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Determine Optimum Well Spacing
Answer the question “How many wells do I need to optimally produce this field?” by comparing and evaluating a wide range of development scenarios based on both recovery and profitability indicators. Test the sensitivity of results to uncertainty in various reservoir and economic input parameters.
Schedule On-stream Dates for New Wells
Determine when new wells need to come on-stream to maintain a predetermined maximum field production rate. Use the analytical reservoir model to predict new well performance, accounting for depletion and well placement.
Optimize Surface Capacity
Determine the most efficient usage of gathering system facilities in a “green field” development. Run multiple scenarios using different maximum field rates to find the most profitable results.
Evaluate Optimum Fracture Spacing in Horizontal Wells
Generate production and cash-flow forecasts for different complex completions, including multi-laterals and multi-stage fractures.
One of the world’s largest oilfield services providers reduced uncertainty about parts obsolescence and replacement availability by providing its employees with real-time access to data for 25,000+ parts and eliminating delays to part change notices. The company also ensured compliance with latest REACH, RoHS and Export regulations.
This regional energy exploration and production company reduced the time required to generate monthly reports from 1 day to 20 minutes and reduced the workload from 2 full-time positions to one. Experienced staff now spends time making decisions instead of making reports and pumpers' accuracy has improved, too.
With thousands of wells operating in 10 U.S. states, this independent oil and gas company has boosted productivity by enabling daily gauging and allowing staff to focus on high-value tasks rather than data management as well as returning well production to peak levels several days faster by decreasing the time for troubleshooting.