Modeling Wax Thermodynamics
This whitepaper describes the thermodynamic theories of waxes, the fundamental and essential part of wax deposition. Validation and model performance are also provided.
This whitepaper describes the thermodynamic theories of waxes, the fundamental and essential part of wax deposition. Validation and model performance are also provided.
A detailed description on the thermodynamic model of gas hydrates in Multiflash®, and its capabilities and performance in providing accurate predictions on hydrate formation and inhibition.
Learn how to successfully harnessing new digital technologies to assure maximum plant performance.
Use an energy management information system to deliver energy improvement through the accurate definition of targets and calculated lost opportunity costs.
Improve your turnarounds with a robust strategy that optimizes resources and minimizes risk.
A Co-Pilot Program® in the Cloud enables collaboration between process plants and service providers to improve operations.
Understand how real-time optimization of energy systems can help you make faster decisions and reduce uncertainty, typically saving 2–5% of site energy costs.
ARC's view on Petro-SIM® in value engineering and value chain optimization.
A production centred plant is one that places priority on Efficiency, Availability and Reliability; Safety & Security; and Human Reliability. This whitepaper looks at how deeper integration of engineering silos can increase production.
This article explores a comprehensive approach to carbon reduction across the refinery. It then takes a closer look at the utility system, and highlights catcrackers and hydrotreaters/hydrocrackers, which have the highest carbon footprint.
Discover the importance of carbon efficiency and take a step towards reducing greenhouse gas emissions.
This article explains the cap and trade schemes employed in the EU and the USA, highlights the importance of carbon efficiency, and presents a strategy to reduce GHG emissions.
