| 137 - 140 |
Executive summary
Beliveau D |
| 141 - 148 |
SACROC unit CO2 flood: Multidisciplinary team improves reservoir management and decreases operating costs
Hawkins JT, Benvegnu AJ, Wingate TP, McKamie JD, Pickard CD, Altum JT |
| 149 - 157 |
Scaleup of reservoir-model relative permeability with a global method
Li DC, Cullick AS, Lake LW |
| 158 - 162 |
A method for blowout-rate prediction for sour-gas wells, Oldenburg fields, Germany
Kikani J, Schwarz H, Graute J |
| 163 - 167 |
Microbial profile modification with spores
Bae JH, Chambers KT, Lee HO |
| 168 - 173 |
A relative permeability modifier for water control of gas wells in a low-permeability reservoir
Tielong C, Yong Z, Kezong P, Pu WF |
| 174 - 180 |
Injecting polyacrylamide into Gulf Coast sands: The White Castle Q sand polymer-injectivity test
Shahin GT, Thigpen DR |
| 181 - 188 |
Alkaline/surfactant/polymer pilot performance of the west central Saertu, Daqing oil field
Gao ST, Li HB, Yang ZY, Pitts MJ, Surkalo H, Wyatt K |
| 189 - 195 |
Enhanced waterflooding design with dilute surfactant concentrations for North Sea conditions
Michels AM, Djojosoeparto RS, Haas H, Mattern RB, vanderWeg PB, Schulte WM |
| 196 - 202 |
A statistical approach to infill-drilling studies: Case history of the Ozona Canyon sands
Cipolla CL, Wood MC |
| 203 - 209 |
Application of horizontal wells to a tight-gas sandstone reservoir: A case history
Guyatt RCP, Allen JP |
| 210 - 214 |
Understanding the performance of a low-permeability gas reservoir: Hyde field, southern North Sea
Baron RP, Pearce AJ |
