This page contains links to short (6-10 pages) versions and to the full versions
of the final projects.
Access to the full version
of the projects is password protected. To get such
password, please contact Prof. Miguel Bagajewicz at
bagajewicz@ou.edu
INDIVIDUALS ARE ALSO RECOGNIZED BY THE INSTRUCTOR IN THE HALL OF FAME BELOW.
FIRST PRIZE WINNER ($700)
Ethyl Lactate Production:
This is an environmentally friendly substitute for polluting organic solvents. A
method of production is described and a planning model is used to
determine, plant location, appropriate raw material sources as well as in what
markets to compete. Another nice engineering blend with financial analysis.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
SECOND PRIZE WINNERS ($150 EACH)
Ethanol in Oklahoma:
In view of the expected increase in ethanol demand as a gasoline additive, this
project evaluates what is the most profitable plan. The optimal
number of
plants, their location, the different type of raw materials and their origin and
the technologies used to produce ethanol were determined. The plan considers
a
horizon of several years and uses a planning mathematical model to obtain the
solution. A nice engineering blend with financial planning.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
New York Municipal Solid Waste:
This project shows how the city of New York can switch from land filling as a
waste disposal method to the production of Hydrogen.
A mathematical model used
to determine plant locations and transportation routes, over a long time horizon
is used. Financial aspects of the project will be also described.
This is a
complete integration of core chemical engineering, financial planning and public
policy.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
MENTION OF HONOR
Arsenic Removal from OU Water:
EPA has mandated a reduction of Arsenic levels in OU water. OU can save a few
million dollars over a long term horizon using
its own treatment methods and
only purchasing water occasionally from the city of Norman at peak demands. A
blend of Chemical engineering and financial analysis.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
OTHER (ALSO GOOD) PROJECTS
Engineering Drug Delivery:
This project discusses the design and fabrication of slow release oral
medication pill using an osmotic pump and a swelling polymer.
It also addresses
FDA approval , pricing and marketing strategies. A complete solution, from the pill design, its fabrication, to its
marketing.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
Oxygen from water:
This project discusses a new method that can compete with electrolysis to
produce oxygen, suitable for space stations. A batch chemistry is modified
and implemented continuously in a simple
device. Learn how chemical engineers can see it so much different from
chemists.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
Sequestering CO2in Houston: This presentation shows how the power plants of Harris County (Houston, TX) will respond to
different government restriction on .
emissions. Options for CO2
sequestration (Ocean sequestration, use in enhanced oil recovery or in aquifers,
etc), methods to separate CO2 from flue gas and transportation
were evaluated. Emissions trading are considered electricity costs increases are
calculated. A nice blend of chemical engineering and public policy planning.
Executive
Summary
Short Version
Full Version
PowerPoint Presentation
Solar Reduction of CO2:
CO2, taken out from power plants’ flue gas and heated at high
temperatures by means of solar radiation, decomposes into CO and oxygen.
Energy
recovery as well as the commercialization of products is discussed. Can this
method help the environment or just makes money?
Executive
Summary
Short Version
Full Version
PowerPoint Presentation
Super Battery:
Environmentally friendly batteries (less polluting upon disposal) that employ
new chemicals are presented. The optimal production process, the
plant
location, the market and production levels are shown. The chemistry as proposed
by a chemist is modified to use less expensive raw materials.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
Vinyl Chloride:
This is about the design of an environmentally friendly Vinyl Chloride
production plant. Lots of simulation and chemical engineering design. Measures
to mitigate pollution and their costs and impact on production efficiency are
presented. Environmental protection and economics trade-offs are discussed.
Executive Summary
Short Version
Full Version
PowerPoint Presentation
The following students
deserve especial recognition for their hard work and . A maximum of 6 students
are recognized here but there was about 8 other hard
workers in the list of qualified students.
Ross Chaffin Lisa Cox Bryce Lawson Deepa Patel Daniel Silva Rajoo David Splinter