Petrophysical Properties and Reservoir Modeling of Kala Field, Eastern Niger Delta, Nigeria

C J Wobo and R.u Ideozu
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C J Wobo: Department of Geology, University of Port Harcourt, Nigeria
R.u Ideozu: Department of Geology, University of Port Harcourt, Nigeria

International Journal of Research and Innovation in Applied Science, 2022, vol. 7, issue 10, 94-105

Abstract: This research is focused on Petrophysical properties of Kala Field Eastern Niger Delta and reservoir modeling. Data used for this research include 3-D Seismic in Seg-Y and suites of well logs. Normal faults trending NW-SE has been delineated on the seismic data of Kala Field. The lateral extent of reservoirs E and F have also been delineated in blocks (A, B and C) and modeled with the results of the petrophysical analysis. The results of the average petrophysical values of Reservoirs E and F in the delineated blocks are as follows porosity (25% for Block A, 25% for Block B, and 23% for Block C), permeability 291md for Block A, 300 md for Block B, 1990 md for Block C), Net-to-Gross ratio (for Block A is 0.74, for Block B is 0.80 and for Block C is 0.66 respectively), water saturation (for Reservoir A is 45%, , for Block B is 39%, and Block C is 37% respectively) and the Stock tank oil initially in place for Reservoirs E and F in Block A is 54.71 mm stb, B is 26.83 mm stb , and C is 15.47mm stb respectively. The results of the petrophysics petrophysical analysis shows that the porosity and permeability values within the Reservoirs E and F indicate significant accumulation of hydrocarbon in the studied reservoirs.

Date: 2022
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