All course times are listed in Central European Time
The importance of sustainability in aviation has grown over the past decade as the industry strives to achieve ambitious decarbonisation goals. New regulations, technologies and innovations will all contribute to the greening of the skies, but the solution seen as the most impactful is Sustainable Aviation Fuels (SAF).
This course will uncover the latest developments, pathways, policies and techno-economic analyses driving the adoption and growth of SAF produced from eFuels and Power to Liquids (PtL) processes. It will also cover the scalability and timelines for the widespread use and adoption of these processes and their exciting current and future prospects.
The Masterclass is suitable for aviation and non-aviation industry professionals alike, and for industry stakeholders seeking to gain a better understanding of an opportunity that is set for enormous growth over the coming decades.
Key course features include:
Access to six hours of training and course materials taking place over two days
Gain access to insights, knowhow and knowledge of an expert on eFuels
Interactive modules where questions can be asked directly to the trainer during the course
End of session Q&A each day with the trainer for additional questions you might have
All presentation materials and recordings of every session provided for future reference (and in case you have to step away)
Course Certificate of Attendance
Download the brochure to see…
A complete breakdown of key topics within the agenda
Detailed information on each expert trainer
The benefits of attending this online interactive course
A full overview of the sessions taking place each day
Information on how to book your place and what’s included
Course benefits
Get a solid grounding and introduction to eFuels and PtL
Understand the pathways and feedstocks available for synthetic jet fuel, including electrolysis, CO2 capture, Direct-Air-Capture (DAC), Fischer-Tropsch, renewable energy and green hydrogen
Receive an in-depth understanding of the techno-economic considerations, plant configurations and technologies for e-Fuels
Production of sustainable PtL fuels and the use of renewable electricity from solar and wind energy
Economic considerations, technical suitability of PtL fuels, the influence of synthetic fuels on pollutant emissions and high-altitude climate impact
Futureproof your business to prepare and take advantage of upcoming changes in SAF policies and future mandates for eFuels in SAF usage
Meet the trainer
Dr. Valentin Batteiger
Strategic Research Coordinator - Future Aviation Fuels
Bauhaus Luftfahrt e.V.
Valentin coordinates the research on future aviation fuels at Bauhaus Luftfahrt, a think tank with a long-term focus on future mobility and future air travel. His current research interest is in various alternative fuel pathways that potentially enable large-scale renewable fuel supply for aviation.
He co-authored an expert background paper on the perspective of power-to-liquid pathways for aviation (‘Power-to-Liquids: A scalable and sustainable fuel supply perspective for aviation’).
Valentin represents Bauhaus Luftfahrt in the aireg initiative (aireg – Aviation Initiative for Renewable Energy in Germany e.V.) and serves in the Technical Advisory Board of the Aviation Climate Taskforce.
Valentin has been involved in the first solar-thermochemical synthesis of kerosene within the EU. On the biofuel side, he coordinates the EU project CIRCULAIR that develops technologies to convert agricultural residues into jet fuel via a coupled advanced biofuel and power-to-liquid pathway.
Course outline and schedule
DAY 1
Module 1: Introduction to synthetic fuels: Power-to-liquid and eFuels
Providing an overview and introduction to synthetic fuels for the aviation industry and other sectors
Detailing kerosene as turbine fuel for civil aviation
Evaluating a scalable and sustainable supply for aviation fuel
Outlining the challenges, pros and cons of synthetic fuels compared with other production pathways, including the economics of eFuel production and high electricity demand
Understanding and measuring the sustainability criteria and benefits of PtL fuels
Module 2: Production pathways and feedstock availability for PtL and
eFuels for SAF
Detailing the role of electricity, renewable energy and green hydrogen for eFuel production
Technology overview: Electrolysis and hydrogen storage
eFuels from carbon capture: CO2 provision, point sources and DAC
Explaining the Fischer Tropsch and methanol-to-jet pathways
Reviewing the schematics of PtL production via Fischer-Tropsch synthesis
End of session Q&A
DAY 2
Module 3: Overview of techno-economic considerations, plant configurations and technologies for e-Fuels
Detailing techno-economic analyses to determine process configurations and optimise projects
PtL scalability - Providing an overview of scale-up analyses
Outlining the economic considerations and plant configurations for eFuel production
Estimating CAPEX and OPEX for PtL projects
Module 4: Analysing timelines, mandates, policies and regulatory landscape for eFuels
Providing an overview of policies and mandates in place to scale up the production of eKerosene for the aviation industry, including RefuelEU Aviation in the EU, and German national policies
Highlighting projected fuel demand vs. technical potential in Europe and across the globe
Detailing transition scenarios and their implications for ramp-up rates
Understanding the importance of mandates in helping to drive and ensure broader commercial production of SAF via synthetic routes
Assessing the timeline for the wide-scale development and production of synthetic fuel – What are the prospects for fully synthetic fuelling?
End of session Q&A
Interested in speaking to a member of our team before booking your place?
Contact us directly below, or alternatively, complete this short form with your enquiry and we will be in touch to answer your questions:
Contact:
Nick Cassidy
Client Services Manager
E: Nick.Cassidy@safcongress.com
T: +44 (0) 20 3355 4230