Article(s) from “Oil Refining”

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Recommended Process Routes for Maximized Oil Conversion to Aromatics and Olefins - Image

Recommended Process Routes for Maximized Oil Conversion to Aromatics and Olefins

The refining industry has evolved over time in order to adapt to the ...

C4 Fractionation + 11
High-conversion HydrocrackingCatalytic CrackingEtherificationOlefins Selective HydrogenationResidue Hydroconversion & HydroprocessingSolvent Deasphalting (SDA)Thermal ProcessTotal HydrogenationProcess TechnologiesOil RefiningPetrochemicals
Written by Axens25 Oct 2021
Squeezing the Bottom-of-the-Barrel to Lift-up the Crude-to-Chemicals Conversion - Image

Squeezing the Bottom-of-the-Barrel to Lift-up the Crude-to-Chemicals Conversion

For a maximum ROI of Crude-to-Chemicals (CTC) complexes, around 40% of ...

C4 Fractionation + 10
High-conversion HydrocrackingCatalytic CrackingEtherificationOlefins Selective HydrogenationSolvent Deasphalting (SDA)Thermal ProcessTotal HydrogenationProcess TechnologiesOil RefiningPetrochemicals
Written by Axens18 Oct 2021
From Refining to Chemicals, a Switch of the Yield in 4 Stages - Image

From Refining to Chemicals, a Switch of the Yield in 4 Stages

According to the International Energy Agency (IEA), petrochemicals are ...

C4 Fractionation + 11
High-conversion HydrocrackingCatalytic CrackingEtherificationOlefins Selective HydrogenationResidue Hydroconversion & HydroprocessingSolvent Deasphalting (SDA)Thermal ProcessTotal HydrogenationProcess TechnologiesOil RefiningPetrochemicals
Written by Axens12 Oct 2021
Crude-to-Chemicals (CTC): a straight-forward route for a strategic turn - Image

Crude-to-Chemicals (CTC): a straight-forward route for a strategic turn

In the background of fuels demand shifting towards petrochemicals growth, ...

Process Technologies + 2
Oil RefiningPetrochemicals
Written by Axens17 Feb 2021
Specific Surface Area Stability: a Key to Prolonged Optimum Performance from Naphtha Reforming Catalyst - Image

Specific Surface Area Stability: a Key to Prolonged Optimum Performance from Naphtha Reforming Catalyst

Understanding reforming chemistry begins with the catalyst itself. In this ...

Catalytic Reforming + 3
Reforming CatalystsOil RefiningCatalysts
Written by Axens18 Aug 2020
What is the recommended process route to reach 0.5% sulfur IMO target in bunker fuels? - Image

What is the recommended process route to reach 0.5% sulfur IMO target in bunker fuels?

Refiners will address the upcoming January 2020 IMO targets for bunker ...

Residue Hydroconversion & Hydroprocessing + 5
Solvent Deasphalting (SDA)VGO Hydrotreating (CFHT), Mild HydrocrackingProcess TechnologiesOil RefiningCatalysts
Written by Axens24 Sep 2019
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