Summary
SOREC2 aims at developing a breakthrough technology for a direct transformation of sunlight and CO2 into chemicals, such as ethanol or ethylene, for a safe energy storage. SOREC2 brings expertise in photonic structure design (for optimal sunlight harvesting) together with expertise in catalysis (to reduce CO2 into products that can store chemical energy or with a high economical interest). On the light harvesting side, ICFO will develop a system composed of three complementary light-absorbing elements in order to obtain the largest possible broadband sunlight harvesting. This system will rely on newly developed light trapping nano-configurations and will enable fine tuning of the potential energy needed for the reduction reactions via an innovative arrangement of the low, middle and high bandgap materials. CALTECH will develop a hybrid catalyst system, exploiting a novel combination of CO2 reduction catalysts with a redox/proton mediator to lower overpotentials and enhance selectivity towards C2 products such as ethanol or ethylene. For the photoanode, where the chemistry and the optics in a photoelectrochemical cell (PEC) are interwoven, UAB and ICFO will design a multilayer configuration to achieve an optimal electro-chemistry, while not undermining the optical performance of such PEC. To ensure a transformation of the scientific research into a technology breakthrough with substantial economical and societal impacts, SOREC2 incorporates UNIFE to define the PEC upscaling roadmap and the companies GEM, SAULE, and VITSOLC for the creation of new markets. Finally, to identify non-technical barriers (such as political, economic, and societal) that SOREC2 may encounter, and to engage relevant stakeholders and citizens on the route towards market uptake, SOREC2 incorporates DBT, a non-profit organization whose mission is to ensure that technology development is shaped and informed by cooperation between citizens, experts, stakeholders, and decision-makers.
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| Web resources: | https://cordis.europa.eu/project/id/101084326 |
| Start date: | 01-11-2022 |
| End date: | 31-10-2025 |
| Total budget - Public funding: | 3 084 266,25 Euro - 3 084 266,00 Euro |
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Original description
SOREC2 aims at developing a breakthrough technology for a direct transformation of sunlight and CO2 into chemicals, such as ethanol or ethylene, for a safe energy storage. SOREC2 brings expertise in photonic structure design (for optimal sunlight harvesting) together with expertise in catalysis (to reduce CO2 into products that can store chemical energy or with a high economical interest). On the light harvesting side, ICFO will develop a system composed of three complementary light-absorbing elements in order to obtain the largest possible broadband sunlight harvesting. This system will rely on newly developed light trapping nano-configurations and will enable fine tuning of the potential energy needed for the reduction reactions via an innovative arrangement of the low, middle and high bandgap materials. CALTECH will develop a hybrid catalyst system, exploiting a novel combination of CO2 reduction catalysts with a redox/proton mediator to lower overpotentials and enhance selectivity towards C2 products such as ethanol or ethylene. For the photoanode, where the chemistry and the optics in a photoelectrochemical cell (PEC) are interwoven, UAB and ICFO will design a multilayer configuration to achieve an optimal electro-chemistry, while not undermining the optical performance of such PEC. To ensure a transformation of the scientific research into a technology breakthrough with substantial economical and societal impacts, SOREC2 incorporates UNIFE to define the PEC upscaling roadmap and the companies GEM, SAULE, and VITSOLC for the creation of new markets. Finally, to identify non-technical barriers (such as political, economic, and societal) that SOREC2 may encounter, and to engage relevant stakeholders and citizens on the route towards market uptake, SOREC2 incorporates DBT, a non-profit organization whose mission is to ensure that technology development is shaped and informed by cooperation between citizens, experts, stakeholders, and decision-makers.Status
SIGNEDCall topic
HORIZON-CL5-2021-D3-03-02Update Date
09-02-2023
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