Essentials of Reservoir Engineering, Volume 2Editions TECHNIP, 2012 - 512 pages Contents of volumes 1 and 2 give a general view of the essential material knowledge for students and professionals. Opportunity for deeper investigation is available from the extensive complementary references featured. |
Table des matières
Chapter 11 | 299 |
Chapter 12 | 313 |
Chapter 13 | 327 |
Chapter 14 | 343 |
Chapter 16 | 367 |
UNCONVENTIONAL GAS RESERVOIRS | 401 |
Chapter 18 | 419 |
PROBLEM SOLUTIONS | 433 |
5 | 63 |
Steadystate Flow Regime | 77 |
333 | 84 |
6 | 90 |
MULTIPHASE FLOW | 97 |
4 | 103 |
Chapter 6 | 120 |
Chapter 7 | 151 |
Chapter 9 | 193 |
ELEMENTS OF WELL LOG INTERPRETATION | 255 |
49 | 439 |
53 | 451 |
Appendix Chapter 2 436 | 457 |
56 | 461 |
Appendix A Conversion Factors | 470 |
Hurst van Everdingen Water Influx Model | 476 |
57 | 480 |
485 | |
Expressions et termes fréquents
analysis aquifer borehole bottom hole calculation capillary pressure component compressibility connate water constant cumulative Darcy units Deconvolution defined density depth diffusion dimensionless displacement drainage drilling Enhanced Oil Recovery equation evaluate field units Figure flow rate fluid fractured reservoir function g/cm³ gamma rays gas injection gas reservoir Geostatistics heavy oil hydrocarbon kg/m³ laboratory liquid material balance matrix matrix block measured methane method miscible mole molecular mass neutron oil and gas oil recovery oil reservoir oil saturation operating parameters Petroleum phase plot pore porosity pressure drop production rate properties psia ratio recovery factor relative permeability Reservoir Engineering reservoir pressure reservoir simulation rock sample sand Schlumberger seismic shale Solution surface technique temperature timestep type curve velocity versus viscosity volume water flood water injection water saturation wave wettability zone αμ