Dry water looks like powdered sugar but acts like liquid-filled marbles. Each droplet of water is surrounded by a silica shell that prevents the droplets from getting together to become water, so nothing they touch becomes wet.
Dry water was first created in 1968 for the cosmetics industry, but new findings show that the substance holds promise for a number of applications including absorbing and storing greenhouse gases. Dry water absorbs three times as much carbon dioxide as ordinary water and holds it as a hydrate. Scientists are pursuing funding for further studies.
Earth-Saving Powdered Fluids
'Dry Water' Could Absorb and Store Greenhouse Gases
Trend Themes
1. Dry Water - The innovative material has the potential to absorb and store greenhouse gases for various applications.
2. Carbon Dioxide Absorption - The ability of dry water to absorb three times as much carbon dioxide as ordinary water presents disruptive innovation opportunities in environmental sustainability.
3. Hydrate Storage - The capacity of dry water to hold carbon dioxide as a hydrate opens up possibilities for efficient storage and utilization of greenhouse gases.
Industry Implications
1. Cosmetics - The original purpose of dry water in the cosmetics industry suggests potential for disruptive innovations and new product development.
2. Environmental Technology - The use of dry water for absorbing and storing greenhouse gases presents opportunities for disruptive innovations in the field of environmental technology.
3. Clean Energy - The capability of dry water to hold carbon dioxide as a hydrate provides disruptive innovation opportunities in the development of clean energy solutions.