AM Green Acquires Chempolis Bio-Fuel Technology to Produce Sustainable Aviation Fuel

AM Green will invest $1 billion over the next 3 years for production.

Chempolis Biorefining Park at Oulu, Finland.
Chempolis Biorefining Park at Oulu, Finland.
AM Green

AM Green Technology and Solutions B.V., one of the world's leading energy transition solutions providers has announced the signing of binding agreements to acquire Chempolis Oy and Fortum 3 B.V. entities.

This acquisition highlights AM Green's commitment to develop innovative technology enabled solutions. AM Green will establish large-scale bio refineries that utilize multiple feedstocks & produce high-value green products enabling global decarbonization in aviation, fuels, chemicals and other industrial sectors.

Chempolis's technology will enable the processing of multiple 2G waste feedstocks and the production of high-value green chemicals and products such as ethanol, furfural, and pure lignin, accelerating AM Green's vision to become the world's leading industrial decarbonizations platform.

Chempolis Oy is a pioneer in lignocellulosic feedstock processing with research, technology capabilities and product development expertise spanning 15+ years with strong R&D teams.

AM Green foresees a significant potential in the downstream applications of these key products, which could pave the way for entry into multi green-chemical value chains across multiple sectors, including consumer and industrial use cases.

AM Green will work with partners worldwide to establish a global bio-refinery ecosystem using a licensing model of Chempolis's technology. This collaborative approach will accelerate the global energy transition.

Large scale biorefineries being developed with Chempolis technology help serve the critical upstream feedstock processing which is further valorized into downstream chemicals and fuels including SAF. AM Green will invest ~ 1 billion USD to develop 0.5 + MTPA of Alcohol-to-Jet (ATJ) SAF plants by 2027 for global airline decarbonization.

AM Green will further advance the platform's technological capabilities to process a wider range of feedstocks, transforming them into high valuable green products tailored for diverse consumer and industrial applications.

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