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Fakulti Kejuruteraan Petroleum dan Tenaga Diperbaharui
(27)
Mohd. Nawi Derahman, supervisor
(17)
Fakulti Kejuruteraan Petroleum dan Kejuruteraan Tenaga Diperbaharui
(16)
Fakulti Kejuruteraan Kimia dan Kejuruteraan Sumber Asli
(11)
Azmi Mohd. Arshad
(7)
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Oil field flooding
(173)
Secondary recovery of oil
(62)
Miscible displacement (Petroleum engineering)
(33)
Oil fields -- Production methods
(15)
Oil reservoir engineering
(13)
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1. 
Cover image for Evaluation of surfactant flooding for enhanced oil recvery at alpha field
2. 
Cover image for Simulation studies surfactant flooding on Tapis oil field
3. 
Cover image for Simulation studies surfactant flooding on Tapis oil field
4. 
Cover image for Enhanced oil recovery by using polymer flooding Kenyalang field Baram Delta province
5. 
Cover image for Enhanced oil recovery by using polymer flooding Kenyalang field Baram Delta province
6. 
Cover image for A case study on the more favourable production sharing contract for polymer flooding in a malaysian oil field
7. 
Cover image for A case study on the more favourable production sharing contract for polymer flooding in a malaysian oil field
8. 
Cover image for Sweep efficiency in a laminar sand pack as a function of a mibility ratio; Determination of waterflood recovery as a function of oil properties and flooding pressures; Formation damage study by drilling fluids; A study of fluid in pipes; Wellbore hydraulics; Measurement of two-phase flow in a horizontal pipe using orifice plates; A method of evaluating economic risk for an offshore field development project
9. 
Cover image for The CO2 flooding : prospect and challenge on Malaysian oil field
10. 
Cover image for Enhanced oil recovery
11. 
Cover image for Planning of floating production storage offloading (FPSO) fabrication using dependency structure matrix (DSM) model
12. 
Cover image for Planning of floating production storage offloading (FPSO) fabrication using dependency structure matrix (DSM) model
13. 
Cover image for Evaluation of waterflooding using carbonated water for oil recovery
14. 
Cover image for Evaluation of waterflooding using carbonated water for oil recovery
15. 
Cover image for The effects of carbonated water injection (CWI) on wettability alteration of sandstone rock
16. 
Cover image for The effects of carbonated water injection (CWI) on wettability alteration of sandstone rock
17. 
Cover image for Advanced water injection for low permeability reservoirs : theory and practice
18. 
Cover image for Compositional simulation of surfactant flooding on Pulai field
19. 
Cover image for Compositional simulation of surfactant flooding on Pulai field
20. 
Cover image for Compositional simulation of CO2 flooding on Pulai field
21. 
Cover image for Compositional simulation of CO2 flooding on Pulai field
22. 
Cover image for The effect of water-gas slug ratio in water-alternating gas (WAG) flooding at oil-wet condition
23. 
Cover image for The effect of water-gas slug ratio in water-alternating gas (WAG) flooding at oil-wet condition
24. 
Cover image for Effect of temperature and salinity on adsorption in alkaline-surfactant flooding
25. 
Cover image for Effect of temperature and salinity on adsorption in alkaline-surfactant flooding
26. 
Cover image for Water flooding performance in a heavy oil reservoir under low viscous force
27. 
Cover image for Low salinity waterflooding in sandstone reservoir
28. 
Cover image for Water flooding performance in a heavy oil reservoir under low viscous force
29. 
Cover image for Low salinity waterflooding in sandstone reservoir
30. 
Cover image for Adsorption in alkaline-surfactant flooding
31. 
Cover image for Adsorption in alkaline-surfactant flooding
32. 
Cover image for Effects of xanthan gum at different salnities to foam properties for foam flooding
33. 
Cover image for Effects of xanthan gum at different salnities to foam properties for foam flooding
34. 
Cover image for Effect of salinity and temperature on the performance of alcohol induced precipitation
35. 
Cover image for A computer program to predict the scale deposition for water flooding reservoir
36. 
