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The well spacing problem is one that has plagued the oil industry for many years. How many well that will be drilled, and further drill for infill well; are certain thing that must be considered carefully, as it affects the value of well spacing to be used. Optimum spacing size is one factor that is...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/26042 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | The well spacing problem is one that has plagued the oil industry for many years. How many well that will be drilled, and further drill for infill well; are certain thing that must be considered carefully, as it affects the value of well spacing to be used. Optimum spacing size is one factor that is needed in a hydrocarbon reservoir development phase and production well drilling plan. It aims to ensure that the field can produce according to target and generate maximum profits. <br />
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Surfactant flooding is a method in place to enhance oil recovery in the production of a reservoir. In general, surfactant flooding performed after water flooding or simultaneously with water flooding. Proper spacing size will maximize the performance of water flooding and surfactant flooding to enhance oil recovery factor. <br />
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In simple terms, the optimum well spacing is determined using the graph plots NPV vs. spacing. The plot is obtained through data generated from the production simulation using various spacing in a reservoir. In this study, a reseroir model built using ‘Eclipse’ simulator with Black Oil fluid type. With five variations of spacing, we could determine the optimal spacing that produce the maximum benefit in economic analysis. |
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