DAVID L. BOATRIGHT
dboatrig@westga.edu
____________________________________________________________________________
Education:
1990 to 1995:
Major area: organic
chemistry, Minor areas: analytical and
biochemistry
Thesis:
Part I “Kinetic
and Mechanistic Studies of the Thermal
Decomposition of Glycolate and N-Nitrosoiminodiacetic
Acid in Aqueous
Basic
Salt Solutions
Part
II “Phase Transfer Catalysis in Supercritical Fluids,” Advisors: Dr.
Charles
L. Liotta and Dr. Charles A. Eckert
1985
to 1990: University of Missouri-Columbia,
B.S. Chemistry
Skills/Expertise: organic synthesis, analytical technique, phase
transfer catalysis, kinetic and
mechanistic
studies, NMR, ion-exchange chromatography, GC, GC-MS, IR
Research:
Post-Doctoral: Synthesis of Naphthol derivatives for use in acid-catalyzed systems.
Graduate: Phase transfer catalysis in
supercritical fluids.
Demonstrated the first known phase transfer
catalyzed reaction in a
supercritical fluid
Kinetic and mechanistic study on the
thermal degradation of glycolate
in the presence of aluminate,
nitrate, nitrite, carbonate and hydroxide.
The degradation of glycolate in simulated
nuclear waste was studied as a
model
system to determine the source of gas evolution in stored nuclear waste
at the
Synthesis of electrically
conductive polymers.
N-substituted
pyrrole monomers were synthesized and subsequently
polymerized to
investigate the “tethering” of these polymers to a surface.
Consultant: Synthesis,
evaluation and laboratory testing of novel compounds for Alpha
Gamma Research,
Inc.
Synthesized novel terpenes
to investigate their anti-cancer activity.
Investigated the rate and structure of
polymer by-product formation for
Hoechst Celanese Corporation
David
L. Boatright page
2
Work & Related Experience:
2005-2006: Visiting
Assistant Professor of Chemistry,
Taught Analytical lecture and labs (Chem 3310), General Chemistry I & II (Chem 1211 & 1212), Organic I lecture (Chem 2411)
2002-2005: Temporary
Full-Time Assistant Professor of Chemistry, State
Taught Medicinal Organic Chemistry (Chem 4410), Organic I & II labs (Chem
2411L & Chem 2422L), General Chemistry I & II
(Chem 1211 & 1212), Organic I lecture (Chem 2411), Analytical Lab (Chem
3100), Survey of Physical Chemistry (Chem 3510), Forensic
Science (Chem 1100), Modern Forensic Science (Chem 3130)
1998-2002: Tech
Sales Representative and Operations Manager, Sostram Corporation,
Responsible for manufacture and supply of industrial
products. Researched and negotiated manufacturing agreement with new
supplier. Interfaced
with plants in US and
1997-1998: Temporary Full-time Assistant Professor of
Chemistry,
University,
Taught freshman chemistry (Chem
121 & 122), chemistry for non-majors (Chem111 & 112), organic chemistry
lectures (Chem 336 & 338), and organic chemistry
labs (337 & 339)
1996-1997: Part-time Assistant Professor of Chemistry,
Taught organic chemistry lectures (Chem 336 & 338) and organic labs (Chem
337 & 339)
1990-1992: Teaching
assistant, Georgia Institute of Technology,
Taught freshman chemistry labs and
recitations, and organic chemistry labs.
Presentations: “Phase Transfer Catalysis in Supercritical
Fluids,” ACS National
Convention,
David
L. Boatright page
3
Publications: “Kinetics
of a Phase-Transfer Catalysis
Reaction in Supercritical Fluid Carbon Dioxide”, Angela K. Dillow,
S. L. Jimmy Yun, David Suleiman, David L. Boatright,
Charles L. Liotta, and Charles A. Eckert. Industrial & Engineering Chemistry
Research, Volume 35, Number 6, Pages 1801-1806
"Mechanistic
Studies Related to the Thermal Chemistry of Simulated Wastes
Which
Mimic Contents of Tank 101-SY", E. C. Ashby, E. Kent Barefield,
Charles L. Liotta, H. M. Neumann, Fabio Doctorovich,
A. Konda, K.
Zhang, Jeff Hurley,
David Boatright, Allen Annis, Gary Pansino,
Dawson,
and Milene Juliao. ACS Symposium Series 554, Emerging
Technologies in Hazardous
Waste Management IV,