Modelling Combined Artificial Lift methods to find out incremental production using PROSPER or Pipesim
Budget: $30 – $250 USD
I need a detailed, well-calibrated digital model of an oil producer that currently operates on gas lift and includes a proprietary tool in the completion string which adds extra pressure drop as lift gas flows through it. The goal is to quantify the incremental oil the well can deliver because of the combined effect of conventional gas lift plus that additional pressure drawdown.
You may work in PROSPER OS Pipesim—my first choice—but if you can achieve the same fidelity in Other equivalent software I am open to it. Please be prepared to show comparable past work so I can see how you handle well modelling, artificial-lift optimisation and production forecasting.
I will supply:
• Completion diagram
• Well performance data
• Gas Lift valve details
• Any other data you request to finish the job accurately
What I expect back:
• A fully tuned base-case model that matches historic rates and pressures.
• A modified run incorporating the special tool, clearly indicating the pressure-loss profile and lift-gas behaviour.
• A succinct comparison of baseline versus enhanced scenarios, highlighting incremental oil production (daily and cumulative).
• All working files and a short note on key sensitivities so I can rerun the cases if assumptions change.
I am happy to clarify anything about the wellbore geometry, fluid PVT, or operating envelopes. Let me know which additional inputs you need and your estimated timeline once you review the data pack.
You may work in PROSPER OS Pipesim—my first choice—but if you can achieve the same fidelity in Other equivalent software I am open to it. Please be prepared to show comparable past work so I can see how you handle well modelling, artificial-lift optimisation and production forecasting.
I will supply:
• Completion diagram
• Well performance data
• Gas Lift valve details
• Any other data you request to finish the job accurately
What I expect back:
• A fully tuned base-case model that matches historic rates and pressures.
• A modified run incorporating the special tool, clearly indicating the pressure-loss profile and lift-gas behaviour.
• A succinct comparison of baseline versus enhanced scenarios, highlighting incremental oil production (daily and cumulative).
• All working files and a short note on key sensitivities so I can rerun the cases if assumptions change.
I am happy to clarify anything about the wellbore geometry, fluid PVT, or operating envelopes. Let me know which additional inputs you need and your estimated timeline once you review the data pack.