Researchers have discovered a phenomenon -- applying pressure to a copper-chromium Prussian blue analog, which is a compound featuring crystal voids, causes the discharge of water retained within these voids.
Researchers have discovered a phenomenon -- applying pressure to a copper-chromium Prussian blue analog, which is a compound featuring crystal voids, causes the discharge of water retained within these voids.
This material is expected to serve as a novel onsite water production platform for extraction of water solely through pressure application, without temperature or humidity control, even in arid regions. Copper-chromium Prussian blue analogs are crystalline compounds containing voids . The researchers found that the water retained in these pores can be expelled by applying pressure to these crystals. Previously reported onsite water production technologies rely on variations in temperature and humidity, and are thus strongly dependent on changes in environmental conditions, thereby often involving long waiting periods. In this study, the application of 1 GPa of pressure to a copper-chromium Prussian blue analog resulted in the expulsion of water stored in the crystal's pores, leading to the formation of droplets visible to the naked eye. The researchers also determined that approximately 240 g of water could be obtained per 1 kg of the crystal. Infrared spectroscopy, X-ray absorption, and fluorescence spectroscopy measurements, performed before and after pressurization, revealed changes in the electronic states of both the water molecules and copper within the pores of the crystal. These findings show that pressure alters the originally hydrophilic pores into hydrophobic ones, thereby providing insights into the water-discharge mechanism. This achievement is anticipated to the advancement of pressure-induced onsite water production technologies for use in arid and other harsh environments as well as provides a new perspective for developing water resource reuse technologies. This research was supported in part by the Japan Science and Technology FOREST Program , Japan Society for the Promotion of Science Grant-in-Aid for Scientific Research , the JST SPRING program , and Tsukuba Basic Research Support Program .Shintaro Akagi, Mayuko Tanaka, Junhao Wang, Hisao Kiuchi, Yoshihisa Harada, Yizhou Chen, Kazuhiro Marumoto, Kenta Imoto, Shin-ichi Ohkoshi, Hiroko Tokoro.Clean, safe water is a limited resource and access to it depends on local bodies of water. But even dry regions have some water vapor in the air. To harvest small amounts of humidity, researchers ... Splash a few drops of water on a hot pan and if the pan is hot enough, the water will sizzle and the droplets of water seem to roll and float, hovering above the surface. The temperature at which ... A method has been discovered to treat water heavily contaminated with unhealthful forever chemicals, known by chemists as PFAS or poly- and per-fluoroalkyl substances. It involves treating heavily ... The water crisis in Flint, Michigan, brought much-needed attention to the problem of potentially toxic metals being released from drinking water distribution pipes when water chemistry changes. Now, ...'Hopelessly Attached': Scientists Discover New 2D Material That Sticks the Landing
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