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Process Technologies

CO2 capture: Lhoist joins ArcelorMittal France, IFP Energies nouvelles, Axens and Total in the dinamX project

Coordinated by Axens, the four-year dinamX “Demonstration and Innovative Applications of the DMX™ Process” project was launched by partners ArcelorMittal France, IFP Energies nouvelles (IFPEN) and Total in 2020. Supported by the French Investments for the Future Program led by ADEME, dinamX is aimed at studying the application potential of DMX™ technology, stemming from IFPEN’s Research, for the decarbonization of blast furnace gases to new types of industrial CO₂ emitters.

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picto Carbon Capture, Utilization & Storage + 2
CO₂ Capture Process Technologies

Repsol, Axens, and IFPEN develop a new process to boost circular materials production

Repsol, Axens, a worldwide technology provider and IFPEN, the renowned French research and innovation player in the field of energy, have developed a pioneering and patented process to enhance the chemical recycling of plastic waste and boost circular materials production.

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picto Plastic Recycling + 1
Process Technologies

Axens and Sulzer alliance delivers an advanced FCC naphtha processing solution

Axens, an international provider of process technologies, catalysts, adsorbents and services and Sulzer Chemtech (GTC Technology), a global licensor of refinery and petrochemical process technologies, have formed an alliance to license an advanced process for FCC (fluid catalytic cracking) naphtha processing. The combined offering is based on Axens’ Prime-G+® hydrodesulfurization technology and Sulzer Chemtech’s GT-BTX PluS® extraction technology

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picto Oil Refining + 2
FCC Naphtha Hydrotreating Process Technologies

Axens Signs Agreements for its Vegan® Technology with Aemetis for its Carbon Zero Project in Riverbank, California for the production of Renewable Diesel and Sustainable Aviation Fuel

Today Axens is pleased to announce that it has signed a license agreement for its Vegan® renewable hydroprocessing technology with Aemetis, Inc. for its “Carbon Zero 1” project in Riverbank, California.

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picto Renewable Fuels & Bio-Based Chemicals + 2
Renewable Diesel and Jet Process Technologies

Axens will supply a modular Prime-G+ ® unit to Raizen Buenos Aires Refinery

Raízen Argentina, Shell licensee, has selected Axens for the modular supply of a FCC gasoline hydrodesulphurization unit Prime-G+® in its Buenos Aires refinery.

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picto Oil Refining + 2
FCC Naphtha Hydrotreating Process Technologies

Axens Signs an Agreement with Hengyi Industries to Provide FLEXICOKING™ Technology

Since the Alliance Agreement signed between ExxonMobil Catalysts and Licensing (EMCL) and Axens to provide FLEXICOKING™ technology in January 2020 (See Press Release here), it has been a great success as can be seen in the new license granted to Hengyi Industries' integrated complex in Pulau Muara Besar, Brunei.

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picto Oil Refining + 3
Residue Hydroconversion & Hydroprocessing Thermal Process Process Technologies

Equilibrium - MTDP-3 - ParamaX® Suite

MTDP-3 is an alternative to PxMax℠. This technology efficiently upgrades toluene into xylenes at equilibrium and on specification benzene. With a higher conversion per pass, it is ideal when no paraxylene separation facilities are foreseen.

Very high conversion per pass
> 20 years successfully operated at multiple licensees' sites
Commercial Bulletin
equilibrium

Michelin, IFP Energies nouvelles, and Axens give a new dimension to the BioButterfly project

Launched in late 2012, the BioButterfly project aims to produce butadiene from ethanol from biomass (plants) in order to produce innovative synthetic rubbers that are more environmentally friendly.

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picto Renewable Fuels & Bio-Based Chemicals + 2
Bio Olefins Process Technologies

TEG

Water absorption with TriEthylene Glycol (TEG) is a highly flexible, easily operable and cost-effective technology for the reliable dehydration of various types of gases. This process has already been implemented and is industrially proven on CO2 dehydration applications even in the presence of other acid gases such as H2S.

As compared to field proven TEG units on natural gases, TEG units on CO2 dehydration applications have to factor in particular characteristics such as corrosiveness, acid gases co-absorption and TEG recovery.

Axens know-how in the domain of CO2-H2O-TEG thermodynamics, metallurgy selection, process design and modularization expertise ensure our clients to obtain the best-in-class TEG unit for their CO2 drying applications.

Long-track records of CO2 dehydration units in North Africa
Low energy consumption technology
IFPEN R&D support on CO2 treatment chain
Related Offer
Modular Unit

AdvAmine™

CO2 capture on syngas can be achieved using mature technology such as EnergizedMDEA which is part of the AdvAmine portfolio. CO2 absorption on syngas is easily achieved as it is typically at high pressure and there is a large driving force to absorb the CO2 and the syngas is quite pure and does not contain any oxygen. Alternate regeneration schemes and energy integration can reduce the energy requirement.

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