Cover image for Effect of salinity and temperature on the performance of alcohol induced precipitation
37. 
Cover image for Effect of grain sizes and grain geometries on residual oil saturation after waterflooding
38. 
Cover image for Improving oil recovery efficiency by using lignosulfonate as a preflush in surfactant flooding
39. 
Cover image for Improving oil recovery efficiency by using lignosulfonate as a preflush in surfactant flooding
40. 
Cover image for Assesment on proactive control for water encroachment in intelligent well
41. 
Cover image for Development of reservoir simulator by FORTRAN using interative method for Carbon Dioxide flooding
42. 
Cover image for Comprasion of adsortion between different alkaline surfactant flooding
43. 
Cover image for Comprasion of adsortion between different alkaline surfactant flooding
44. 
Cover image for A computer program to predict the scale deposition for water flooding reservoir
45. 
Cover image for Development of reservoir simulator for polymer flooding by excel using a direct method
46. 
Cover image for Development of reservoir simulator for polymer flooding by excel using a direct method
47. 
Cover image for Effect of grain sizes and grain geometries on residual oil saturation after waterflooding
48. 
Cover image for Assesment on proactive control for water encroachment in intelligent well
49. 
Cover image for Effects of wettability on carbon dioxide foam flooding
50. 
Cover image for Effects of wettability on carbon dioxide foam flooding
51. 
Cover image for Effect of sodium silicate pre-flush in reducing the surfactant adsorption
52. 
Cover image for Effect of sodium silicate pre-flush in reducing the surfactant adsorption
53. 
Cover image for A simulation study of WAG cycle and WAG ratio to optimize wag injection performance in the alpha field
54. 
Cover image for A simulation study of WAG cycle and WAG ratio to optimize wag injection performance in the alpha field
55. 
Cover image for The effect of wag slug ratio on recovery in water-wet
56. 
Cover image for A simulation study of water alternating gas (WAG) implementation in brown field of offshore Sarawak
57. 
Cover image for The effect of divalent ions on polymer solution viscosity
58. 
Cover image for Compositional simulation of carbon dioxide miscible flooding in Karma Field, Malaysia
59. 
Cover image for The effect of wag slug ration on recovery in water-wet porous media
60. 
Cover image for A simulation study of water alternating gas (WAG) implementation in brown field of offshore Sarawak
61. 
Cover image for The effect of divalent ions on polymer solution viscosity
62. 
Cover image for A simulation study on effectiveness of simultaneous water and gas (SWAG) injections in TAPIS oil field
63. 
Cover image for A simulation study on effectiveness of simultaneous water and gas (SWAG) injections in TAPIS Oil field
64. 
Cover image for Evaluation of improving oil recovery in WAHA reservoir by waterflooding
65. 
Cover image for Kesan kadar suntikan dan konfigurasi aliran terhadap minyak terperangkap dalam proses bajiran air
66. 
Cover image for Optimization of miscible water alternate gas (WAG) parameters using carbon dioxide gas in keffah field
67. 
Cover image for Optimization of miscible water alternate gas (WAG) parameters using carbon dioxide gas in keffah field
68. 
Cover image for Kesan kadar suntikan dan konfigurasi aliran terhadap minyak terperangkap dalam proses bajiran air
69. 
Cover image for Effect of pore sizes and pore geometries on oil entrapment in water flooding process
70. 
Cover image for Effect of pore sizes and pore geometries on oil entrapment in water flooding process
71. 
Cover image for A laboratory study on the effect of wag ratio in immiscible wag flooding as a tertiary eor method
72. 
Cover image for A laboratory study on the effect of wag ratio in immiscible wag flooding as a tertiary eor method
73. 
Cover image for Kajian pemisahan lignin daripada sisa tongkat ali secara penghasilan baki
74. 
Cover image for Penganggaran dan penentuan MMP karbon dioksida untuk contoh minyak Malaysia
75. 
Cover image for Penganggaran dan penentuan MMP karbon dioksida untuk contoh minyak Malaysia
76. 
