Evonik is a leading supplier of hydrophobic silica, the key ingredient in creating “dry water.” With Evonik silicas, manufacturers can convert liquids to powders, which can easily be turned back into liquids when force is applied. The process is possible by mixing hydrophobic silica with a very polar liquid, such as water, that has been atomized. The resulting powder is 95 percent liquid and 5 percent silica.
Dry water has been used in everything from cosmetic foundation makeup, storing carbon dioxide, and transporting hazardous chemicals. Notably, the liquid used need not be only water, and can be loaded with dissolvable solids or similarly polar liquids. After encapsulation in silica, the resulting liquid-in-air emulsion can then be mixed with other powders and remain stable until the emulsion is broken. Applying pressure, sonication, or external force turns the powder into a liquid. Your challenge is to provide an innovative idea that will use silicas and this concept in a consumer or industrial application outside of cosmetics.
N.B.: dry water is not "dehydrated water." Solvers are encouraged to research the subject prior to submitting.
(1) Propose an idea which will use liquid-to-powder emulsion technology for an everyday life application outside of the cosmetics industry. Include a written description of your idea and a proposed experimental plan.
(2) Do not focus your attention on simply transporting water. Ideal solutions will highlight the opportunity for similarly polar liquids other than water, or will focus on water with dissolvable solids.
(3) Submit a concept diagram and schematics as supporting materials. Acceptable file formats are .doc, .docx, and .pdf.
Winning solutions should be innovative and easily implemented in large-scale manufacturing.
|Top 5 share 7500||Next 5 share 2500|
|500||Brad Hancock Brigham Young University|
|500||vponomarenko San Diego State University|
|500||palbrecht Harvard University|
|1500||Matthew Allan Purdue University|
|1500||Ashley Kelley Duke University|
|500||Syed Aijaz University of Houston|
|1500||Melissa Williamson Stanford University|
|500||Suyash Dhoot Indian Institute of Technology, Bombay|
|1500||Brian Jun University of Pennsylvania|
|1500||James Calixto Cornell University|