ACCELERATE | MEA 2025

Discover the potential of hybrid models driven by first principles in industrial applications. Explore the benefits of merging mechanistic principles with AI and machine learning techniques to develop precise, predictive models.

Create customized hybrid models for essential processes, including distillation columns, reactors, heat exchangers, pressure changers and separators. Leverage real-time plant data to improve model accuracy, addressing inadequately represented relationships that traditional engineering models may overlook.

Discover how to maximize efficiency and profitability by seamlessly integrating planning, scheduling, dynamic optimization and advanced process control (APC).

Achieve operational excellence by aligning your strategies with real-time execution, leading to faster, more informed decision-making and significantly improved business results.

Gain the skills to create rigorous simulations of carbon capture processes using amine solvents. Set up component properties and reactions essential for modeling processes in Aspen HYSYS®, identify key unit operations and utilize the Electrolyzer unit operation in both Aspen Plus® and Aspen HYSYS to achieve sustainability goals.

Learn to apply a detailed modeling approach to improve process performance and contribute to a green future.

Unlock advanced reservoir management skills and master cutting-edge subsurface workflows, including uncalibrated simulator deck predictions, proxy-based and ensemble smoother history matching and optimization techniques to maximize net present value.

Gain expertise in diagnostic tools like quality tables, modifier distributions and MCMC chain analysis. Explore future prediction workflows and uncertainty mitigation strategies. Ideal for reservoir engineers, geoscientists and decision-makers aiming to enhance field development outcomes using Aspen Tempest™ ENABLE.