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LAWRENCE -- The U.S. Department of Energy has awarded a $1 million, three-year
research project to Jenn-Tai Liang, associate professor of chemical and petroleum
engineering at the University of Kansas.
The successful completion of Liang’s project will
not only increase domestic oil production by enabling recovery of previously
stranded oil, but it also
will benefit the environment by promoting the beneficial reuse of agriculture
process waste products.
Liang’s project will evaluate the use of low-cost
biosurfactants produced from high-starch agriculture process waste to improve
oil recovery in carbonate
reservoirs, such as those found in central and western Kansas. Specifically,
Liang will examine the ability of biosurfactants to accelerate the speed with
which water can displace petroleum from carbonate rock during waterflooding,
a common means of extending the life of an oil reservoir.
The biosurfactants are created when bioorganisms are injected into high-starch
agricultural waste products -- in this case waste from a potato processing
plant. Such high-starch waste could also come from corn or rice processing
plants, Liang said.
The research will be a joint effort between the Tertiary Oil Recovery Project
at KU and the Idaho National Engineering and Environmental Laboratory.
The Tertiary Oil Recovery Project, sponsored by the State of Kansas and based
in the KU School of Engineering, is charged with researching and developing
processes specific to Kansas reservoirs that will enhance oil recovery and
extend the life of oil fields while also transferring successful technology
to the state's oil producers. KU offers the only petroleum engineering degree
program in the state.
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