Cover image for Kajian perbandingan aplikasi teknik banjiran air, banjiran gas dan banjiran air berselang gas terhadap lapangan minyak matang Malaysia
77. 
Cover image for Kajian terkini penggunaan busa untuk mengawal mobiliti gas pada banjiran CO2-BUSA
78. 
Cover image for The role of gel strength in polymer injection to improve oil recovery
79. 
Cover image for Kesan keheterogenan reservoir terhadap perolehan
80. 
Cover image for The effects of some controlling parameters on gravity segregation and viscous fingering in water alternate gas (WAG) process in a first contact miscible displacement
81. 
Cover image for Improved oil recovery symposium
82. 
Cover image for Prediction of polymer flooding performance using an analytical method
83. 
Cover image for Penggunaan ultrasonik untuk meminimumkan pemendakan kerak di dalam talian paip /Stanley Celestine Jugah
84. 
Cover image for Kajian simulasi proses WAG (Water Alternating Gas) terhadap perolehan minyak reserbor tak tepu
85. 
Cover image for Hubungan antara iklim organisasi dengan komitmen pekerja dalam organisasi pendidikan kajian kes di Kolej Rima Johor Bahru
86. 
Cover image for Penggunaan CO2 predictive model dalam menyelaku banjiran CO2 larut-campur
87. 
Cover image for Kesan banjiran karbon dioksida ke atas kelakuan fasa beberapa minyak mentah Malaysia
88. 
Cover image for Kakisan keluli di dalam air laut di Kukup, Johor ... [et al.]
89. 
Cover image for Kesan aliran melalui tebukan terhadap kejatuhan tekanan dalam paip mendatar ... [et al.]
90. 
Cover image for Kesan masa pengeringan ke atas kakisan bar tetulang dalam konkrit ... [et al.]
91. 
Cover image for CO2 flooding
92. 
Cover image for Kesan panjang model terhadap proses banjiran air
93. 
Cover image for Integrated waterflood asset management
94. 
Cover image for Enhanced oil recovery
95. 
Cover image for Kesan kecondongan ke atas isi tertahan cecair dalam aliran dua fasa bergelembung ...
96. 
Cover image for Kesan tempoh penuaan dengan minyak mentah terhadap sudut sentuh
97. 
Cover image for Surfactant loss control in chemical flooding spectroscopic and calorimetric study of adsorption and precipitation on reservoir minerals : annual report for the period September 30, 1992 to September 30, 1995
98. 
Cover image for Immiscible displacement studies at uniform and non-uniform wetting conditions ... [et al.]
99. 
Cover image for Analisis penganggaran dan penentuan MMP banjiran CO2 untuk lapangan minyak Malaysia tertentu; Kesan ketumpatan tebukan terhadap pengeluaran pasir; Pengaruh ketumpatan tebukan terhadap kestabilan lubang telaga; Kajian kesesuaian adunan hematit ipoh dengan barit tempatan sebagai bahan pemberat lumpur dasar air semasa menggerudi telaga berarah
100. 
Cover image for Reka bentuk baharu hidrosiklon; Penggunaan pc-boast untuk menyelaku banjiran karbon dioksida di dalam reserbor yang telah dibanjiri air; Simulasi analisis pulangan dengan mengambil kira perjanjian perkongsian pengeluaran (PSC) di Malaysia; Pengaruh kelikatan polimer sintetik terhadap perolehan minyak dalam banjiran polimer; Pencemaran hidrokarbon di subpermukaan; Kajian peningkatan prestasi lateks tempatan sebagai bahan tambah pengawalan serbuan gas
101. 
Cover image for Immiscible displacement studies at uniform and non-uniform wetting conditions
102. 
Cover image for Penggunaan pc-boast untuk menyelaku banjiran karbon dioksida di dalam reserbor yang telah dibanjiri air
103. 
Cover image for Pengaruh kelikatan polimer sintetik terhadap perolehan minyak dalam banjiran polimer
104. 
Cover image for Analisis penganggaran dan penentuan MMP banjiran CO2 untuk lapangan minyak Malaysia tertentu
105. 
