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The outcomes of the actions during project can be summarized as follows:

  • Improving materials for fuel cell stacks and refining their quality control methods.
  • Novel concept of aqueous-phase reforming studied as pre-reforming technology of methanol.
  • Highly efficient gas-phase reformer developed.
  • Custom-made fuel cell system for demonstration purposes developed.
  • Mobile CHP container, acting as platform for fuel cell system developed. Integration and short-term test of CHP system executed.
  • Final demonstration activities focusing on stand-alone performance demonstration of fuel cell system in relevant conditions.
  • Scalability, cost reduction, low carbon footprint, and business potential for project concept proven.

The selected project outcomes were presented in the final webinar on 29 November 2023. Presentations given in the event may been download from here.

Project reports

D2.1 Quality control methods for MEA and bipolar plate production

D2.3 Selection and validation of stack materials

D3.2 Aqueous phase reformer design and initial catalyst selection

D3.3 Aqueous-phase reformer – catalyst selection adaption and characterization

D4.1 Specification report

D4.4 Design study for pressurised 50-100 kW HT-PEMFC system

D5.1 System safety assessment

D5.2 Report on initial system validation

D5.3 Report on system demonstration in relevant conditions

D5.4 Study of scaling the methanol fuelled CHP system to 50-100 kW

D6.1_Communication plan

D6.3 Updated communication plan

D6.8 Report on inital seminar and open workshop

D6.9 Summary of H2 summer school

D6.10 Report on industry stakeholder workshop

D6.11 Report on environmental analysis

D6.12 Initial market potential and business analysis

D6.13 Final report on market potential and business analysis


Peer reviewed scientific journal articles

Lakhtaria P, Ribeirinha P, Huhtinen W et al. Hydrogen production via aqueous-phase reforming for high-temperature proton exchange membrane fuel cells – a review [version 2; peer review: 1 approved]. Open Research Europe 2021, 1:81 (