Quickly analyze the feasibility of crude blends through accurate determination of stream yields and properties at any point in the refinery process.

Models that match reality by calibrating them to plant data for improved design and revamp with process understanding through validation with historical data.

Increase production by up to 5%, reduce energy usage by 10% and improve yields by 3% with the most profit-hungry engine available for advanced process control.

Improve responsiveness and decision-making with refinery-wide scheduling that schedules all key activities from within a single platform to increase production.

Reduce risks with dynamic analysis and overpressure protection guidance developed using expert-trusted solutions and guided workflows.

Reduce FEED package preparation time and decrease rework by allowing engineering design changes to propagate consistently through interconnected FEED tools.

Jeiveison Gobério Maia, investigador y líder de ingeniería de procesos en el Instituto para la Innovación en Biosintéticos y Fibras de SENAI CETIQT (ISI B&F) comparte su experiencia en simulación de procesos.

At our first South Africa Conference in Johannesburg, we explored how companies are harnessing digital technologies to achieve maximum returns.

How will digital transformation help capital-intensive industries face the challenges and hurdles in 2021? This year’s #ARCForum2021 should provide some answers.

The shale gas revolution in the U.S. illustrates how a combination of influences can determine the success of accessing resources. A supportive political climate is not enough on its own.