Production of Hydrogen Using an Anaerobic Biological Process

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As ethanol continues to become an integral part of the international energy future, it is critical to continue to increase the overall value and efficiency of ethanol production. Ethanol is an alcohol produced by yeast fermentation from sugars. The products of this biological reaction are carbon dioxide, ethanol, and waste products. Distillers dried grains with solubles (DDGS) are the nutrient by-products, i.e., protein, fiber, and oil, of ethanol production.

Typically used to create livestock feed, Purdue University researchers have discovered that DDGS can produce large quantities of hydrogen with a low-pressure anaerobic process. This method of hydrogen production could be implemented in the near term with minimal cost and impact upon existing operations. This is possible due to the minimal operation requirements and readily available components. It is estimated that this method can add a 15 percent economic value to the DDGS. Additionally, the DDGS protein fraction increases, significantly increasing its use as a feed supplement.

Advantages:
-Produces large quantities of hydrogen
-Increases the DDGS use as a livestock feed supplement
-Increases the overall value to DDGS
-Can be implemented at minimal cost

Potential Applications:
-Agricultural Industry
-Green Technology
-Clean Energy
Nov 21, 2016
DIV-Patent
United States
10,246,724
Apr 2, 2019

May 10, 2013
Utility Patent
United States
9,506,084
Nov 29, 2016

May 10, 2012
Provisional-Patent
United States
(None)
(None)
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