Title page for ETD etd-06302011-124114

Type of Document Master's Thesis
Author Plaksina, Tatyana
URN etd-06302011-124114
Title Modeling Effects of Coupled Convection and Co2 Injection in Stimulating Geopressured Geothermal Reservoirs
Degree Master of Science in Petroleum Engineering (M.S.P.E.)
Department Petroleum Engineering
Advisory Committee
Advisor Name Title
White, Christopher Committee Chair
Hanor, Jeffrey Committee Member
Radonjic, Mileva Committee Member
Tyagi, Mayank Committee Member
  • geothermal
  • CO2
  • geopressured
  • convection
  • geopressured aquifer
  • natural convection
  • reservoir
Date of Defense 2011-04-28
Availability unrestricted
Geopressured geothermal brines are a vast geothermal resource in the US Gulf of Mexico region. In particular, geopressured sandstones near salt domes are potential sources of geothermal energy because salt diapirs with high thermal conductivities may pierce younger, cooler strata. These characteristics enhance transfer heat from older, hotter strata at the base of the diapir into shallower strata. Moreover, widespread geopressure in the Gulf region tends to preserve permeability, enhancing productivity. As an example, the Camerina A sand of South Louisiana was chosen as a geomodel for a numerical simulation study of effects of CO2 injection and coupled convection as a method of geothermal development. This study presents

scenarios for heat harvesting from typical Gulf of Mexico aquifers including Camerina A that take advantage of coupled convection and simultaneous CO2 sequestration. Suites of TOUGH2 numerical simulations demonstrate benefits of introducing CO2 injection wells, varying locations of injection/production wells, and exploiting gravity segregation of the fluids.

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