Axens acquires Air Liquide's Methanol-to-Olefins technologies, expanding its Jetanol® portfolio with Methanol-to-Jet capabilities for comprehensive Sustainable Aviation Fuel production.
Axens, a leading global supplier of advanced process technologies and innovative energy solutions, has announced the signing of an agreement with Air Liquide to acquire its Methanol-to-Olefins (MTO) technology portfolio, including the well-established Lurgi Methanol-to-Propylene™ (MTP™) technology. This strategic acquisition represents an important milestone in Axens’ efforts to strengthen its sustainable aviation fuel (SAF) technology portfolio and expand its capabilities in renewable fuel production. By integrating Air Liquide’s proven methanol conversion technologies into its existing Jetanol® process suite, Axens will be able to provide customers with a complete end-to-end solution for producing Sustainable Aviation Fuel through the Methanol-to-Jet (MTJ) pathway.
The agreement aligns with Axens’ broader objective of developing one of the industry's most comprehensive SAF technology portfolios. As demand for sustainable aviation fuels continues to rise due to stricter environmental regulations, decarbonization commitments, and growing pressure on the aviation sector to reduce greenhouse gas emissions, the company is enhancing its technology offerings to address a wider range of customer requirements. The acquisition of the Lurgi Methanol-to-Olefins portfolio strengthens Axens’ position by adding a commercially proven route for converting methanol into valuable intermediates that can ultimately be transformed into sustainable aviation fuel and other high-value chemical products.
A major component of the acquisition is the Lurgi Methanol-to-Propylene™ (MTP™) technology, which has earned a strong reputation for reliability and commercial success. The technology enables the efficient conversion of methanol into propylene and other olefins through an industrially validated process that has demonstrated consistent performance at commercial production facilities. Its proven operating history provides confidence to customers seeking dependable, large-scale production technologies while minimizing technical risks associated with new investments.
The acquired technology portfolio allows methanol to be converted into olefins, which serve as essential building blocks for numerous petrochemical products and downstream applications. These olefins can then undergo additional processing steps to manufacture Sustainable Aviation Fuel, thereby creating a robust Methanol-to-Jet production pathway. This expanded capability enables Axens to support customers pursuing different feedstock strategies while enhancing the flexibility of SAF production projects.
Prior to this acquisition, Axens’ Jetanol® technology platform primarily focused on producing SAF from ethanol-based feedstocks. While ethanol remains an important renewable resource for sustainable fuel production, incorporating Methanol-to-Olefins technology significantly broadens the company's technological capabilities. Customers will now have access to both ethanol-based and methanol-based production routes, enabling them to select the pathway that best aligns with regional feedstock availability, project economics, infrastructure, and long-term sustainability objectives.
The introduction of the Methanol-to-Jet pathway into the Jetanol® portfolio provides greater operational flexibility and improves supply chain resilience for future SAF projects. Developers and investors can diversify their feedstock options while reducing dependence on a single raw material source. This flexibility is becoming increasingly valuable as renewable methanol production expands globally through biomass, municipal waste, carbon capture, and green hydrogen-based processes.
By integrating the Lurgi Methanol-to-Olefins technologies into its portfolio, Axens is positioning itself as a comprehensive technology provider capable of supporting the rapidly growing sustainable aviation fuel industry. The expanded offering enables customers to optimize project economics, improve feedstock security, and adapt to evolving market conditions while meeting increasingly stringent sustainability targets. The acquisition further reinforces Axens’ commitment to accelerating the global energy transition by delivering innovative, commercially proven technologies that help decarbonize aviation and promote the production of low-carbon fuels. With both ethanol-to-jet and methanol-to-jet pathways now available, Axens is well positioned to support airlines, fuel producers, and energy companies in developing scalable and economically viable SAF production facilities worldwide.
Impact on Products and Chemical Commodity Prices
Axens' acquisition of Air Liquide's Methanol-to-Olefins (MTO) technology portfolio is expected to strengthen the commercialization of the Methanol-to-Jet (MTJ) pathway, increasing long-term demand for methanol as a strategic feedstock for Sustainable Aviation Fuel (SAF) production. As additional MTJ projects are developed globally, consumption of renewable and low-carbon methanol could gradually rise, supporting firmer methanol demand fundamentals. In the short term, however, the transaction is primarily a technology acquisition and is unlikely to significantly affect global methanol prices, as no immediate production capacity has been added. Downstream propylene and light olefins markets are also expected to see limited near-term impact, although wider adoption of MTO technology could improve feedstock diversification over time. For chemical commodities tracked by ChemAnalyst, methanol is likely to experience the strongest long-term demand uplift, while propylene may benefit indirectly from broader technology deployment. Overall, commodity price movements are expected to remain stable in the near term, with gradual bullish support emerging as commercial MTJ capacity expands.
