The study conducted by researches of Kazan Federal University describes the theoretical framework and results of using a rapid three-dimensional super element model of oil field development.

A review of the validity of a reservoir simulation model does not need to address whether the model is perfect overall. Rather, a review should address whether or not, a model can be used for a ...

HOUSTON, Apr. 7-- ChevronTexaco Corp., Total SA, and Schlumberger Ltd. have formed a joint initiative to research and develop heavy oil thermal reservoir simulation technology. The initiative seeks to ...

Reservoir simulation calculations from IBM, Stone Ridge Technology and Nvidia show that large-scale modeling projects can be accessible to small and mid-size oil and gas companies as well as large.

IBM and Stone Ridge Technology have announced a new performance milestone in reservoir simulation that will improve efficiency and lower the cost of production. Working with Nvidia, the companies ...

I.1 Purpose: Test plausible geological/fluid scenarios dynamically to estimate ranges for rates, pressures, and recovery factors before or immediately after the first exploration well. I.2 Value-chain ...

A high-performance computing record set by a cluster of more than 22,000 compute nodes has been shattered by just 30 machines. The massive reduction in computing infrastructure needed to set a new ...

Reservoir simulation is the physics-based, numerical prediction of subsurface fluid flow used to design field development and optimize production over the asset life. 2.1 Corner-point or unstructured ...

IBM and Stone Ridge Technology have reduced the number of processors needed to run reservoir simulations for the oil, gas and water industries from 700 to just 60, along with 120 graphics processor ...