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- Create short-term prediction model on production response to various multi-well production regimes
- Compare the well dynamics and and cross-well connectivity with expectations and identify the candidates for drilling, workover or additional well surveillance
- Assess dynamic reservoir properties
Inputs
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| Primary Inputs | |
|---|---|
| PVT model | |
| Flowrate Production/injection history far for all wells in a test | |
| Bottom-hole pressure history (BHP) history for at least one well | |
| Additional Inputs | |
| Well location | |
| Well schematics | |
| Well tests | |
| Formation pressure (DST/WFT) | |
| Production Logging Reports | |
| Pressure Transient Survey reports | |
| Workover history |
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| Production History | |
|---|---|
| Simulated total subsurface flowrate history | |
| Simulated bottomSimulated Bottom-hole pressure (BHP) history | |
| Simulated formation pressure history | |
| Simulated Productivity Index history | |
| Simulated cross-well interference history | |
| Production Forecast | |
| Rate forecast based on pressure control regime8under Pressure Control regime | |
| BHP forecast based on liquid control regimeunder Liquid Control regime | |
| Formation pressure forecast based on liquid control regimeunder Liquid Control regime | |
| Diagnostic Metrics | |
| Cross-well interference map | |
| UTR Matrix | |
| UTR Atlas | |
| IPR | |
| Hall Plot | |
| Productivity Index | |
| Potential drainage volume | |
| Dynamic drainage volume | |
| WOR diagnostics | |
| GOR diagnostics | |
| Apparent transmissibility | |
| Apparent skin-factor | |
| Fracture half-length |
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