Metal Organic Frameworks (commonly called MOFs) are intricate crystal structures that can store or separate individual elements in a highly efficient manner. MOFs are materials made by linking inorganic and organic units together with strong bonds formed through coordination chemistry. MOFs are not only leading the way in providing clean technology solutions, but are actively being explored by the energy, transportation, and pharmaceutical industries to deliver new applications (for energy storage).
Since the technology was introduced, scientists have found applications for gas separation and storage as well as other promising applications within the green industry. Framergy™ is a company on the cutting edge of this industry. Their new class of MOFs has been built from the nano-level to more closely mimic nature thereby leveraging the attributes of MOFs to increase working capacity and stability.
Because MOFs have the highest surface area known to man, extreme amounts of a selected element, like methane, can be separated and stored within them opening up new energy solutions for gas storage at low pressure.
MOFs began as a solution for the hydrogen vehicle. In 2012, framergy’s Chief Scientific Advisor and founder, Hong-Cai “Joe” Zhou of Texas A&M University was awarded his second highly selective ARPA-E award to develop MOFs for low-pressure vehicle storage of natural gas.
Once thought of as impossible, in less than two years, these exclusively licensed materials have increased performance (the selection, storage, and applicability) of MOFs through rational design, while reducing costs 4,000 fold. In addition, framergy has developed water and ACID-stable MOFs for industrial performance.
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