Tags :TNavigator

In the Simulator kernel: It is now possible to model dimethyl ether (a solvent partially miscible with water) using the CPA-SRK equation of state. It is now possible to use the GERG-2008 equation of state together with the option of multiple components’ solubility in water and the CO2 solubility option. Geomechanical modeling is supported for compositional and thermal models whose primary variable is temperature. In Geology Designer and Model Designer: A version control system has been implemented in Geology Designer and Model Designer: Teamwork. This system is designed for several users to work on one project. It is now possible to visualize the grid of geographic coordinates in the 2D tab. An option to display well test info in a...

In the Simulator kernel: It is now possible to model dimethyl ether (a solvent partially miscible with water) using the CPA-SRK equation of state. It is now possible to use the GERG-2008 equation of state together with the option of multiple components’ solubility in water and the CO2 solubility option. Geomechanical modeling is supported for compositional and thermal models whose primary variable is temperature. In Geology Designer and Model Designer: A version control system has been implemented in Geology Designer and Model Designer: Teamwork. This system is designed for several users to work on one project. It is now possible to visualize the grid of geographic coordinates in the 2D tab. An option to display well test info in a...

TNavigator is a powerful software for dynamically simulating oil and gas reservoirs. This plan is a joint effort between researchers and the RFD development team. It can be installed on personal systems, laptops, servers, and even HPC clusters. This program is written in C++and uses the latest parallel processing technology and hardware accelerator in coding. The processing speed and performance of this program are directly proportional to the hardware capabilities of the host system. Of course, if you run the application on a cluster system with multiple processing cores, you will find that the speed of simulation and processing operations is greatly improved. No technology has been used to maximize the processing speed of complex models, and NUMA, hyper threading,...