Figure 3 Erosions in ROW after rainy season in flooding area KP 33 & KP 43 More

Fig. 3 A control volume of the KP scheme. More

Fig. 6 Dynamics of flowline with full‐order and reduced‐order models. KP, results from KP scheme; C, results from orthogonal collocation method. More

Fig. 4 The leakoff-control capability of a KP from the filter-cake building period. The change of effective overbalance vs. the square root of time yields a straight line. The slope of the straight line indicates the leakoff rate of the fluid. This method of analysis helps to compare the fluid-los... More

Fig. 11 Perforation tunnels when perforated with K/Cs COOH KP in the wellbore. (a) Perforating in the horizontal direction. (b) Perforating in the vertical direction. Both tunnels are filled with debris from charge, rock, and KP material. More

Figure 9 Experimental correlation of the group KP / ρ o A as a function of Δ p . More

Figure 10 Experimental correlation of the group KP / ρ o A as a function of L / t R . More

Figure 13 CO 2 -free normalized effluent composition profiles; 4.88-m core, 13 168 kPa. More

Figure 9 Effect of temperature on equilibrium K values for Crude B at 10 443.42 kPa (1,514.7 psia). More

Figure 25 Variance of permeability of the final ensemble of the iterative EnS with KPCA (order 5) parameterization More

Figure 2 Excellent CBL-VDL at well # KPDK (KP#42) throughout the entire cemented interval More

Figure 4 Comparison of CBL-VDL of well KP#42 completed with smart cementing solutions with that of completed wells with conventional slurry in the same field More

Figure 4 The leak off control capability of (K/Cs)COOH KP from the filtercake building period. The change of effective overbalance vs. the square root of time yields a straight line. The slope of the straight line indicates the leakoff rate of the fluid. This method of analysis helps compare the f... More

Figure 11 Perforation tunnels when perforated with K/Cs COOH KP in the wellbore. (a) Perforating in horizontal direction. (b) Perforating in vertical direction. Both tunnels are filled with debris from charge, rock, and KP material. More

Figure 1 Porosity distribution of geocellular model of the part of "Kp" field More

Figure 3 Permeability distribution of geocellular model of the part of "Kp" field More

Figure 4 Oil saturation distribution of geocellular model of the part of "Kp" field More

Figure 1 PDSC Data for Paraffin Samples with Air Flow at 10cm 3 /minute and 2,068 kPa Pressure 2 More

Fig. 13 Comparison of cumulative oil production between constant pressure (7,000 kPa) and PID controlled SAGD operations. More

Figure 11 Pockmark P63 Screenshot KP. 179.851 by ROV More