Cover image for Penyiasatan awal untuk menganggarkan ketepuan air awal yang sebenar menggunakan data-data dari analisa teras dan pengelogan telaga
106. 
Cover image for Strategi optimum untuk banjiran air corak lima bintik ke atas reserbor condong
107. 
Cover image for Kesan air koning dalam telaga mendatar
108. 
Cover image for Kajian model keratan rentas terhadap air suntikan di lapangan Dulang
109. 
Cover image for Penganggaran dan penentuan MMP CO2 untuk lapangan minyak Malaysia
110. 
Cover image for Strategi optimum untuk banjiran air corak lima bintik ke atas reserbor condong; Lumpur dasar air sebagai alternatif kepada lumpur dasar minyak dalam menggerudi syal Terengganu; Kajian model keratan rentas terhadap air suntikan di lapangan Dulang; Penganggaran dan penentuan MMP CO2 untuk lapangan minyak Malaysia; Kesan saiz partikel dan bahan pemberat terhadap kelakuan turasan dan kerosakan formasi
111. 
Cover image for Kesan air koning dalam telaga mendatar; Kajian kesan perubahan sifat-sifat reologi minyak mentah terhadap rekabentuk talian paip : kajian terhadap minyak mentah dulang; Kesan aliran gas dalam simen; Pembangunan lapangan minyak jidar di Malaysia; Membina sebuah penyelaku reserbor bagi sistem dua fasa, dua dimensa (minyak-air)
112. 
Cover image for Kesan ketidakseragaman reserbor terhadap proses banjiran air dan suntikan gas; Kajian adunan minyak mentah bertakat tuang tinggi; Masalah syal dalam penggerudian; Kesan penggunaan bahan tambah kimia ke atas minyak mentah bertakat tuang tinggi; Kajian pengaruh berat lumpur dan tekanan ke atas kehilangan bendalir secara aliran jejari pada keadaan dinamik
113. 
Cover image for Kesan ketidakseragaman reserbor terhadap proses banjiran air dan suntikan gas
114. 
Cover image for Viscous fingering, gravity segregation and permeability heterogeneity in two-dimensional and three-dimensional flows
115. 
Cover image for Mobility control : theory and experimental verification
116. 
Cover image for Investigation of the immiscible displacement of oil by impure carbon dioxide/brine at low pressures
117. 
Cover image for Study of the immiscible carbon dioxide wag process at low pressure
118. 
Cover image for Kajian penggunaan sabut kelapa sawit, sabut kelapa dan tempurung kelapa sebagai agen pengawal kehilangan bendalir dalam proses penyimenan; Aturcara komputer untuk perancangan penggerudian talaga berarah versi 2; Kajian pengaruh garispusat tebukan terhadap pengeluaran pasir; Telaga mendatar; Kesan tegangan antara permukaan ke atas ketepuan minyak sisa; Pengaruh sekam padi dan sabut kelapa sawit sebagai bahan tambah kehilangan bendalir ke atas masa penebalan dan dan kekuatan mampatan simen; Kesan kadar suntikan ke atas kecekapan perolehan minyak baki dalam banjiran polimer; Penggunaan kanji tempatan di dalam kawalan kehilangan air garam pelengkapan dan air garam kerja semula; Peramalan kejatuhan tekanan aliran dua fasa di dalam paip dengan menggunakan model aliran terpisah; Penilaian semula media penuras dalam ujian kehilangan bendalir api; Pencirian minyak mentah berlilin Malaysia; Mengkaji pengaruh kepekatan polimer terhadap kecekapan perolehan minyak baki di dalam banjiran polimer; Meramal pembentukan keladak bukan organik semasa suntikan air
119. 
Cover image for Model fizikal untuk proses banjiran kimia
120. 
Cover image for Kesan kadar suntikan ke atas kecekapan perolehan minyak baki dalam banjiran polimer
121. 
