The lignin fraction of plant biomass is a highly abundant but currently underutilized renewable resource. On the other hand, finding ways to utilize CO2 is strongly encouraged for environmental reasons. LingCO2 aims to address challenges related to the biological upgrading of these two potential but challenging carbon sources. In the research, multidisciplinary methods related to molecular and metabolic engineering, bioanalytics, and bioprocess engineering are employed.
Project
Metabolic integration of lignin and CO2 utilization for enhanced carbon recovery and bioproduction (LingCO2)
Tampere University
Duration of project1.9.2022–31.8.2027
Area of focusTechnology
Research Council of Finland
Faculty of Engineering and Natural Sciences
Tampere University
phone number+358401981158
Hervanta Campus
Suvi Santala