studioSL

studioSL is a desktop environment containing workflows, ranging from reservoir pattern surveillance to ensemble-based reservoir forecasting. studioSL includes 2D and 3D visualization tools, a well production data import tool (from OFM, geoSCOUT, Petrel, ECL-schedule, and csv formats), grid and simulation building, simulation run scheduling, and exports to Excel and PowerPoint. studioSL can be used to support traditional simulation postprocessing for any simulator using ECL-standard output, such as ECL, T-Nav, OpenSim, PSim, and Powers. studioSL also supports Intersect. 

studioSL is built on Oracle's NetBeans Java development environment and runs under Windows 32/64-bit and Linux 32/64-bit O/S's. Read more using studioSL as a common reservoir engineering platform built ontop of Oracle's NetBeans Java development environment here. To request a demo license of studioSL, first register on our download page.

Features

All the major workflows that we develop are accessible within studioSL.  These include:

• Reservoir Surveillance
• Flow Simulation
• Sensitivity Runs
• History Matching
• Flood Management
• Ensemble Modeling (EVOLVE^®)

studioSL works with our simulator 3DSL^® and can also visualize simulation results from Eclipse, Intersect, PSim, OpenSim, T-Navigator, and Powers.

2D Plotting of Simulation Results

• field and well-level responses
• rates or cumulatives
• injector pattern efficiency plot
• easily shuffle through multiple wells
• undock, tile or cascade view of multiple plots
• compare multiple runs on the same plot
• export a plot's data to Excel
• save as a picture or image export to MSOffice, OpenOffice

3D View of Simulation Results

• Static and dynamic grid properties
• Slice, zoom, rotate, pick
• Streamlines, well paths, FPmaps, bubble plots
• Eclipse formatted grid, wells, streamline properties
• Animation over multiple timesteps
• Save as picture or export image to MSOffice or OpenOffice

2D/3D Probabilistic Representation Extracted from Ensemble of Models

• Display all traditional field/well response as probabilistic representations
• Display all traditional 3D variables (OIP, saturations, perms, etc) as probabilistic representations