Cover image for Rekabentuk angkat gas berbantukan komputer; Permodelan telaga mendatar secara matematik; Kajian keabrasifan dan kesan saiz hematit tempatan (Gurun, Kedah) sebagai bahan pemberat dalam lumpur penggerudian; Kerosakan formasi semasa penggerudian telaga condong; Kajian aliran dua fasa di dalam telaga condong; Pembangunan lapangan minyak jidar; Kajian asas pengoptimuman penggerudian; Peningkatan kecekapan pembersihan lubang bagi telaga mendatar; Bendalir penggerudian pepejal rendah; Penafsiran log pengeluaran dalam telaga condong berbentukan kaedah peminimuman terbatas; Pengaliran terhad dalam lubang telaga; Sistem pengagihan gas: kajian terhadap faktor keserentakan; Model fizikal untuk proses banjiran kimia
122. 
Cover image for Mengkaji pengaruh kepekatan polimer terhadap kecekapan perolehan minyak baki di dalam banjiran polimer
123. 
Cover image for Carbon dioxide miscible flooding : a study of enhanced oil recovery in a five layer laboratory model and of fluid mechanical behavior with computed tomography in a one layer laboratory model
124. 
Cover image for Meramal pembentukan keladak bukan organik semasa suntikan air
125. 
Cover image for Proceedings of the Permian Basin Oil Recovery Conference, March 8-9, 1990, Midland Texas
126. 
Cover image for Polymers in improved oil recovery
127. 
Cover image for Pembentukan keladak bukan organik hasil dari ketidakserasian air suntikan
128. 
Cover image for Penentuan ciri-ciri minyak mentah Malaysia; Mengkaji pengaruh kelikatan dan graviti keatas kecekapan penyesaran boleh-larutcampur minyak baki banjiran air; Ilmenit sebagai bahan pemberat simen II; Membina media berliang dengan kebolehbasahan yang berbagai jenis mengukur kebolehbasahan dengaan lengkuk kebolehtelapan nisbi; Kajian aliran dua-fasa pada paip condong; Perawatan air pengeluaran di luar pantai; Masalah pemendakan parafin didalam tertiub semasa pengeluaran
129. 
Cover image for Kesan pemanasan terhadap keserasian adunan minyak bahanapi; Kajian aliran dua-fasa; Sistem pakar untuk kawalan tendangan telaga; Membina teras buatan yang sesuai digunakan untuk ujian di makmal; Menyiasat kesan ketepuan air bergerak terhadap kecekapan sesaran boleh-larutcampur; Pembentukan keladak bukan organik hasil dari ketidakserasian air suntikan; Ujian telaga II : aturcara komputer untuk menyelesaikan masalah ujian susutan aras untuk reserbor minyak; Kajian terhadap ketepuan gas yang terperangkap di dalam reserbos gas
130. 
Cover image for Menyiasat kesan ketepuan air bergerak terhadap kecekapan sesaran boleh-larutcampur minyak baki banjiran air
131. 
Cover image for Penentuan ciri-ciri minyak mentah Malaysia
132. 
Cover image for Enhanced oil recovery
133. 
Cover image for The design engineering aspects of waterflooding
134. 
Cover image for Surfactant/polymer chemical flooding I
135. 
Cover image for Surfactant-based mobility control : progress in miscible-blood enhanced oil recovery
136. 
Cover image for Menggunakan penyelaku 3P-2D (minyak hitam) untuk menganggarkan prestasi banjiran boleh-larutcampur
137. 
Cover image for Kecekapan sapuan sebagai fungsi misbah kebolehgerakan dan potongan air untuk banjiran air corak 5 - bintik
138. 
Cover image for Menggunakan penyelaku 3P-2D (minyak hitam) untuk mengangarkan prestasi banjiran boleh-larutcampur; Kajian terhadap penggunaan barit tempatan dalam lumpur penggerudian; Operasi tiup turun tetopi gas dan pertimbangannya dari aspek kejuruteraan reserbor; Taksiran keatas lempung montmorilonit tempatan sebagai bahan asas lumpur penggerudian; Ulasan dan perbandingan kaedah-kaedah penentuan ketepuan minyak baki; Kebaikan-kebaikan pengeluaran secara serentak; Merekabentuk rentetan solongsong bagi telaga berarah bersudut lencongan besar menggunakan komputer; Pemilihan minyak dasar untuk lumpur penggerudian dasar minyak; Pengawasan telaga dan percirian lapangan didalam pembangunan, menggunakan data pengukur formasi berulang (RFT)
139. 
