1490 W CANAL CT STE 2000 LITTLETON, CO 80120 Get Directions
1490 W CANAL CT STE 2000 LITTLETON, CO 80120 Get Directions
Founded 2000
Incorporated CO
Annual Revenue $1,780,806.00
Employee Count 12
Industries Engineering Services
Contacts Hai-Zui Meng iReservoir provides world-class consulting services in reservoir characterization and simulation to oil and gas companies using state-of-the-art geoscience and engineering technologies. We are unique in our ability to offer truly integrated reservoir characterization, from core and analog field work, advanced petrophysical modeling, calibrated seismic inversion and facies mapping, seismic based fracture mapping, geological modeling for matrix and fractures, and flow simulation, on through uncertainty analyses and operational recommendations.
iReservoir has extensive experience in geologically complex and fractured fields. In the last 15 years, we have completed 200+ integrated projects in diverse geological settings worldwide. This provides a unique collective experience in cross-disciplinary knowledge that is seldom matched by our competitors and is essential for integrated studies. We also have ample field and operational experience that is often critical for making the right decisions in reservoir characterization studies.
iReservoir has unparalleled experience in reservoir engineering and flow simulation in a large variety of geologic and fluid scenarios, from tight-oil and tight gas unconventional reservoirs to prolific naturally fractured systems. We have expertise in analysis and simulation of recovery processes ranging from depletion to aquifer drive, water injection, gravity drainage and CO2 EOR.
Our proprietary technologies are also distinctive. On the petrophysical modeling front we offer iMineralysis®, a nonlinear optimization tool that can tackle the most challenging mineral and fluid compositions. In the seismic technology front we offer innovative and well tested technologies to characterize facies and natural fractures and use these results to constrain matrix and discrete fracture models. In flow simulation, we offer a newly developed ultrafast massively parallel GPU simulator (Echelon®) that can model very large dual porosity models.
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