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Description
We are interested in the synthesis of new functionalized polymers and its new application to a sustainable synthetic chemistry. These macromolecular skeletons can be used to anchor reagents or catalysts, so that they can be retrieved and separated with ease and, ideally, be used many times. For this purpose, we have developed polymerization and functionalization methods post-polymerization to synthesize robust polymers based on norbornene products.Other information
Number of researchers:
14
Development status:
In research and development phase
Intellectual Property Rights:
No aplica
Differentiation in the market:
Novelty
Applicability of technology:
Yes
Companies and markets:
Chemical sector industry.
Advantages:
Recyclable catalysts with great longevity whose use reduces environmental impact and production costs.
UNESCO Code:
2303 - Inorganic chemistry
Other members:
Pablo Espinet Rubio
Jesús María Martínez de Ilarduya
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Juan Ángel Casares González
María del Camino Bartolomé Albistegui
Rebeca Infante Blanco
Rodrigo García Loma
Alberto Toledo Pérez
Estefanía Gioria
María Pérez Iglesias
Marconi Nicolás Peñas de Frutos
Vanesa Salamanca Verdugo
Ignacio Pérez Ortega
Olmo Lozano Lavilla
 | Publicación especializada: Eur. J. Org. Chem. 2017, 4247–4254. DOI: 10.1002/ejoc.201700670 See / Download resource |
VALORIZATION OF BIOMASS BIOFUELS DISCARDED FROM THE LIGNOCELLULOSIC WASTE BIOMASS PRE-TREATMENT TECHNOLOGIES, ENZYMATIC HYDROLYSIS AND BIOCONVERSION OF SUGARS INTO BIOFUELS. - Main researcher: Silvia Bolado Rodríguez - PhD students: Rodolfo Travai... Read more >
OBJECTIVESThe group dedicates its activity to the study of homogeneous catalysis for the synthesis of high added value molecules and special polymers with transition metal complexes. The main objectives are:Development of new catalytic processes with... Read more >
Asymmetric synthesis of enantioselectively pure natural and non-natural nitrogenous derivatives. Synthesis of chiral catalysts derived from amino alcohols. Enantioselective supported catalysts. Study and development of fine chemistry synthetic method... Read more >
Our group has an knowledged expertise of more than two decades on Molecular Materials Chemistry, oriented to liquid crystals and, more especifically, metallomesogens: metallic compounds that exhibit liquid crystalline properties. Our great capacity f... Read more >