Cover image for Kesan komposisi lumpur terhadap pembengkakan lempung tempatan ; Pembinaan aturcara komputer kaedah Horner untuk menganalisa data ujian tekanan telaga minyak tak tepu ; Pengaruh suhu dan nisbah gas-minyak terhadap ketermampatan minyak ; Penggunaan alat pengelogan pengeluaran dalam pengujian telaga-telaga kobaur ; Kesepadanan adunan minyak bahan api ; Masalah dalam menaikkan serpihan formasi bagi telaga condong ; Ciri-ciri minyak mentah Malaysia Barat ; Kecekapan sapuan sebagai fungsi nisbah kebolehgerakan dan potongan air untuk banjiran air corak 5-bintik
140. 
Cover image for Carbon-dioxide foam flooding
141. 
Cover image for Effects of crude oil composition and alcohol augmentation on transient interfacial phenomena in alkaline-water/crude-oil systems
142. 
Cover image for EOR field case histories
143. 
Cover image for Supporting technology for enhanced oil recovery : chemical flood predictive model
144. 
Cover image for Rekabentuk skim suntikan air untuk sebuah medan minyak Malaysia
145. 
Cover image for Waterflooding
146. 
Cover image for Fundamentals of enhanced oil recovery
147. 
Cover image for Carbon dioxide miscible flooding : a laboratory study on the effects of WAG, wetting state, and slug size on enhanced oil recovery
148. 
Cover image for A physical model of a petroleum reservoir for the study of the WAG ratio in carbon dioxide miscible flooding
149. 
Cover image for Miscibility study on crude oil-carbon dioxide system
150. 
Cover image for Carbon dioxide flooding : basic mechanisms and project design
151. 
Cover image for Asas kepada sistem maklumat geografis; Dokumentasi sistem manual Jabatan pendaftaran negara; The petroleum appraisal in the Upper Paleozoic sediments Kuantan area; Miscibility study on crude oil-carbon dioxide system; The effects of water-oil ratio and inhibitor treatment on corrosion rate in crude oil system
152. 
Cover image for A study of waterflood recovery in a seven-spot pattern
153. 
Cover image for Improved oil recovery
154. 
Cover image for Waterflood calculations for Hand-held computer
155. 
Cover image for Interfacial phenomena in enhanced oil recovery
156. 
Cover image for Kajian kakisan di makmal dalam sistem minyak mentah; Uncertainty analysis of initial oil and gas in place; The effect of drillpipe rotation on cutting transport; The develop a two-phase, two-dimensional reservoir simulator; Selection of the best water influx model; Non-Newtonian properties of drilling mud; A study of waterflood recovery in a seven-spot pattern
157. 
Cover image for Deterministic versus parametric model to determine water influx; The effect of carbon dioxide on the rate of corrosion in mud and crude oil systems and ways to overcome corrosion; Correlation between recovery factor and production rate, pressure and cummulative production; To design a major gas transmission line network from Trengganu to the rest of West Malaysia; Numerical reservoir simulation of a dipping solution gas drive reservoir for a two-phasem, two-dimensional flow model; Optimization routine; An approach to enomic evaluation of a gas field
158. 
Cover image for Water for subsurface injection
159. 
Cover image for Role of surfactant mass transfer and the formation of an oil bank in displacement of oil through porous media
160. 
Cover image for Improved oil recovery : unit 2
161. 
Cover image for Enhanced oil recovery by displacement with saline solutions
162. 
Cover image for Improved oil recovery by surfactant and polymer flooding
163. 
Cover image for Water problems in oil production: an operator's manual
164. 
Cover image for SPE Symposium on Improved Oil Recovery : proceedings
165. 
Cover image for Waterflooding
166. 
Cover image for The reservoir engineering aspects of waterflooding
167. 
