| Waterdrive is a collection of classical Waterdrive calculations and routines intended for Petroleum Reservoir Engineers to : |
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Analyse the water-oil displacement processes for both homogeneous single layer and heterogeneous multi-layered systems, and permit the calculation of waterflood performance with time for oil recovery, producing watercut and water injection. |
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Examine and interpret the waterdrive performance of reservoirs, or numerical simulation models, from an inspection of their production & injection history, by solving Welge’s equation in reverse. |
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Calculate the waterflood performance with time for a five-spot pattern, using the approach of Craig, Geffen, and Morse for relating oil recovery and producing water-oil ratio (WOR) to cumulative injected water |
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Calculate Dykstra-Parsons and Lorenz Heterogeneity coefficients |
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Calculate the waterflood performance with time, using two approaches based on the original work of Dykstra-Parsons, which also relates oil recovery and producing water-oil ratio (WOR) to cumulative injected water. |
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For water coning in vertical and horizontal wells, determine the critical flow rate, breakthrough time predictions and performance calculations after breakthrough. |
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