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Research Groups

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  Porous Materials

  MOFs, Zeolites, Hierarchical Materials The porous materials group investigates the synthesis and functionalization of a variety of porous materials such as metal-organic frameworks, zeolites, mesoporous silica and organo-silica and carbons. A special focus is on hierarchically porous materials and the utilization and development of sorption- and spectroscopy-based characterization techniques for exploring chemical, textural, crystallographic and […]MOFs, Zeolites, Hierarchical Materials The porous materials group investigates the synthesis and functionalization of a variety of porous materials such as metal-organic frameworks, zeolites, mesoporous silica and organo-silica and carbons. A special focus is on hierarchically porous materials and the utilization and development of sorption- and spectroscopy-based characterization techniques for exploring chemical, textural, crystallographic and […]

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  Sustainable Processes

  Development and Life Cycle Assessment of Physical and Chemical Processes This group focuses on the development of materials and processes for future-relevant topics such as CO2 capture and utilization of renewable chemical feedstocks as well as the assessment of the sustainability of conventional and alternative processes.Development and Life Cycle Assessment of Physical and Chemical Processes This group focuses on the development of materials and processes for future-relevant topics such as CO2 capture and utilization of renewable chemical feedstocks as well as the assessment of the sustainability of conventional and alternative processes.

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  Solid-State NMR

  NewsNews

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  PhotoNanoMat

  Welcome to the research group of Florian M. Wisser. Our main interests are the rational design of new organometallic complexes as well as functional porous materials such as metal-organic frameworks or porous polymers with controllable properties. We apply these materials as photo(thermal)catalysts for the transformation of non-activated molecules and strive for a better understanding of […]Welcome to the research group of Florian M. Wisser. Our main interests are the rational design of new organometallic complexes as well as functional porous materials such as metal-organic frameworks or porous polymers with controllable properties. We apply these materials as photo(thermal)catalysts for the transformation of non-activated molecules and strive for a better understanding of […]

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More about our research:

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  Publications

  The list below is automatically compiled by the FAU’s Current Research Information System (CRIS) service. Externally hosted publication lists for individual CaSPr PIs at: ORCID: Martin Hartmann, Dorothea Wisser, Florian Wisser Web of Science: Martin Hartmann, Dorothea Wisser, Florian Wisser Google Scholar: Florian Wisser Publications imported from CRIS: Prof. Dr. Martin Hartmann Publications: >> 270 […]The list below is automatically compiled by the FAU’s Current Research Information System (CRIS) service. Externally hosted publication lists for individual CaSPr PIs at: ORCID: Martin Hartmann, Dorothea Wisser, Florian Wisser Web of Science: Martin Hartmann, Dorothea Wisser, Florian Wisser Google Scholar: Florian Wisser Publications imported from CRIS: Prof. Dr. Martin Hartmann Publications: >> 270 […]

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  Collaborative Projects

  CaSPr is involved in a number of collaborative EU- and DFG-funded projectsCaSPr is involved in a number of collaborative EU- and DFG-funded projects

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  Equipment

  The majority of our more specialized instruments is organized by the Core Facility within the Interdisciplinary Center for Functional Particle Systems.The majority of our more specialized instruments is organized by the Core Facility within the Interdisciplinary Center for Functional Particle Systems.

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Research priorities at the Institute of Catalysis and Sustainable Processes

• synthesis and modification of micro- and mesoporous Materials (zeolites, alumophosphates, MOFs)
• solid-state NMR- and ESR- spectroscopy
• heterogeneous catalysis
• immobilization of enzymes on mesoporous supports for biocatalysis
• gas separation via selective adsorption
• hydrogen storage in porous coordination polymers (MOFs)
• controlled drug release from porous materials
• life cycle assessment (LCA) of chemical processes

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