PetraSim: The Leading Tool for Subsurface Flow and Heat Transfer Modeling in Geology and Environmental Science

About PetraSim

PetraSim, developed by RockWare, stands out as an exceptional tool for professionals in the fields of geology, environmental science, and engineering. As a graphical interface for the TOUGH2 family of simulators, it simplifies the complex task of modeling subsurface flow and heat transfer in porous and fractured media.

One of the most impressive features of PetraSim is its user-friendly 3D environment, which allows modelers to focus on their analysis without getting bogged down by the intricate details of input and output files. This accessibility is crucial for both seasoned professionals and newcomers to the field, making it a versatile choice for a wide range of applications, from geothermal reservoir studies to carbon sequestration.

The software's robust capabilities are further enhanced by its support for various TOUGH2 modules, including TOUGHREACT and TMVOC, which are essential for reactive transport modeling. The inclusion of advanced features, such as the ability to specify well deliverability and improved convergence during phase changes, demonstrates RockWare's commitment to providing cutting-edge tools that meet the evolving needs of the industry.

Moreover, PetraSim's comprehensive support resources, including documentation, training videos, and a dedicated support forum, ensure that users can maximize their experience with the software. The option for annual maintenance and technical support adds an extra layer of assurance for users, allowing them to stay updated with the latest advancements.

PetraSim is a powerful and intuitive solution for anyone involved in subsurface modeling. Its combination of advanced features, ease of use, and strong support makes it a top choice for professionals looking to tackle complex geological challenges. I highly recommend PetraSim to anyone in the field seeking a reliable and effective modeling tool.

Data Visualization Features

• Analytics
• Relational Display
• Simulation Models
• Visual Discovery