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Biomass fermentation to butanediols is an important biological conversion pathway and butanediols are very useful chemical building blocks for production of solvents, chemicals and fuels.

The invention provides a new route for the preparation of metallic catalysts through utilization of a metal-organic framework template. This technique ensures the metal catalyst is uniformly and homogeneously distributed throughout the inorganic support.

This invention comprises a method of synthesizing ammonia from nitrogen gas.

We have developed a ligand that removes CO2 from ambient air by carbonate crystallization from an aqueous solution, allowing for simple CO2 separation by filtration of the carbonate salt.

The present invention includes a method of fabricating of shear thickening electrolytes and coating materials.

This invention concerns a battery electrolyte that includes a shear thickening fluid that stiffens upon impact to form a solid barrier that prevents a shorting event from occurring during an accident.

The invention comprises a ligand, which, in the presence of sulfate forms an insoluble complex allowing for the removal of sulfate out of seawater down to a level of 1.5 mg / mL, rendering seawater that is nearly free of sulfate.

We report simple approaches to accomplish dramatic reduction of C2-C4 in product stream.


A novel approach was applied for the preparation of membranes for CO2 separation. The facile fabrication method allowed to tune the property.