Page 222 - Primer on Enhanced Oil Recovery
P. 222

Index                                                             209

           O                                   Permeability, 39
           Ohmic method, 175                   Petroleum reserves, 10
           Oil, 1                              Petrophysical field model, 186f
             classification, 7                 Piston compressors, 80 81
             concentration of metals in, 8     Plait point, 89
             displacement, 90, 93              Polymer flooding, 142 150
             extraction, 1 2, 42, 90            advanced polymer systems, 175 176
               effect of pressure, 90, 91f      application criteria, 146 147, 147f
               physical and chemical processes  completed projects, 147 149, 148f
                 during, 90                     implementation technology, 149 150,
             gravity, 6                             149f
             physico-chemical gas parameters, 8   injection pressure, 150
             production of, 1 2                   placement of wells, 150
             reserve classification, 9 15         polymer selection, 149
             volume, 6, 8                       mechanism of, 143
             well shape and arrangement, 46       flow rate, 144
           Oil density, 6                         injectivity of polymer solution, 146
             API (American Petroleum Institute)   liquid behavior in, 143 144, 143f
                 scale of, 6                      polymer adsorption, 145
           Oil displacement                       polymer solution flow, 144 145
             by gas injection, 96                 rheology for heterogeneous porous
             immiscible displacement, 96            media, 145f
             miscible displacement, 96         Porosity, 37 38, 38f
           Oil formation seismic profile, 182f  Porous rock, 37
           Oil-gas-condensate recovery,        Possible reserves (P10), 13
                 coefficients of, 22           Probable reserves (P50), 13
           Oil In Place (OIP), 16              Proved Developed Nonproducing (PDN), 13
           Oil recovery, 203                   Proved Developed Producing (PDP), 12
             coefficient, 23 24                Proved Undeveloped (PUD) reserves, 13
             costs, 204                        Pseudoternary crude diagram, 88 89, 89f,
             environmental concerns and, 204        111
             stages and applied extraction technologies,  Pseudoternary hydrocarbon diagrams, 90
                 58 59, 59f                     for mixing displacement, 92f
           Oil recovery factor (ORF), 21 26
             achievable value, 22              R
             combined gravity and water drives, 24f  Regulatory bodies and frameworks, 26
             gas cap pressure, 24, 25f          American Association of Petroleum
             magnitude of projected, 22 23          Geologists (AAPG), 26
             from reservoirs, 21 22             Canadian Security Administrators (CSA),
               methods for calculating final (expected)  26
                 RF, 22                         China Petroleum Reserves Office, 26
           Olefins, 5 6                         Norwegian Petroleum Directorate, 26
           Open porosity, 38                    Petroleum Resources Management System
           Original-Oil-In-Place (OOIP), 16, 66, 174  (PRMS), 26
           Outpost or extension test, 49        Russian Ministry of Natural Resources, 26
           Overall displacement efficiency, 61  Securities and Exchange Commission
                                                    (SEC), 26
           P                                    Society of Petroleum Engineers (SPE), 26
           Paraffines, 5 6                      Society of Petroleum Evaluation
           Partial permeability, 42                 Engineers (SPEE), 26
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