Hierarchically Structured Materials Prepared from Selective Atomic Layer Deposition inSelf-Assembled, Composite Colloidal Films

Description:

Economical Production of Hydrogen via Artificial Photosynthesis

 

Natural photosynthesis is a process whereby plants use sunlight to create chemicals that they use to store energy.  The chemicals, carbohydrate molecules, such as sugars, are for the plants a form of “solar fuel” – fuel that was created through the use of sunlight.

 

Artificial photosynthesis aims to accomplish a similar goal – to use sunlight to create a fuel which can be used to store energy.  One such fuel is the gas hydrogen.  Hydrogen can be obtained by cracking the water molecule, which is made of oxygen and water.  There has been a lot of research into artificial photosynthesis and various schemes have been demonstrated, however, to date, none of the methods have resulted in an economical process.  The main reason that artificial photosynthesis has not been economical has been the use of very expensive materials and processes.

 

A new method of artificial photosynthesis has been invented that uses inexpensive materials and processes and is therefore much more economical than previous methods.  The new method can break the water molecule into oxygen and hydrogen using sunlight.  The hydrogen can be stored for future use in producing clean energy.  The new invention also has other applications in many areas, including the following;

 

Thin Film Photovoltaics, Laser Materials, Infrared Reflective Coatings, and Physical Color, as well other applications.

 

The invention is patent pending and is available for license.  For more information contact;

 

Mark Swaney

479-575-7243

mswaney@uark.edu

Ref 17-27

 

Patent Information:
App Type Country Serial No. Patent No. File Date Issued Date Expire Date
Provisional United States 62/536,236 7/24/2017    
For Information, Contact:
Mark Swaney
Technology Licensing Officer
University of Arkansas
479-575-7243
mswaney@uark.edu
Inventors:
Robert Coridan
Mya Norman
Walker Perez
Keywords:
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