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Maximizing the Production and the Transformation of Aromatics - Image

Maximizing the Production and the Transformation of Aromatics

A Crude-to-Chemicals (CTC) conversion block maximizes Heavy Naphtha (HN) production for the aromatics block (figure below) of a petrochemical complex.

C4 Fractionation + 11
High-conversion HydrocrackingCatalytic CrackingEtherificationOlefins Selective HydrogenationResidue Hydroconversion & HydroprocessingSolvent Deasphalting (SDA)Thermal ProcessTotal HydrogenationProcess TechnologiesOil RefiningPetrochemicals
Written by Axens25 Nov 2021
Targeting the Highly Coveted Olefins - Image

Targeting the Highly Coveted Olefins

In order to optimize the Olefins Block in Crude-to-Chemicals Complexes, two main routes to produce olefins are generally considered:

C4 Fractionation + 11
High-conversion HydrocrackingCatalytic CrackingEtherificationOlefins Selective HydrogenationResidue Hydroconversion & HydroprocessingSolvent Deasphalting (SDA)Thermal ProcessTotal HydrogenationProcess TechnologiesOil RefiningPetrochemicals
Written by Axens16 Nov 2021
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
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
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
Connected Services Maximize Value Creation of Catalytic Units in MOL Group Danube Refinery - Image

Connected Services Maximize Value Creation of Catalytic Units in MOL Group Danube Refinery

Digital Transformation, a Fundamental Business Disruption

Residue Hydroconversion & Hydroprocessing + 6
Solvent Deasphalting (SDA)VGO Hydrotreating (CFHT), Mild HydrocrackingAdvanced software & applicationsProcess TechnologiesOil RefiningCatalysts
Written by Axens03 Jun 2019
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