In the high-stakes world of oil and gas production, predicting fluid behavior under extreme subsurface conditions isn't just a technical challenge—it’s a prerequisite for safety and profitability. This course provides an in-depth exploration of PVTsim Nova, the industry-standard Equation of State (EoS) modeling software.

Participants will learn how to transform complex, raw fluid data into actionable engineering insights. We will cover the end-to-end simulation workflow, from initial data input via the Fluid Explorer to running critical virtual experiments like Constant Mass Expansion (CME) and Differential Liberation (DL).

Beyond basic modeling, this training highlights the power of automation through PVTsim APPS, demonstrating how tools like Auto EoS can reduce tuning time from days to minutes. Finally, we discuss integration strategies, showing how to export a "single source of truth" fluid model to major simulators like Eclipse, Olga, and Hysys. Key Learning Objectives:

Master the Subsurface Challenge: Understand how shifting pressure and temperature impact fluid properties from reservoir to surface. Navigate the Fluid Explorer: Organize and manage lab reports and compositional breakdowns efficiently. Simulate with Precision: Learn the core workflows for CME, CVD, and DL experiments. Leverage Automation: Utilize PVTsim APPS to automate complex modeling steps for faster, more consistent results. Seamless Integration: Ensure consistency across reservoir, pipeline, and process engineering domains through direct simulator exports.