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Digital Twin: the key to effective decision-making


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Operational excellence in refining and petrochemicals

Operational excellence survey of 100 operations leaders to understand trends, developments and solutions affecting the industry.

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The IMOs 2020 marine fuel sulphur cap and challenges for the global refining industry

In October 2016, the International Maritime Organization (IMO) decided to implement the strict level of stack emissions equivalent to burning 0.5 percent sulphur residue bunker fuel from 2020 rather than 2025. Now is the time to assess what choices are available to refiners and the decisions to be made for a strategic pathway forward.

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What happens when 25% of your workforce retires in 5 years?

How a multi-pronged workforce development program can address competitive and demographic pressures faced by refineries and petrochemical plants.

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The effect of the thermodynamic model and parameters in process modeling

In this paper, we analyze the effect of the choice of the thermodynamic model, in the context of fluid modelling for the purposes of process simulation in oil and gas applications.

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Petro-SIMâ„¢ as a dynamic process simulation tool in OTS environment

This document is intended for Petro-SIMâ„¢/OmegaLand customers who are seeking to see these widely accepted simulation tools to work together as a fully functional OTS solution.

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Marine emissions: The IMO says 2020, where do you stand?

The IMO 2020 regulation will implement a global sulphur cap of 0.5 wt% for marine fuels. We take a look at the implications for refiners.

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Saving energy hardly seems worth it - or does it?

Energy reduction can be an important strategic objective, so it is important to understand the drivers both now and in the future as energy prices increase.

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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.

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Gas hydrates modeling with CPA

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.

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