in the positive siphon layered water taking unit; the inverted siphon layered water taking units are distributed at joints or dead angle areas with insufficient water power and poor water quality in rivers and lakes, and are connected with the inverted siphon flow field control branch pipes; a plurality of inverted siphon flow field control branch pipes are connected with the positive siphon flow field control main pipe to form a positive and inverted siphon topological pipe network; the heat exchanger is connected with the heat pump unit and the kinetic energy to potential energy conversion unit. While cold and heat sources of the water body are fully utilized, the flood prevention capacity is improved in the flood season, the flowing circulation and oxygenation capacity of the water body is improved in the non-flood season, and the effects of water safety and ecological restoration of the water body are achieved.

Description

technical field [0001] The invention relates to the technical field of water ecological restoration and energy utilization, in particular to a water ecological energy substitution system equipped with forward and backward siphon layered and organized flow field pipe networks. Background technique [0002] Natural lakes, rivers, including artificial lakes and other surface waters caused by eutrophication pollution, black odor, algae blooms, blue-green algae, and red tides are not due to external pollution, but because the surface water body has a slow flow rate, the bottom water lacks fluidity, and nutrients are deposited. In order to achieve harmony between man and water, from the perspectives of ecology, flood control, and sustainable development, we should emphasize the self-purification and self-circulation of the water body to restore the benign ecological functions, and rationally develop the solar energy resources contained in the surface water body as a cold and heat s...

AI Technical Summary

Problems solved by technology

While implementing these technologies, a common method must be adopted, that is, the aeration method, and the aeration technology has a common disadvantage, that is, it occupies a large area, consumes a lot of power, and can only drive the surface water to contain dissolved oxygen. Combined with microbial technology, it is impossible to guarantee the presence of dissolved oxygen in deep water and ensure the survival of microorganisms. For example, deploying external source water to flush sewage and replace water consumes a lot of energy, and only drives surface water to flow

Treat the symptoms but not the root cause, the effect is difficult to last

Traditional treatment methods cannot fundamentally increase the fluidity and self-purification function inside the water body, and the restoration of the water body cannot achieve the best results. The difficulty of treatment lies in "flowing water does not rot"

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