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Center for Catalysis

Director:

Adam Veige

Professor

3523920541

veige@chem.ufl.edu

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Mission
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Mission

To promote research in the area of chemical catalysis and to provide an image to external sources of the University expertise in this area.

DCU Number: 10.0660

Research Terms

Catalysis

Funded Research

These projects reflect the research conducted by the center experts.

End

Title

08-2023

Eastman Research Division 2023 Eastman Fellowship Program Eastman Research Division 2023 Eastman Fellowship Program

09-2022

Development of a Nano-Particle Antithrombin Chemical Sensor Development of a Nano-Particle Antithrombin Chemical Sensor

09-2022

Cyclic polynorbornene scale-up and catalyst synthesis Cyclic polynorbornene scale-up and catalyst synthesis

08-2022

Homogeneous Catalytic Hydrogenolysis of Polyolefins Homogeneous Catalytic Hydrogenolysis of Polyolefins

07-2022

Multi-anionic Pincer Ligand Catalysts and Ring Expansion Alkyne Metathesis Polymerization (REAMP) Multi-anionic Pincer Ligand Catalysts and Ring Expansion Alkyne Metathesis Polymerization (REAMP)

05-2022

Expanding iClick for Metallopolymer Synthesis and Optoel Expanding iClick for Metallopolymer Synthesis and Optoel

08-2021

Conducting Cyclic Polymers Conducting Cyclic Polymers

07-2021

MRI: Acquisition of an X-Ray Diffractometer for Next Generation Functional Molecules and Materials MRI: Acquisition of an X-Ray Diffractometer for Next Generation Functional Molecules and Materials

12-2019

Ligand and Catalyst Designs for Stereospecific Ring Expansion Polymerization Reactions (REP) Ligand and Catalyst Designs for Stereospecific Ring Expansion Polymerization Reactions (REP)

12-2019

Synthesis of Cyclic Polyolefins Synthesis of Cyclic Polyolefins

07-2019

iClick Synthesis of Metallopolymers and Highly Emissive Materials iClick Synthesis of Metallopolymers and Highly Emissive Materials

08-2018

Revolutionary and Efficient Synthesis of Cyclic Polymers Revolutionary and Efficient Synthesis of Cyclic Polymers

05-2018

CATALYSTS CONTAINING N-HETEROCYCLIC CARBENES FOR ENANTIOSELECTIVE SYNTHESIS CATALYSTS CONTAINING N-HETEROCYCLIC CARBENES FOR ENANTIOSELECTIVE SYNTHESIS

06-2016

SusCheM: Trianionic Pincer Supported Transition Metal Complexes for Catalyzing Value-Added Reactions. SusCheM: Trianionic Pincer Supported Transition Metal Complexes for Catalyzing Value-Added Reactions.

08-2015

Linking Metal Ions Via Inorganic Click (iClick) Reaction Linking Metal Ions Via Inorganic Click (iClick) Reaction

08-2014

A New Method to Link Metal Ions via Cycloaddition of Met A New Method to Link Metal Ions via Cycloaddition of Met

04-2014

2013 Eastman Summer Fellowship Award 2013 Eastman Summer Fellowship Award

05-2013

2012 Eastman Summer Fellowship Award 2012 Eastman Summer Fellowship Award

03-2013

New Group VI Catalysts for Nitrile-Alkyne Cross Metathes New Group VI Catalysts for Nitrile-Alkyne Cross Metathes

09-2012

Alfred P. Sloan Foundation Fellowship Alfred P. Sloan Foundation Fellowship

09-2009

THE DREYFUS NEW FACULTY AWARD THE DREYFUS NEW FACULTY AWARD

08-2008

Bridging the Gap Between Early and Late-Metal Catalysis: Bridging the Gap Between Early and Late-Metal Catalysis:

04-2006

Metal Olefin Complexes as a Source of Metal Alkylidenes Metal Olefin Complexes as a Source of Metal Alkylidenes

Websites

http://www.catalysis.chem.ufl.edu/

Directors

Adam Veige

Professor

3523920541

veige@chem.ufl.edu

Call Email

Contact Information

Director

veige@chem.ufl.edu

3523920541

Center

P O Box 117200,
412 Chemistry Laboratory Bldg.
Gainesville, FL 32611

(352)392-9844

(352)392-3255

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Center for Catalysis

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