Manufacturing of the tailored nanoparticles developed and optimized by Lurederra.

Leader of WP3. 3D printing of the developed zeolitic material. Modelling and characterization of the structured catalysts.

Synthesis of nanoparticles and its modification for its homogeneous incorporation into stable dispersions. Environmental assessment.

Support on modules printing. Development of business plan and economic studies. Health, safety, security and environmental assessment.

Provision of a real stream of biogas that after appropriate pre-treatment will be introduce in the catalytic reactor, which will be installed in the biogas plan facilities. Feedback of real data acquired by the pilot scale catalytic reactor operation. LCA, techno-economic evaluation and risk and safety assessment.

Production of zeolitic materials. Characterization of physicochemical and mechanical properties of the catalysts, modelling of the reactor.

Leader of WP8. Responsible for dissemination and exploitation related activities, in order to maximize exploitation opportunities.

Feedstock pre-treatments requirements; development and testing of upstream and downstream pre-treatment and purification components. Provisioin of active materials and components for scaling-up. Modelling activities for the optimization of components. Physico-chemical characterization.

Project coordinator. Leader of WP2 (multi-scale modelling) and development of the model of the complete system. Support on activities of design of the prototype reactor. Upscaling correlations.

Supply of natural gas from different locations. Process definition, task modelling and validation of the reactor.

Validation of catalyst at lab-scale.

Definition of requirements and conditions of the reactor, characterization of physicochemical and mechanical properties and performance of the catalyst. Leader in design and construction of prototype reactor.

Synthesis and scaling up of catalysts, validation and demonstration of conversion process.

Preparation of core-shell catalysts. Structural and morphological characterization of the developed samples. Study of catalyst reaction.

CFD and multiscale modelling of the reactor for design, optimization and scale up.