| Over
the last sixteen years, Dr. Wei-Ping Pan has established three prominent
laboratories in the Department
of Chemistry at Western Kentucky University. The
Thermal Analysis Laboratory is one of the best, if not
the best, equipped thermal analysis laboratories in the United States.
Since 1987 there have been many research projects conducted in this
laboratory, including several federal and industrially related projects.
For example, in collaboration with the Air Force Research Laboratory
at WPAFB, Southern Clay Products, Inc., and Triton Systems, Inc.,
Dr. Pan's research team is studying the thermal stability, degradation
mechanisms, and the properties of a specific polymer made from originally
modified layered silicate nanocomposites. The goal of this project
is to produce materials with properties suitable for cryogenic tanks
for the aerospace industry.
The Combustion Laboratory,
which was established in 1992, focuses on the behavior of chlorine,
sulfur, and mercury during combustion. Since the construction of
the 0.1MWth Laboratory scale Fluidized-Bed Combustion (FBC system)
in 1995, over half a million dollars in research funding has been
received from the U.S. Department of Energy, the Electric Power
Research Institute, the Illinois Clean Coal Institute, and TVA.
This FBC system has been involved in over 7000 hours of testing.
This amount of testing time is the longest time that has been conducted
by any University FBC system in the United States.
The
Emission & Control Laboratory was
established in 2002 after a Mobile Monitoring Laboratory
was constructed. All three laboratories mentioned above were recognized
in the Materials Characterization Center. The Thermal Analysis,
Combustion, and Emissions & Control Laboratories are growing
and evolving as we strive to maintain excellence in our programs
and create a hands-on learning environment for our science students.
In light of this growth and the changing needs of both our educational
and economic climates, on March 1, 2004, these three laboratories
officially changed in the organization of the Applied Research &
Technology Program (ARTP) centers to form the newly created Institute
for Combustion Science and Environmental Technology (ICSET). Thanks
to the ARTP's financial support for the past several years, we have
been able to increase the effectiveness and outreach of these laboratories.
The new Institute is still an integral part of the ARTP program
but is no longer dependent upon ARTP funding for daily operations.
The mission for this institute
is:
• To provide the best educational experiences for WKU students,
including opportunities to use state-of-the-art instrumentation
in course work and research.
• To provide multidisciplinary approaches to solve industrial
problems and for research projects.
• To promote professional growth of faculty by providing avenues
for collaboration with professors at WKU and other institutions
and with professionals in industrial, state, and federal research
institutions.
• To provide professional contacts for WKU professors in search
of funding for research projects.
The distinctiveness and impact of this institute
is:
• According to several officers of the North American Thermal
Analysis Society, the Institute for Combustion Science and Environmental
Technology (ICSET) has the best-equipped Thermal Analysis Laboratory
in the U.S.--possibly the world.
• The ICSET combustion laboratory has ten years research experience
with fossil fuel combustion including high sulfur, high chlorine
coals, MSW (RDF) and other fuels.
• The ICSET is an academic and industrial research and development
facility located in an academic institution.
• All ICSET labs are multifunctional facilities used for teaching,
research, and service work.
• All ICSET graduates have co-authored one or more papers,
made one or more presentations at professional meetings, have instructed
lab sessions, and have worked on several industrial research projects.
In other words, the ICSET graduates are well-trained and experienced
professionals.
• ICSET has had over 200 industrial clients in the 2000-2004
period. Many of these clients have visited the Institute to discuss
projects.
• There have been over 70 graduates (Ph. D., M.S. and B.S.)
who were employed as students in the labs of ICSET. After graduation,
45% of these students entered graduate and professional degree programs.
The other graduates were all professionally employed within two
months of graduation.
• The ICSET Combustion Laboratory has operated its multifunctional
fluidized-bed combustion (FBC) system nearly 8,000 hours, including
seven runs with 1,000 hours of continuous operation. This 12-inch
combustion system has seen more hours of operation than any university
FBC system in the U.S.
Students, Staff, faculty and visiting scholars
from many countries will continue to staff the advanced laboratories
of this institute utilizing sophisticated and cutting-edge instrumentation
that in turn provides the most relevant training experience.
The Institute for Combustion Science and Environmental Technology
is pleased to announce the renovation and construction of two new
laboratory facilities, totaling over 38,000 square feet to be located
in the former Bowling Green Mall on Nashville Road. The Combustion
Laboratory and the Emissions & Control Laboratory will be housed
in a 13,500 square foot facility that includes fuel preparation
and analysis equipment, as well as the newest circulating fluidized
bed combustion systems (CFBC). The expected completion date for
the renovation is the beginning of 2005 and the expected completion
date for CFBC construction is the summer of 2005.
Hand-in-hand with the construction of the Combustion Laboratory
will be the construction of a substantially expanded Thermal Analysis
Laboratory (ICSET) and Coal and Fuel Laboratory (Materials Characterization
Center). Presently these laboratories, housed at Western’s
South Campus, have outgrown their space. Consisting of 24,500 square
feet, the new facility will increase the capability of services
offered to many industries, both regional and national, that require
accurate and fast analysis for manufacturing, quality control, and
public health purposes.
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