Topics (set but not limited to)
FUNDAMENTALS OF LOW-TEMPERATURE FUEL CELLS
01 Electrocatalysis of the oxygen reduction and the hydrogen oxidation reaction
02 Membrane materials for acidic & alkaline fuel cell
03 Design of membrane electrode assemblies (MEAs)
04 Pt and Pt-free electrocatalysts
05 Catalyst and MEA degradation mechanisms
ELECTROLYSIS & ELECTROLYZERS
06 Electrocatalysts for the oxygen and hydrogen evolution reactions
07 Electrolysis in alkaline and acidic media
08 CO2 reduction to fuels and chemicals
DIRECT FUEL CELLS
09 Methanol and ethanol oxidation
10 Glucose oxidation
11 Microbial and enzymatic fuel cells and electrolysis (see separate call www.I-MEEP.com)
ADVANCED DIAGNOSTICS & MODELING
12 Transport characterization in porous transport layers
13 Analysis of MEA degradation and evaluation of mitigation strategies
14 Operando analysis
15 Modeling of kinetics and transport
APPLICATIONS & DESIGN OF FUEL CELLS, ELECTROLYZERS & SYSTEMS
16 Design of MEAs and flow-fields for high current density operation
17 Stack and stack component design and operation
18 Stack and system characterization and integration
19 Durability, lifetime and LCA
20 Balance of plant components for fuel cells and electrolyzers
21 Other pioneering applications and systems (sensors. etc.)
HYDROGEN PROCESSING
22 Purification and Compression
23 Materials and devices for on-board and off-board storage
24 Distribution and Fuelling
25 Balance of plant components
MARKET & DEPLOYMENT
26 Major regional & company demonstration and developments
27 Early-market applications (fork lifts, etc.)
28 Hydrogen vehicles and infrastructure, integration, testing, applications and markets
29 Combined heat and power
30 Portable devices
31 Hydrogen economy models and scenarios, competing technologies
32 H2FC assessment, applicability & education
OTHERS
33 Success stories, assessments, education, investments, services,…
34 Keynote - Plenary Presentation - Invited Talks
35 Others
If you have questions, inputs or suggestions concerning the topics
please do not hesitate to email to TUM@efcf.com