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ORNL researchers have developed a process to selectively capture carbon dioxide, sorb it to a catalytic active site, convert it to a product under low temperatures with high efficiency, and desorb from the material to separate it more cost efficiently and at higher purity.
The invention provides a method for extracting lithium from lithium containing solutions.
The invention provides an electrolyte for certain anodes for secondary batteries.
The invention provides an enzyme that converts a model lignin dimer into vanillin and then into muconic acid.
The invention provides a rapid pyrolysis to form super ionic conducting lithium garnets
We have used liquid-liquid extraction separation to selectively remove sodium cation and potassium cation from the solution containing lithium chloride, by doing that in essence we increased the purity of the resultant lithium chloride solution.
This invention provides methods to produce glucosylated or glycosulated small molecules with a biocatalyst.
Microfluidic systems use an apparatus called a chip on which channels for micro-flow are embedded in a materials such as glass, PDMS, some other polymer, or another material. Since the chip is under pressure some materials, particularly PDMS develop deleterious leaks.
Sealants used in building construction typically require that a primer be installed over the substrate before the sealant, which requires time and is difficult to verify that it was done properly.
The use of cell-free extracts for metabolite production has been significantly studied and several prominent labs have shown its efficacy as a potential production platform.