Hydrogen and oxygen symbiosis type garden green space system

Abstract

The invention discloses a hydrogen and oxygen symbiosis type garden green space system. The system comprises a green space module, a building module, a farmland module, a wetland purification module and an irrigation system, wherein the green space module and the wetland purification module are distributed naturally, the green space module comprises multiple communities composed of arbors, shrubs, herbaceous plants and lianas, and the building module and the farmland module are arranged relying on the green space module; the irrigation system comprises an impoundment landscape pool, a purification water system located at the downstream of the wetland purification module, a subsurface irrigation pipe network communicated with the purification water system, a negative hydrogen ion generation unit arranged on the subsurface irrigation pipe network and an irrigation unit communicated with the subsurface irrigation pipe network. The system is a pastoral complex green healthy hydrogen-oxygen symbiosis environmental ecosystem created by relaying on an original natural ecosystem, laying the subsurface pipe network on the basis and then combining with a hydrogen-state agricultural technology.

Description

technical field [0001] The invention relates to the technical field of green space construction, in particular to a hydrogen-oxygen symbiosis garden green space system. Background technique [0002] Looking at the development stages of countries around the world, they basically bring about the industrial revolution at the expense of the environment while developing the economy and improving people's livelihood, and China is no exception. In the past 40 years of reform and opening up, we have more or less damaged soil and water pollution, air quality, and climate change. In recent years, under the call of vigorously improving the environment and retaining green water and green mountains, the state has invested a lot of energy, money, manpower and material resources in improving the natural environment on which we live, and achieved great results. According to the United Nations Global Survey, China's green area coverage increased by 5% in 2018, which is a significant contrib...

AI Technical Summary

Problems solved by technology

The former is expensive, difficult to take care of, complicated to irrigate, and difficult to promote in a large area, and cannot benefit the public; while the latter requires overall planning and layout, spending huge sums of money to build landscapes, etc., and its post-maintenance costs a lot, as time goes by , the land pollution will become increasingly serious, and the "ecology" will no longer be ecological

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