ACADEMICS

Jeremy Andreatta

Associate Professor

The central theme of research in my group is the design and development of organometallic complexes for use in catalysis with a focus on green chemistry. The development of atom economical reactions, minimization of extraneous solvent use, and use of more environmentally benign solvents (i.e. water) will be the major driving force for catalyst design. First, the use of borylcyclopentadienyl transition metal complexes for the catalytic formation of alkylated pyridines will be developed. The second project will focus on the synthesis of new multidentate, water-soluble ligands and metal complexes as potential catalysts for hydrogenation of unsaturated substrates. Both of these approaches will provide fundamental understanding towards the development of more environmentally benign chemical processes on both lab and industrial scales.

Education

2009-2012
University of Virginia
Organometallic synthesis and catalysis
Postdoctoral Fellow
2009
Texas A&M University
Inorganic and Organometallic Catalysis, Activation of Carbon Dioxide
Ph.D.
2004
Tarleton State University
Chemistry & Mathematics
BS
Skills oragnometallic chemistry catalysis inorganic chemistry carbon dioxide activation synthesis

Publications

  • Books
Books
Catalysis-for-Sustainability-Goals-Challenges-and-Impacts (Chapter 2) Read More

Research

Synthesis of pincer complexes for catalysis

Synthesis of pincer complexes for catalysis

This project focuses on the synthesize and characterize (IR, NMR, crystallography, etc.) of a series pincer ligands (Scheme 1) and their corresponding transition metal complexes. Students in my group will investigate the effects of varying the para-OBz functionality on various catalytic processes.

Courses

CH201

Organic Chemistry (lecture)


3 credits
CH202

Organic Chemistry II (lecture)


3 credits
CH340

Advanced Inorganic Chemsitry


3 credits
CH455

Organometallic catalysis for organic synthesis


3 credits