New processes for making valuable chemical products by combining chemical and biological catalysis.
Category: the energy transition
James Dumesic's studio is an important base for developing bio-refineries, in which sustainably-produced lignocellulosic biomass can be apportioned into its constituent parts (cellulose, hemicellulose and lignin). The studio provides a theoretical explanation of both heterogeneous catalysis and catalytic processes for converting lignocellulosic biomass and oxygen-containing hydrocarbons derived from biomass into liquid fuel for transport and chemical products with added value. Dumesic has also developed processes for effectively apportioning lignocellulosic biomass and has helped develop new processes for obtaining valuable chemical products by combining chemical and biological catalysis.
This is Eni's international competition for applied energy research, launched in 2007 to find the best studies into efficiency, sustainability and environmental protection. Every year it involves the most important scientific institutions in the world and Eni's own laboratories.
Inserisci l’indirizzo email con il quale ti sei registrato all'area riservata. Riceverai all'indirizzo indicato la nuova password, che ti consigliamo di aggiornare dopo il primo accesso.
La nuova password è stata inviata alla mail indicata.