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ROUTES FOR PRODUCTION OF TRANSPORTATION FUELS VIA DEOXYGENATED BIO OIL

Hydrogen is necessary for Sweden to have transportation fuels from biogenic
feedstocks. In Prodeox, we are researching techno-economic and environment
friendly processes to produce this hydrogen.

This project is carried out within the collaborative research program Renewable
transportation fuels and systems (Förnybara drivmedel och system), Project no.
P50466-1. The project is financed by the Swedish Energy Agency and f3 – Swedish
Knowledge Centre for Renewable Transportation Fuels. Large R&D efforts have been
directed towards studying pyrolysis processes for biooil production and
upgrading to transportation fuels. However, there is still a gap in scientific
literature about integration of different processes/technologies for producing
clean hydrogen for the hydrodeoxygenation step for bio-oil upgrading.

The figure above shows the integration of four possible hydrogen generation
processes (i) biomass gasification (w/wo CCS) (ii) NG reforming (w/wo CCS) (iii)
electrolysis (iv) IH2 , with the bio-oil upgrading process.

This project aims at developing and strengthening knowledge about production of
biofuels via biomass feedstock pyrolysis and hydrodeoxygenation, including
various hydrogen sources, to produce stable bio-oil that can be further upgraded
in existing refinery plants to gasoline, diesel and jet fuel. Four different
process routes, including also the refinery and CCS (when relevant) will be
investigated.

Key performance indicators associated with energy and economic performance and
important insights on opportunities and constraints of possible utilization and
integration of process routes in existing infrastructure will be provided. The
project partners include KTH Royal Institute of Technology, Chalmers University
of Technology and Cortus Energy AB.

KTH Taggar:
 * transportation fuels
 * hydrodeoxygenation
 * pyrolysis bio-oil
 * biomass gasification


Page responsible:Shareq Mohd Nazir
Belongs to: F3-ProDeox
Last changed: Mar 19, 2021



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