Gasolfin — An Inovacat Company

Sustainable applications

Gasolfin produces sustainable chemicals from bio-/e-fuels by-products to decarbonize packaging, consumer electronics, automotive and construction. Additionally, Gasolfin provides the opportunity to produce bio-/e-aromatics.

Gasolfin for green molecules

FeedstocksGreen molecule pathwaysProductsLipidsveg oils, UCO2G biomasswood, MSW1G biomasscorn, sugarcaneH₂O, renewablepower & CO₂Bio-routesE-routesCHJ & upgradingHydrotreatment (diesel)Hydrotreatment (SAF)HTL / pyrolysisFischer-TropschMethanol-to-JetAlcohol-to-JetFischer-TropschMethanol-to-JetSAF, diesel andother products75–95 wt%Bio-/e-naphtha5–25 wt%

Converting naphtha by-products

Decarbonizing aviation, road transport and chemicals requires large-scale production of green molecules such as HEFA, HVO and bio-/e-SAF.

Most of these green molecule pathways, such as hydrotreatment, HTL / pyrolysis, Alcohol-to-Jet, Fischer-Tropsch and Methanol-to-Jet, produce 5–25 wt% bio-/e-naphtha as a by-product alongside SAF, diesel and other products.

Gasolfin converts these by-products into 64–88 wt% bio-/e-olefins, turning them into a highly attractive additional revenue stream for green molecule plants.

Gasolfin converts sustainable feedstocks into green base chemicals

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