• CERAWEEK
  • March 10 - 14, 2025

Jan M. Henke

Meo Carbon Solutions GmbH and International Sustainability and Carbon Certification

Director

Dr. Jan Henke is the Director for Meo Carbon Solutions, a management consultancy focusing on sustainability, climate change, renewable resources, bio- and circular economy, and certification. While working with Meo, Dr. Henke was involved from the beginning in the development of International Sustainability and Carbon Certification (ISCC) and Global Risk Assessment Services (GRAS) in multi-stakeholder processes. He is currently also the Managing Director of Global Risk Assessment Services and Board Member of the coffee certification scheme 4C. Dr. Henke is working globally on topics of renewable resources, sustainability, renewable energies, supply chain analysis, climate change, land use and land use change, GHG calculations, the bio- and circular economy, and sustainability certification for all markets. Additionally, Dr. Henke is involved in the further development of ISCC for the bio-based and circular economy. He has many years of experience in biofuel markets, their regulatory framework, and GHG calculations for biofuel pathways. Dr. Henke acquired his PhD while working for four years at the Kiel Institute for the World Economy in the research area of environmental and resource economics. He has also studied international economics at the University of Tübingen in Germany.


Sessions With Jan M. Henke

Tuesday, 10 March

  • 10:30am - 11:20am (CST) / -

    What are Likely Feedstocks for Advanced Biofuels?

    Downstream, Midstream & Chemicals

    Advanced biofuels are beginning to make in-roads into the transportation fuels market due to decarbonization policies and technology. Renewable diesel and jet fuel are the leading fuels that rely on low-carbon bio-oils—such as used cooking oil, fats, and tallow—and existing technologies. However, it is unlikely that these fuels and feedstocks alone can meet the targets of existing and emerging policies. Other feedstocks will be needed. What are likely feedstocks for advanced biofuels? What is the status of processing technologies to produce large amounts of biofuels from these feedstocks? What enabling technologies are needed? Can advanced biofuels and feedstocks compete with the life cycle and economics of non-liquid transport fuels?