Photoredox catalysis is a technique that utilizes the energy of light to catalyze chemical reactions via single-electron transfer events. This area is named as a combination of "photo-" referring to particles of light, or photons; and redox, a short term of oxidation-reduction, a process of electron exchange. When a light-sensitive compound is excited by light, it mediates the transfer of electrons between chemical compounds to create new chemical bounds. Such reactions help discover new drugs, produce new or less-expensive fine chemicals for flavorings, pesticides, polymer materials, and other industrial chemicals.
With our patented Dense Matrix LED technology, Kessil manufactures LED lamps with high output, precise wavelengths, and strong penetration. Such features help accelerate photocatalytic reactions and aid the discovery of new medicines. Kessil's lamps have been used and acknowledged by many academic laboratories, such as Princeton University’s MacMillan Group, Doyle Group, University of Michigan’s Stephenson Group, University of North Carolina at Chapel Hill’s Nicewicz Group, University of Wisconsin -Madison’s Yoon Group, and many more!