Page 363 - Principles of Applied Reservoir Simulation 2E

differential 41,45, 52, 53,127, equivalent radius 221
146,176,204, 205, 299, 300 expenses 1, 78,186, 190
differential explicit pressure 314,316
equations 52, 146
liberation 204, 299, 300 F
digitize 156 facilities 91, 125, 127, 128, 145,
dimensionality 153,172 146,190
dipping 28, 51, 52,65,116,117, falloff 114
158, 161, 197, 288 fault 185, 188, 198, 216
direct solution 266 files 7, 8, 149, 232, 271, 278-280
directory 7 financial 82, 191
disciplines 2-4, 11,93,100,119, fine grid 141,156, 157
168 fingering 139-141
discount rate 77-79, 81 finite
discretize 147 difference 147,162-164,285,
dispersion 39,44, 143, 144,150, 294
151,155,266 element 164
drawdown 113, 178,183 five-point 163
drill stem test 201 five-spot 59, 60,62,162
drive 7,13,15,17,59-61, 65-67, flash 127,176, 204, 205, 299,300
70, 73, 89, 168, 172, 173, 232 flow
dry gas 122-124, 153, 173 chart 149
dyadic 323 equations 31,33, 36, 37,45, 91,
Dykstra-Parsons 62, 63 99,143,145-149, 162, 173,
dynamic viscosity 299 286, 322, 324, 325, 331
unit 97-99, 154
E fluid
economic contacts 136, 139,156,169,
forecast 2, 77 177,180,214
recovery 1, 2, 186 modeling 124
economics 61, 75, 84 movement 158, 299
elevation 136, 305 properties 120,125,127,128,
endpoint 233 154, 184,203,204,233, 299
energy balance 145 sampling 128
Enhanced Oil Recovery 57, 64, 68, type 56, 60, 112, 122, 123, 125,
69 153,172
environment 75, 81, 82, 95,120 fluidity 299
EOR 69-71, 74 flux 31-33, 37,165, 185
equation of state 124,298, 301 forecasting 92, 191
equilibration 143, 159, 177 format 101, 176, 212, 232, 234,
equilibrium 14,22,126,143,159, 278
237, 263,295,297 formation volume factor 12,18,