Lowers the cost of manufacturing fine chemicals, flavors, and fragrances for the pharmaceutical and agricultural industries
This new class of heteroaromatic biaryl ligands will make enantioselective synthesis (the chemical process used to create molecules of defined three dimensional shape) less expensive and enable new reactions for the preparation of fine chemicals. Researchers at the University of Florida have developed a new class of biaryl ligands that will expand the current capabilities of state-of-the-art chemical synthesis by drastically altering the catalytic properties in a predictable and tunable manner. Of the biaryl ligands on the market today, QUINAP most closely matches the structure of this new class of ligands; however, it is prohibitively expensive and very difficult to modify compared to the newly developed class. The global market for catalysts is expected to reach $19.5 billion in 2016.
ApplicationHeteroaromatic biaryl ligands that will lower the cost and improve the efficiency of enantioselective synthesis to facilitate the production of chemicals, flavors, and fragrances
- Easily prepared and tuned, lowering costs
- Outperforms existing biaryl ligands, increasing catalytic efficiency
- Broadly applicable to a variety of different reaction classes and catalysis by different metals, maximizing versatility
- Allows for the development of new compounds, providing opportunities for innovation in several industries