Understanding the reservoir is key to evaluating, modeling, and simulating various enhanced oil recovery (EOR) methods to determine feasibility.
Benefit from consulting services provided by an integrated multidomain team of experts who use their global experience with EOR projects to help you evaluate feasibility and implement solutions efficiently and economically.
Select optimal recovery and production techniques with expert interpretations of phase behavior and fluid properties. Services include a complete suite of studies required in the engineering of miscible gas injection, waterflood, and water-alternating-gas (WAG) projects.
Accurately measure fluid phase behavior and related physical properties, including the pressures needed to optimize displacement of oil from formation pore spaces, minimum miscible pressure (MMP), and minimum miscible composition (MMC), with a full line of high-pressure, high-temperature equipment.
Obtain an in situ measurement of EOR flood geometry and changed residual oil saturation resulting from the addition of chemicals to injected water, within a matter of days, with a log-drill and inject-log sequence of operations conducted on wireline using a combination of field-proven services. This single-well procedure removes the uncertainty of results from laboratory fluid core displacement tests. Screen chemical mixtures and lithologies for applicability quickly and inexpensively.
Optimize reservoir strategy and recovery with modeling and simulation tools that allow fast experimentation. The ECLIPSE family of reservoir simulation software offers accurate prediction of dynamic behavior for thermal recovery processes, CO2 EOR, alkali-surfactant-polymer (ASP) flooding, and more. Simulation includes finding an appropriate well configuration, spacing, and pattern. 4D reservoir geomechanics has applications in optimizing thermal recovery schemes and underground gas storage facilities. Petroleum economics software increases confidence in investment decisions.
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