• Visualization of Petroleum Reservoir Recovery Processes

• Immersive Visualization Facility
• Software
• Past Projects
• Visualization of Petroleum Reservoir Recovery Processes
• Texas A&M at Qatar Wireless Coverage Map
• Visualization of Human Brain Wave Activity
• Animation and Visualization of Reservoir Rock Properties with CT Tomography with Immersive Visualization Facility at Texas A&M at Qatar
• Using a 3D Immersion Facility for Piping and Ductwork Layout in the Built Environment
• Development of Insight in Complex Pore Space of Carbonate Reservoirs by 3D Visualization of Computed Tomography Scans
• 3D Visualization of Complex Flow and Composition Path in CO2 Injection Schemes from Density Effects
• Visualization of Carbon Particle Tracking and Hydrogen Production in a Solar Reactor
• Visualization of LNG Spill and Dispersion: Safety Assessment
• Simulator for Motorized Wheel Chair Operations

Visualization of Petroleum Reservoir Recovery Processes

PI: Dr. Anuj Gupta

The main objective was to provide students a better understanding and insight of fluid displacements in petroleum reservoirs during recovery processes by utilizing the Immersive Visualization Facility. A typical reservoir model consists of thousands of grid blocks and looking at such array of numbers can only overwhelm a student. Typical, most reservoir simulation software allow visual display of such results on flat-screens as colorful perspective views or cross-sections. However, a reservoir being a true 3-D volume on the stereoscopic display can provide true insight into the process taking place in a reservoir.