Advanced catalytic processes and materials
Grant Agency
Grant Agency of the Czech Republic
Topics
Molecular sieve chemistry and catalysis.
Year from
2008
Year to
2011
Abstract:
The concerted project is aimed at a development of new selective catalytic and separation processes for preparation of specialty compounds and materials, which can give rise to a progression in the field of new chemical technologies. The processes in question are stereoselective and regioselective transformations on chiral catalytic centres and processes with significant environmental impact.
Coordination of Thesis projects is planned in the field of catalysis, e.g., developed Rh catalysts can be tested in stereospecific polymerizations (UK), asymmetric synthesis (VSCHT) and hydrocarbonylations; oxidation catalysts can be tested in organic synthesis (VŠCHT, UP, UCHP), oxidation polymerization (UK) and synthesis of chemical specialties (UFCH); new mesoporous materials prepared at UFCH will be used in all other partner laboratories, etc.
Teaching part of the project is based on common meetings and seminars dealing with metodology coming to catalysis from various fileds of science (organic chemistry, physical chemistry, polymer chemistry, separation science, solid-state chemistry etc.). Dissemination of results obtained in the solution of proposed project and discussions and dialogs on problems to be solved are another part of planned seminars, which will be co-organized by students involved in the project.
The concerted project is aimed at a development of new selective catalytic and separation processes for preparation of specialty compounds and materials, which can give rise to a progression in the field of new chemical technologies. The processes in question are stereoselective and regioselective transformations on chiral catalytic centres and processes with significant environmental impact.
Coordination of Thesis projects is planned in the field of catalysis, e.g., developed Rh catalysts can be tested in stereospecific polymerizations (UK), asymmetric synthesis (VSCHT) and hydrocarbonylations; oxidation catalysts can be tested in organic synthesis (VŠCHT, UP, UCHP), oxidation polymerization (UK) and synthesis of chemical specialties (UFCH); new mesoporous materials prepared at UFCH will be used in all other partner laboratories, etc.
Teaching part of the project is based on common meetings and seminars dealing with metodology coming to catalysis from various fileds of science (organic chemistry, physical chemistry, polymer chemistry, separation science, solid-state chemistry etc.). Dissemination of results obtained in the solution of proposed project and discussions and dialogs on problems to be solved are another part of planned seminars, which will be co-organized by students involved in the project.
