Its new water LiquidAire system captures water from the dehumidification process and turns it into drinking water. Larry Klekar, national sales manager for Munters, says interest in the system is very strong, especially in tropical climates were there ...
The world's largest plant that sucks carbon dioxide directly from the air and deposits it underground is due to start operating on Wednesday (8 September), the company behind the nascent green technology said.
The technology can remove carbon from the air sucked out of the building by its heating and cooling systems.The device can also produce its own carbon-free hydrogen by powering solid oxide electrolysis cells, which can split water into oxygen and hydrogen, with a rooftop solar panel or another...
This paper presents exergy analysis of the novel solar thermochemical cycle for CO2 capture from ambient air. The exergy balance, the degree of the thermodynamic perfection, the influence coefficient and the exergy efficiency are determined for every element of the system. The proposed system has rat...
A team of researchers at King Abdullah University of Science and Technology has developed a way to use waste heat from solar panels to distill clean drinking water. In their paper published in the journal Nature Communications, ...
This paper describes the development of Moorinspect, a novel robot that can climb on platform mooring chains both underwater and in air to non-destructivel... AG Ruiz,TP Sattar,MC Sanz,... 被引量: 3发表: 2014年 Research on Sessile Organism Removal from Metal Using the Underwater Shock ...
We finally quantified the impact of RH on the CO2capture performance of PCS-OH, as water deteriorates the CO2capacity of many OH−-based materials10,27. Whereas PCS-OH could capture CO2in humid air (Fig.4b,f), we found that water co-adsorption is detrimental to the material’s CO2upta...
A device invented by scientists at the University of Massachusetts, Amherst could generate electricity from moisture in the air, aided by a natural protein.
2d). This extends north into the areas around and downstream of the Hoggar and Air mountains (~5–10E, 15–25N), which are known areas for triggering of moist convection and haboobs. This high DUP in CP4 cannot be explained by the change in pressure gradient (line contours in Fig. 2d...
or other reactions with more abundant air molecules, such as reactions with water, will outcompete the reaction with CO2,” Nyman said. “Our team synthesized a series of molecules that contain three parts that are important in removing carbon dioxide from the atmosphere, and they work together....