1. Provide effective project management and the quality of partner’s participation;

2. Support and assess the activities;

3. Manage communication and coordination among the partners and with the European Commission.

1. Preparation of the porous substrate to host the hydrogen splitting electrodes;

2. Deposition of thin and dense electrolyte layers and estimation of their residual stresses;

3. Development of the hydrogen recombination electrode;

4. Characterization and optimization of the developed proton conducting ceramics (PCC) for efficient and cost-effective hydrogen purification (at least 10 000 h at ca. 600 °C).

1. Design, construct and optimize the methane decomposition (MD) membrane reactor;

2. Production of ceramic plates loaded with the best performing MD catalyst and their integration in the MD cells;

3. Production of the best performing PCC cells for integrating in the MD membrane reactor;

4. Model and simulation of the whole membrane reactor based on a CDF platform and using a phenomenological approach.

1. Integration of proton conducting ceramics (PCC) and methane decomposition (MD) cells in the membrane reactor, optimization and characterization;

2. Long-term stability and performance.

1. Inform and monitor key performance indicators along the project;

2. Guide the development technology towards more sustainable solutions;

3. Benchmark the materials and technology against alternative technologies, and help future suppliers and customers making more and better-informed decisions.

4. Perform the life cycle and environmental assessments and social impact.

1. Setting up the most appropriate dissemination strategies;

2. Development of the exploitation mechanisms;

3. Dissemination of the results amongst the target audiences;

4. Establishment and implementation of an effective communication process;

5. Organization of 112CO2 events;

6. Building-up an interdisciplinary community and to create an innovation ecosystem.