CReative Construction Of DefoSSilized Value Chains – CROSS
Deep decarbonization of the society requires rethinking of the production routes and value chains with a radical switch to renewable carbon, utilizing all available indigenous biomass resources/residues.
Biomass-derived alcohols offer a plethora of solutions for producing industrially important chemicals (IIC) and energy carriers utilizing common infrastructure.
This project aims at developing an integrated alcohol biorefinery with common production routes for IIC and energy carriers, thus providing improved economies of scale and a holistic solution for decarbonizing Sweden. More specifically, debottlenecking of the routes for production of C4+ products and utilization of byproducts from ethanol production is of focus. The long-term goal is to design a modular, biorefinery with the expected CO2 savings ranging between 70 and 75 ktpa.
The project will be a steppingstone for next generation biorefineries, which will enable distributed sustainable solutions creating new value chains.
Efthymios Kantarelis
KTH Royal Institute of Technology
ekan@kth.se
Project information
Participants
KTH
Lund University
Perstorp AB
Bona Sweden AB
Lantmännen
Time schedule
November 2022 - December 2025
Total cost of project
9 384 704 SEK
Swedish Energy Agency project number
2022-00538
More projects
The potential of a bio-based concrete “ink” for sustainable 3D printing: review and perspectives
The Swedish Government’s Climate Action Plan 2019 underlines the need for creating a common understanding about the transition to bioeconomy and knowledge…
Manager: Magdalena Rajczakowska
Ongoing
Improved forecasts of logging residues for precision planning
Today’s geopolitical situation and roadmaps towards fossil freedom have increased the demand for domestic forest fuels in Sweden. There is an ecological…
Manager: Raul Fernandez Lacruz
Ongoing
Biobased Heat Transfer Fluid
Closer to market with alternative use of product In this project, Biobase Sweden AB has carried out a techno-economic analysis for a…
Manager: Per Wiklund
Completed: 31 december 2023