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A platform for research: civil engineering, architecture and urbanism
High-pressure water mist desertification control system
The invention relates to a high-pressure water mist desertification control system and effectively solves the problem of poor sand-fixing effect of desert plants. The technical scheme is that the water outlet of a first filter is connected with the water inlet of a make-up pump through a second filter; the water outlet of the make-up pump is connected with the water inlet of a high-pressure pump through a low-pressure ball valve; the water outlet of the high-pressure pump is connected with a water mist nozzle arranged in soil at the periphery of the root of a plant to be irrigated; a curing layer is arranged on the surface of the soil where the plant to be irrigated is. The high-pressure water mist desertification control system organically combines the high-pressure water mist root irrigation technology, biological sand prevention and sand fixation by a novel sand-fixation agent to effectively prevent wind-drift sand and create conditions for adhesion growth of plant seeds; drought-enduring plant seeds are sown, and together with the high-pressure water mist root irrigation technology, large-area desert plant cultivation can be carried out to radically realize desert greening; the high-pressure water mist desertification control system has the advantages that irrigation water consumption is less, the plant survival rate is high, the near-forward phase desertification prevention and control are combined, the ecological restoration rate is high and the cost is relatively low.
High-pressure water mist desertification control system
The invention relates to a high-pressure water mist desertification control system and effectively solves the problem of poor sand-fixing effect of desert plants. The technical scheme is that the water outlet of a first filter is connected with the water inlet of a make-up pump through a second filter; the water outlet of the make-up pump is connected with the water inlet of a high-pressure pump through a low-pressure ball valve; the water outlet of the high-pressure pump is connected with a water mist nozzle arranged in soil at the periphery of the root of a plant to be irrigated; a curing layer is arranged on the surface of the soil where the plant to be irrigated is. The high-pressure water mist desertification control system organically combines the high-pressure water mist root irrigation technology, biological sand prevention and sand fixation by a novel sand-fixation agent to effectively prevent wind-drift sand and create conditions for adhesion growth of plant seeds; drought-enduring plant seeds are sown, and together with the high-pressure water mist root irrigation technology, large-area desert plant cultivation can be carried out to radically realize desert greening; the high-pressure water mist desertification control system has the advantages that irrigation water consumption is less, the plant survival rate is high, the near-forward phase desertification prevention and control are combined, the ecological restoration rate is high and the cost is relatively low.
High-pressure water mist desertification control system
XU ZHIYUAN (author)
2015-09-02
Patent
Electronic Resource
English
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