AVEVA PRO/II Simulation

AVEVA PRO/II Simulation is a steady-state process simulator designed to enhance plant performance by optimizing process design and conducting operational analysis. It supports rigorous heat and material balance calculations, catering to a wide range of chemical processes with numerous thermodynamic models suitable for various industries.

Among its key benefits, AVEVA PRO/II Simulation enables accurate prediction of plant behavior, thanks to a variety of reactor models. This feature allows engineers to refine operating conditions effectively. The platform also maximizes engineering efficiency by facilitating comprehensive modeling, analysis, and optimization of reactor units, all of which contribute to increased plant performance and profitability. Users can count on the support team to address any issues encountered.

Some notable features include a comprehensive process simulation library complete with thermodynamic and physical property data, as well as unit operations like refinery reactor models. The tool is versatile, finding application in industries such as oil and gas, refining, petrochemicals, pharmaceuticals, and more. It supports integration with third-party software and offers custom model creation and reporting capabilities via Microsoft Excel. Additionally, cloud access simplifies infrastructure, providing secure user access, streamlined maintenance, and reduced IT overhead.

Notably, AVEVA PRO/II Simulation has been utilized by ExxonMobil to develop the ExxonMobil Renewable Diesel process, enhancing renewable diesel production through superior control and optimized output.

• Decrease capital and operating costs: It supports the design of new processes and evaluates alternative plant configurations for cost-efficient operations.
• Increase design safety: It ensures the accuracy of specifications across disciplines, improving both safety and quality.

AVEVA PRO/II Simulation's cloud capability enables multi-location collaboration, with secure log-on for individual users, allowing for seamless sharing and updating of models. This flexibility extends to modeling a wide range of processes at steady state across industries, backed by industry-standard thermodynamic methods.

The platform also includes a vast selection of unit operations and calculation blocks, such as flash drums, pumps, compressors, heat exchangers, and more, alongside specialized refinery reactor models. Cloud availability facilitates quick deployment, reducing IT infrastructure burdens and providing flexibility in usage.