Research on Well Testing Interpretation Method of Polymer Flooding Considering Variety of Polymer Concentration in Reservoirs
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Wettability Condition Time Expected Contact Angle ° Case 1 Strongly water wet Zero initially aged in Lsal 0 Case 2 Preferentially water wet Zero initially aged in Hsal 45 Case 3
Experiment FW Formation water HTHS High temperature high salinity HPAM Partially hydrolyzed polyacrylamide IOR Improved oil recovery ISSM In situ saturation monitoring k Permeability
- Các chỉ tiêu theo dõi, đánh giá: Chiều dài lá, rộng lá, hệ số D/R lá, số đôi gân lá, màu sắc lá, búp, mức độ lông tuyết; đánh giá khả năng sinh trưởng phát triển của các cá thể, dòng
100 K.C.Fan et al./ Geothermics 34 2005 99–118 Nomenclature a formation diffusivity m2/s A area m2 b width of fractured reservoir m ct compressibility of fluid Pa−1 FIP
Table 3.2 The total sample of SMPN 4 Parepare No Sex Total Male Female 8 12 20 source: Administration of scout SMPN 4 Parepare 3.4 Instrument and Procedure of Collecting Data
This research aims to explore the potential of biopolymers from Green Grass Jelly Leaves as an alternative to synthetic polymers in an effort to increase oil recovery involving
Conclusion Based on the results of qualitative and quantitative analysis based on well data, geochemical data, and seismic methods, the results of this study can be concluded as: The
