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A platform for research: civil engineering, architecture and urbanism
Field evapotranspiration water collecting and recycling system based on water absorbing material regulated and controlled by temperature
The invention discloses a field evapotranspiration water collecting and recycling system based on a water absorbing material regulated and controlled by temperature. The system comprises an evapotranspiration water collecting module located on the lower portion, an evapotranspiration water converting module located on the upper portion and the efficient water absorbing material regulated and controlled by the temperature. The system is provided with the collecting lens, a solar light source is fully utilized, photo-thermal energy radiation is provided for efficient water absorption materials, the water absorption and release process of the materials is accelerated, and the recycling efficiency of evapotranspiration water in the system is improved; the alloy material with good heat conduction performance enables other internal spaces except the water absorption material part to be balanced with the external temperature, temperature difference is formed in the spaces, and condensation of gaseous water in the spaces is facilitated; the system has the advantages of small volume, environment-friendly materials, no adverse effect on plant growth and environment, immediate release and use, spontaneous operation, immediate recharge, no limitation of terrain environment and the like, low cost and good stability, and can continuously provide certain water supplementation for crops and soil.
本发明公开了一种基于受温度调控的吸水材料的大田蒸散水收集回用系统，该系统包括位于下部的蒸散水收集模组、位于上部的蒸散水转化模组和受温度调控的高效吸水材料。系统安装了聚光镜，充分利用了太阳光源，为高效吸水材料提供了光热能辐射，加速了材料吸收和释放水的过程，提高了系统中蒸散水的回用效率；具有良好导热性能的合金材料使除吸水材料部分外的其他内部空间与外界温度平衡，空间内形成温差，有利于空间内气态水的凝结；该系统体积小且用料环保，对植物生长及环境无不良影响，系统即放即用，自发运行且即时回灌，不受地形环境等限制，成本低，稳定性好，可不间断为作物及土壤提供一定的水分补充。
Field evapotranspiration water collecting and recycling system based on water absorbing material regulated and controlled by temperature
The invention discloses a field evapotranspiration water collecting and recycling system based on a water absorbing material regulated and controlled by temperature. The system comprises an evapotranspiration water collecting module located on the lower portion, an evapotranspiration water converting module located on the upper portion and the efficient water absorbing material regulated and controlled by the temperature. The system is provided with the collecting lens, a solar light source is fully utilized, photo-thermal energy radiation is provided for efficient water absorption materials, the water absorption and release process of the materials is accelerated, and the recycling efficiency of evapotranspiration water in the system is improved; the alloy material with good heat conduction performance enables other internal spaces except the water absorption material part to be balanced with the external temperature, temperature difference is formed in the spaces, and condensation of gaseous water in the spaces is facilitated; the system has the advantages of small volume, environment-friendly materials, no adverse effect on plant growth and environment, immediate release and use, spontaneous operation, immediate recharge, no limitation of terrain environment and the like, low cost and good stability, and can continuously provide certain water supplementation for crops and soil.
本发明公开了一种基于受温度调控的吸水材料的大田蒸散水收集回用系统，该系统包括位于下部的蒸散水收集模组、位于上部的蒸散水转化模组和受温度调控的高效吸水材料。系统安装了聚光镜，充分利用了太阳光源，为高效吸水材料提供了光热能辐射，加速了材料吸收和释放水的过程，提高了系统中蒸散水的回用效率；具有良好导热性能的合金材料使除吸水材料部分外的其他内部空间与外界温度平衡，空间内形成温差，有利于空间内气态水的凝结；该系统体积小且用料环保，对植物生长及环境无不良影响，系统即放即用，自发运行且即时回灌，不受地形环境等限制，成本低，稳定性好，可不间断为作物及土壤提供一定的水分补充。
Field evapotranspiration water collecting and recycling system based on water absorbing material regulated and controlled by temperature
基于受温度调控的吸水材料的大田蒸散水收集回用系统
MEI XURONG (author) / PAN PENG (author) / LIU ENKE (author) / LIU BUCHUN (author) / WANG MENGLU (author) / ZAFAR SUD UZ (author)
2024-10-01
Patent
Electronic Resource
Chinese
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
C08F
MACROMOLECULAR COMPOUNDS OBTAINED BY REACTIONS ONLY INVOLVING CARBON-TO-CARBON UNSATURATED BONDS
,
Makromolekulare Verbindungen, erhalten durch Reaktionen, an denen nur ungesättigte Kohlenstoff-Kohlenstoff-Bindungen beteiligt sind
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