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Advancing bioenergy through Pyrolysis, Hydrothermal Liquefaction and Solvent Liquefaction of Biomass

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Latest News 17.07.2022:

PyNe 51 – Published!

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Inside this Issue

Page 4: Ablative fast pyrolysis demonstration project in California
Page 6: HP-HTL technology – pathway for waste valorization and plastic circular economy
Page 11: Important commercial steps towards bio-based gasoline from pyrolysis oil
Page 13: Pilot scale fast pyrolysis bio-oil fractionation by liquid-liquid extraction
Page 17: Upgrading of biomass pyrolysis volatiles to syngas using 3D-printed lattice-structured catalyst in an
electrified reformer
Page 20: LOHC for upgrading of pyrolysis oil – insights from a lab-scale batch reactor study
Page 24: Pyro2022 in Ghent/ Belgium
Page 26: Task 34 Workshop at VTT in Finland

 

 

 

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Round Robin Archive

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Direct Thermochemical Liquefaction (DTL)

Click on topics in this graphic to learn more about the principles of DTL.
Feedstock Solvent Liquefaction Fast Pyrolysis Bio-crude Properties Bio-oil Properties Upgrading Applications Heat and Power Biofuels Materials and Products

As part of the IEA Bioenergy Agreement, the purpose of Task 34 is to:

  •  Develop Biofuel standards to support commercialization of DTL technologies.
  • Validate and standardize analytical methods for thermally liquefied biomass
  • Encourage exchange of information with our stakeholders
  • Support technoeconomic assessment of biomass liquefaction technologies

In partnership, we want you to:

Want to know more about Biofuels from Direct Liquefaction?   Browse our information database.