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A platform for research: civil engineering, architecture and urbanism
Adsorption-condensation type air water taking device
The invention provides an adsorption-condensation type air water taking device which is used for continuously taking water. The device comprises a shell, an air filter screen, a separation type adsorption bed, an evaporator, a condenser, a compressor, a water pan, a water storage device, a water filter, a fan and a motor. The separation type adsorbent bed used in the invention combines the hydrogel and a heat exchanger, heat and mass transfer performance of the hydrogel in the adsorption and desorption processes is enhanced, heat and moisture transfer efficiency of air-materials is improved, adsorption-condensation circulation based on a separated adsorption bed is further used, a dew point of air is improved by adopting adsorption circulation, and unit water taking energy consumption in the condensation process is reduced. Besides, the dew point of the air flowing through the adsorption bed can be improved through adsorption-condensation circulation based on the separation type adsorption bed, so energy consumption is reduced, efficiency is improved, and a water taking unit based on the separation type adsorption bed is relatively small, convenient and particularly suitable for flexible water supply in desert arid areas.
本发明提供一种吸附‑冷凝式空气取水装置，用于连续取水，包括：壳体、空气过滤网、分离式吸附床、蒸发器、冷凝器、压缩机、接水盘、储水器、水过滤器、风机以及电机，并且本发明使用的分离式吸附床将水凝胶与换热器进行结合，强化了水凝胶在吸附和脱附过程中的传热传质性能，提高空气‑材料的热湿传递效率，还使用了基于分离式吸附床的吸附‑冷凝循环，采用吸附式循环提高提高空气的露点，降低冷凝过程中单位取水能耗。另外，本发明使用的基于分离式吸附床的吸附‑冷凝循环可以提高流经吸附床的空气的露点，从而降低能耗，提高效率，并且这种基于分离式吸附床的取水机组相对小而便捷，特别适用于沙漠干旱地区的灵活供水。
Adsorption-condensation type air water taking device
The invention provides an adsorption-condensation type air water taking device which is used for continuously taking water. The device comprises a shell, an air filter screen, a separation type adsorption bed, an evaporator, a condenser, a compressor, a water pan, a water storage device, a water filter, a fan and a motor. The separation type adsorbent bed used in the invention combines the hydrogel and a heat exchanger, heat and mass transfer performance of the hydrogel in the adsorption and desorption processes is enhanced, heat and moisture transfer efficiency of air-materials is improved, adsorption-condensation circulation based on a separated adsorption bed is further used, a dew point of air is improved by adopting adsorption circulation, and unit water taking energy consumption in the condensation process is reduced. Besides, the dew point of the air flowing through the adsorption bed can be improved through adsorption-condensation circulation based on the separation type adsorption bed, so energy consumption is reduced, efficiency is improved, and a water taking unit based on the separation type adsorption bed is relatively small, convenient and particularly suitable for flexible water supply in desert arid areas.
本发明提供一种吸附‑冷凝式空气取水装置，用于连续取水，包括：壳体、空气过滤网、分离式吸附床、蒸发器、冷凝器、压缩机、接水盘、储水器、水过滤器、风机以及电机，并且本发明使用的分离式吸附床将水凝胶与换热器进行结合，强化了水凝胶在吸附和脱附过程中的传热传质性能，提高空气‑材料的热湿传递效率，还使用了基于分离式吸附床的吸附‑冷凝循环，采用吸附式循环提高提高空气的露点，降低冷凝过程中单位取水能耗。另外，本发明使用的基于分离式吸附床的吸附‑冷凝循环可以提高流经吸附床的空气的露点，从而降低能耗，提高效率，并且这种基于分离式吸附床的取水机组相对小而便捷，特别适用于沙漠干旱地区的灵活供水。
Adsorption-condensation type air water taking device
一种吸附-冷凝式空气取水装置
WANG JIAYUN (author) / PAN YU (author) / DENG CHAOHE (author) / LIANG RUISHENG (author) / WANG ZIHANG (author) / ZHAO ZIHENG (author)
2022-02-08
Patent
Electronic Resource
Chinese
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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