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Conti, Federica

Conti, Federica

PROJECT TITLE: Hydrothermal Liquefaction of Organic Waste Sources for Biocrude Production

PhD period: 2017.08.01 – 2019.01.14. (has been prolonged till 2019.07.14)
Section: Fluid Mechanics and Combustion 
Research Programmes: Biomass 
Supervisor: Lasse Rosendahl
Co-Supervisor: Thomas H. Pedersen
Contact Information

Collaborators: The Norwegian University of Science and Technology (NTNU); iNANO, Aarhus University; Shell Denmark; Steeper Energy;Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences; CanmetENERGY; Department of Biotechnology, Chemistry and Environmental Engineering, Aalborg University; Paul Scherrer Institute.
Funding: Innovation Fund Denmark; Inbiom.


The increase in global energy demand, the decrease of fossil resources, and local and global environmental issues push to investigate new sustainable technologies to increase the production and use of alternative fuels. For being competitive on the market, biofuels require to have a production cost comparable to those of traditional fuels. The cost of the organic feedstock material often accounts for more than a third on the total production cost, therefore the use of waste organic fractions as feedstock to produce substitute fuels allows increasing the overall efficiency of their production process. This perfectly matches the political pressure in increasing recycling rates, valorizing waste fractions and the general idea of creating a more circular economy.

Considering the above aspects, the current study is aimed to investigate the potential of the Hydrothermal Liquefaction (HTL) technology when processing waste plastics, and organic waste sources as manure and wastewater cultivated willow. HTL is a thermochemical process which is capable of converting various carbon sources into a biocrude product, a sustainable fossil crude substitute which consists of highly valuable chemical compounds.

Linking together the environmental benefits, deriving from the utilization of waste sources, with the production of biofuels and chemicals, it provides double advantages.


Publications in journals and conference papers may be found at VBN.