Cover image for Water problems in oil production : an operator's manual
168. 
Cover image for Control of operations of flowing wells
169. 
Cover image for Water flooding
170. 
Cover image for Waterflooding
171. 
Cover image for Performance of downhole water sink (DWS) in thin oil column by implementing downhole water loop (DWL)
172. 
Cover image for The effect of WAG ratio and injection rate on oil recovery via miscible water-altrenating-gas (WAG) displacement
173. 
Cover image for The effect of WAG ratio and injection rate on oil recovery via miscible water-altrenating-gas (WAG) displacement
174. 
Cover image for Development of reservoir simulator by FORTRAN for effects of contaminants on carbon dioxide miscibility pressures
175. 
Cover image for Development of reservoir simulator studying the effect of carbon dioxide on oil properties using fortran
176. 
Cover image for Compositional simulation of surfactant flooding on Tapis field
177. 
Cover image for Compositional simulation of carbon dioxide flooding on Tapis field
178. 
Cover image for Compositional simulation of carbon dioxide flooding on Tapis field
179. 
Cover image for Compositional simulation of chemically-enhanced water-alternating-gas (CWAG) flooding
180. 
Cover image for Compositional simulation of chemically-enhanced water-alternating-gas (CWAG) flooding
181. 
Cover image for Effects of surfactant concentration on oil recovery by surfactant-alternate-gas flooding
182. 
Cover image for Development of reservoir simulator by FORTRAN for effects of contaminants on carbon dioxide miscibility pressures
183. 
Cover image for Development of reservoir simulator studying the effect of carbon dioxide on oil properties using fortran
184. 
Cover image for Effects of surfactant concentration on oil recovery by surfactant-alternate-gas flooding
185. 
Cover image for Performance of downhole water sink (DWS) in thin oil column by implementing downhole water loop (DWL)
186. 
Cover image for Compositional simulation of surfactant flooding on Tapis field
187. 
Cover image for Comparison of carbon dioxide, nitrogen and water alternating gas injection on the oil recovery
188. 
Cover image for CO2 injection as an immiscible application for enhanced recovery in heavy oil reservoirs
189. 
Cover image for Cyclic CO2 and CO2-foam simulation performance of low-permeability heavy oil reservoirs
190. 
Cover image for Deterministic versus parametric model to determine water influx
191. 
Cover image for A study of waterflood recovery in a five-spot pattern
192. 
Cover image for Polymer-improved oil recovery
193. 
Cover image for Sweep efficiency in a laminar sand pack as a function of a mobility ratio
194. 
Cover image for Oil recovery by immiscible CO2 flooding : topical report
195. 
Cover image for The use of Co2 for immiscible recovery
196. 
Cover image for Production performance of an immiscible CO2 application in a heavy oil field; Bati Raman, Turkey
197. 
Cover image for Rekabentuk skim suntikan air untuk sebuah medan minyak Malaysia
198. 
Cover image for Determination of waterflood recovery as a function of oil properties and flooding pressures
199. 
Cover image for A comparison of propane and carbon dioxide solvent flooding processes
200. 
Cover image for Measurement and prediction of PVT properties of heavy and medium oils with carbon dioxide
201. 
Cover image for Recovery of heavy oils by CO2 injection
202. 
Cover image for Technical feasibility of CO2 flooding in Weyburn reservoir : a laboratory investigation
203. 
Cover image for Basic study of sweep efficiency improvement by water alternate gas injection
204. 
Cover image for Immiscible carbon dioxide floods, using impure gas in the WAG mode
205. 
Cover image for Carbon dioxide : a mobilizing agent for heavy-oil recovery
206. 
Cover image for Evaluation of a CO2 Huff anf Puff field test
207. 
Cover image for The potential of the immiscible carbon dioxide flooding process for the recovery of heavy oil
208. 
Cover image for Approach to a better understanding of water injection system prior to design and completion
209. 
Cover image for Approach to a better understanding of water injection system prior to design and completion
210. 
Cover image for Essentials of Polymer Flooding Technique