Methanol to jet
There is a great need for processes for efficient production of sustainable aviation fuels from forest-based residues. Methanol is an intermediate and platform chemical that can be produced efficiently from different types of biomass and then used in different applications. In this project, technology is developed to convert biomethanol to jet fuel
The zeolite ZSM-5 is used as a catalyst for the commercial production of alkenes or gasoline from methanol. A separate process for the production of heavier hydrocarbons (jet and diesel) from alkenes with the same catalyst has also been demonstrated. LTU has patented a new catalyst with higher stability and lower diffusion resistance and demonstrated that this results in a longer service life and a higher yield of heavier hydrocarbons during petrol synthesis. The project develops a completely new process for the production of heavier hydrocarbons directly from methanol with the new catalyst which should be optimal for the purpose. Only a mild hydrogen treatment is then needed to obtain jet fuel. The technology is potentially very efficient and flexible, as both methanol and jet fuel / petrol can be produced with high yield and sustainable methanol can be produced from many raw materials and there is also the possibility to steer towards the production of petrol or diesel. Production costs and climate footprint are estimated to demonstrate the competitiveness of the technology.
Summary
Project name
Methanol to jet
Status
Active
RISE role in project
Teknikutveckling och tekno-ekonomisk analys
Project start
Duration
24 månader
Total budget
7 MSEK
Partner
Haldor Topsoe, Luleå Tekniska Universitet
Funders
Energimyndigheten