Timothy Meckel
Geomechanical
aspects of
subsurface
injections
AUSTIN, Texas—
Timothy (Tip) Meckel joined the Bureau of
Economic Geology as a research associate in
July 2006.
His research aims to discover what happens
when fluids are injected into the subsurface.
He works within the Gulf Coast Carbon
Center
investigating
the geomechanical
aspects of
subsurface
injections,
seal capacity
and integrity,
and geophysical
methods for
monitoring subsurface fluid movement.
This
work adds to the Bureau’s growing expertise
in large-scale greenhouse gas sequestration,
also called carbon capture and storage.
As global population increases, so does
demand for energy. “If we as a society are
committed to making a significant impact in
reducing atmospheric emissions of greenhouse
gasses associated with our energy
needs, the potential of subsurface, long-term
geologic storage needs to be fully investigated,”
said Meckel. “This technology could provide
an economically and environmentally
sound way to approach this issue.”
Meckel said carbon sequestration is also
a matter of civic and ethical responsibility.
“We don’t litter anymore,” he said. “Why is
CO2 emission any different, except for the
fact that it is invisible?”
Meckel is a native Texan, born in Houston.
After completing a master’s degree in
geology at the University of Montana in Missoula,
he entered the The University of Texas
at Austin’s doctoral program in geological sciences,
earning his Ph.D. in 2003. His dissertation
focused on understanding the tectonic
evolution of the southernmost Australian-
Pacific plate boundary south of New Zealand.
After completing his Ph.D.,Meckel taught
undergraduate geology for one year at Colby
College inWaterville,Maine, before receiving
a Mendenhall post-doctoral research fellowship
investigating subsidence issues in
Louisiana with the U.S. Geological Survey.
Meckel has also been to sea aboard the R/V
Maurice Ewing offshore western Nicaragua
and briefly worked for ExxonMobil as an
exploration geologist in New Orleans.
For more information about the Jackson School contact J.B. Bird at jbird@jsg.utexas.edu,
512-232-9623.