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Catalysts

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Catalysts

Linear Alkyl Benzenes Catalysts

Dehydrogenation of linear Paraffins

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Catalysts

Isomerization Catalysts

Chlorinated alumina ATIS 1L is the catalyst of choice thanks to its high activity permitting operation at lower reactor temperatures that enable higher iC4/nC4 equilibrium and favor superior yields.

Chlorinated alumina ATIS-2L is the catalyst of choice thanks to its high activity permitting operation at lower reactor temperatures that enable higher product RON and favor superior yields

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Catalysts

Hydrocracking Catalysts

Axens' Hydrocracking Catalysts upgrade a wide range of heavy feedstocks to produce the desired slate of products while meeting ultimate quality targets.

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Catalysts

Cyclohexane Production Catalysts

Axens Cyclohexane Production Catalysts come as a support to the Cyclohexane process, and allow the production of high purity cyclohexane by benzene hydrogenation. The high catalyst activity ensures the complete conversion of benzene.

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Catalysts

FCC Gasoline Selective Desulfurization Catalysts

HDS catalysts are adapted to fit customer schemes with the objective of deep desulfurization with minimum olefins saturation, ensuring octane retention while matching FCC turnaround schedules.

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Catalysts

Claus Catalysts

Promoting the Claus reaction kinetic while avoiding pore blockage in the catalyst is key to sulfur recovery maximization.

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Catalysts

Xylenes Isomerization Catalysts

Oparis® catalysts are recognized as the market references thanks to their highest activity for the conversion of ethyl benzene into xylenes accompanied with a very low by-product make and superior stability.

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Catalysts

Claus Active Bed Support Catalysts

Claus productivity can be boosted if the bed support material also acts as catalyst.

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Oil Refining

Is there a route for post-treating gasoline with minimal octane loss?

For the post-treatment of FCC gasoline, fixed-bed HDT is by far the most trusted solution because of its low capex, its ease of operation, and its flexibility.

Written by Olivier BOISIER & Boris HESSE ·
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Oil Refining

Hydrogen consumption is higher than we would like in our raw diesel hydrotreater. Can we lower it without loss of throughput?

Hydrogen consumption in a hydrotreater comes from hydrotreatment reactions but also from losses within the process.

Written by Marion Guillevic · Technologist, Axens ·
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