The new storage method has several uses. In the short-term, the researchers have developed a safe method for storing ammonia, which already has multiple uses in society, from fertilizer to pharmaceuticals to textiles. "In the long-term," says to co-author Yoshihiro Ito of RIKEN CEMS, "we hope that this simple and efficient method can be a part of the solution for achieving a decarbonized society through the use of ammonia as carbon-free hydrogen carrier."
- This research will help achieve the 2016 Sustainable Development Goals (SDGs) set forth by the United Nations, especially Goal 7: Affordable and clean energy and Goal 13: Climate action.
Researchers discover safe, easy, and affordable way to store and retrieve hydrogen
Researchers at the RIKEN Center for Emergent Matter Science (CEMS) in Japan have discovered a compound that uses a chemical reaction to store ammonia, potentially offering a safer and easier way to store this important chemical.
This discovery, published in the Journal of the American Chemical Society on July 10, makes it possible not only to safely and conveniently store ammonia, but also the important hydrogen is carries. This finding should help lead the way to a decarbonized society with a practical hydrogen economy.
For society to make the switch from carbon-based to hydrogen-based energy, we need a safe way to store and transport hydrogen, which by itself is highly combustible. One way to do this is to store it as part of another molecule and extract it as needed. Ammonia, chemically written as NH3, makes a good hydrogen carrier because three hydrogen atoms are packed into each molecule, with almost 20% of ammonia being hydrogen by weight. . ."
This discovery, published in the Journal of the American Chemical Society on July 10, makes it possible not only to safely and conveniently store ammonia, but also the important hydrogen is carries. This finding should help lead the way to a decarbonized society with a practical hydrogen economy.
For society to make the switch from carbon-based to hydrogen-based energy, we need a safe way to store and transport hydrogen, which by itself is highly combustible. One way to do this is to store it as part of another molecule and extract it as needed. Ammonia, chemically written as NH3, makes a good hydrogen carrier because three hydrogen atoms are packed into each molecule, with almost 20% of ammonia being hydrogen by weight. . ."
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