Researchers form kitchen scrap and seawered water

Researchers at the University of Texas at Austus understand how to turn to the technology that could yield the daily throw.

Team has used any organic materials for development “Molecular functional biomass of hydrogenes“This water was removed by the air using a soft heat, which was threefold a day in terms of productive water, using a soft heat, which is threefold.

“It opens a new way to think about the celebration of a steady water collecting a practical water collection system,” said Professor of the Research Technical Research Techua Yu.

Today, the study is still relevant, according to which 4.4 billion people restrict the security of 4.4 billion people, according to Recent research. This is almost 50% The people of the whole person.

Remove water from air not really newHowever, why do they learn this relationship, and in polygons, using the natural material that surrounds the environment, make it safe and environmentally friendly. Researchers successfully held cellulose (found in plants), starch (in food, like corn), Chitosan (Sea) Water Coordinates.

“At the end of the sun, access to water should be simple, stable, and scale,” said the study, there is another researcher Wayin Guan. “This material enters us the most resources of nature, or in any time to make a way of water at any time.”

Technology works through a two-stage process. First, researchers pay attention to the omittent groups to create temperatures sensitive material. They then add special molecules called “Zwitest Gopourg” to increase the capacity of biomass water.

As a result, silicon gel packets found at a normal solid dehichetor, but they use efficiency and safety in a sharp better, and work with a sharp better.

During the field test, the system has shown that a single material produced by 14.19 liters per day was successful. The team says similar technologies usually occur between 1 and 5 liters to the kilogram every day.

Unlike the enlightenment system of water flowing water, it is necessary to believe in streaming systems, which requires 60 ° C (140 ° F), and their captivity.

This minimum energy requirement ensures promising for the development of technology, especially the scriptures and emergencies, which are not available in emergencies.

Professor of Team Team, including very dry conditions, and very dry conditions and systems adapted to the system of reapperating systems. Now they are working for commercialization of practical equipment for commercialization, including the design of practical equipment for mobile water builders, including self irrigation systems and drinking water devices.

Edited by Andrew hayward