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


PyNe 45 – Published!

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Inside this Issue:

Page 1: Axel Funke: New member Denmark to host Task 34

Page 3: Benjamin Bronson, Dillon Mazerolle, Travis Robinson: Consequences of using an immiscible quench fluid for engineering scale R&D in fast pyrolysis

Page 11: Kai Toven: Norway joins IEA Task

Page 13: Nanta Sophonrat, Tobias Brink, Kurt Sjöblom: Biocarbon for metallurgical applications

Page 18: Karola Woods: BRISK2 Project

Page 21: Nicholas Schwartz: Automated, Continuous Pyrolysis Reactor for Process Research and Optimization

Page 24: Bingfeng Guo, Ursel Hornung, Nicolaus Dahmen: Hydrothermal liquefaction within a microalgae biorefinery

Page 28: Lasse Rosendahl: HTL Expert Workshop


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.

IEA Energy Technology Network IEA Bioenergy, also known as the Technology Collaboration Programme (TCP) for a Programme of Research, Development and Demonstration on Bioenergy, functions within a Framework created by the International Energy Agency (IEA). Views, findings and publications of IEA Bioenergy do not necessarily represent the views or policies of the IEA Secretariat or of its individual Member countries.