Steam injection, and thermal recovery in general, remains the most popular
enhanced oil recovery method. This course is intended to cover thermal recovery
principles and practice from analytical models for vertical wells to the
latest information on horizontal wells. Both steam injection and in-situ
combustion methods are examined. The course consists of lectures and examples
worked in class.
* Heavy-oil overview: physical properties, solution gas drive, waterflooding,
and thermal recovery processes/potential
* Fundamentals of thermal recovery: viscosity versus temperature functions, thermal expansivity of oil and rock, and oil recovery mechanisms.
* Analytical and semi-analytical models for evaluation of recovery efficiency.
* Recovery from low permeability porous media.
* Recovery with horizontal wells.
* In-situ combustion fundamentals and applications.
* Formation evaluation of thermal recovery projects.
* Screening and planning of thermal recovery field projects
* Economics of thermal recovery.
This course is intended for engineers and geologists who wish to expand
their knowledge of thermal recovery methods and heavy oil. Primarily a reservoir
engineering viewpoint is taken. Prior experience with steam injection, in-situ
combustion, and heat and mass transfer in porous media is not assumed.
Tony Kovscek is a Professor and Chair of Energy Resources Engineering.
He holds Ph.D. and B. S. degrees from the University of California, Berkeley
and the University of Washington, respectively.
Louis Castanier is Technical Manager of SUPRI-A. He holds Ph.D.,
M.E., and B.S degrees from Toulouse University. Collectively, the SUPRI-A
group has contributed over 250 reports and papers on thermal oil recovery
to the literature.
Course fee: $2,600
Course administrator: Joleen Castro (650) 725-9835
Sponsoring Project: SUPRI-A