# https://project-spectrum.eu


## Posts

- [Thermal (PVT) Innovation](https://project-spectrum.eu/thermal-pvt-innovation/): The official kickoff of IEA SHC Task 73 in Berlin marked a significant step forward for the PVT community, bringing together experts to drive the development and market adoption of Photovoltaic-Thermal technology. Key takeaways from the kickoff meeting:✅ Stakeholder-driven KPIs: Defining performance indicators that align with the needs of policymakers, investors, and end users is crucial for accelerating adoption.✅ Raising awareness: Enhancing visibility and understanding of PVT’s benefits is a central focus, helping to expand market acceptance.✅ Collaborative innovation: Task 73 fosters strong partnerships among industry leaders, researchers, and innovators to advance PVT solutions through 2028.With strong synergies between Task […]
- [International Energy Agency (IEA) SHC Task 73: Advancing Photovoltaic - Thermal (PVT) Innovation](https://project-spectrum.eu/international-energy-agency-iea-shc-task-73-advancing-photovoltaic-thermal-pvt-innovation/): The official kickoff of IEA SHC Task 73 in Berlin marked a significant step forward for the PVT community, bringing together experts to drive the development and market adoption of Photovoltaic-Thermal technology. Key takeaways from the kickoff meeting:✅ Stakeholder-driven KPIs: Defining performance indicators that align with the needs of policymakers, investors, and end users is crucial for accelerating adoption.✅ Raising awareness: Enhancing visibility and understanding of PVT’s benefits is a central focus, helping to expand market acceptance.✅ Collaborative innovation: Task 73 fosters strong partnerships among industry leaders, researchers, and innovators to advance PVT solutions through 2028.With strong synergies between Task […]

## Pages

- [SPECTRUM Workshops](https://project-spectrum.eu/project-results/spectrum-workshops/): SPECTRUM Workshops Watch the full workshop recordings to revisit the discussions and discoveries that are driving innovation of hybrid solar technologies   SPECTRUM’s First Workshop: Materials for solar photochemistry applications https://www.youtube.com/watch?v=dMcIOOjhWoI
- [Press Releases](https://project-spectrum.eu/press-releases/): Press Releases Official statements and media mentions about SPECTRUM’s impact and progress Download Download
- [Newsletter](https://project-spectrum.eu/newsletter/): Newsletter Stay informed with the latest updates, insights, and milestones from the SPECTRUM project Download
- [News](https://project-spectrum.eu/news/): News Catch up on key announcements, activities, and stories from across the SPECTRUM consortium
- [Promotional Material](https://project-spectrum.eu/promotional-material/): Promotional materials Explore and download official branding assets, templates, and guidelines to ensure a consistent visual identity for the Spectrum project. Project poster and brochure Brochure Poster Roll-up Download Download Download
- [Sister Projects](https://project-spectrum.eu/sister-projects/)
- [About the Project](https://project-spectrum.eu/about-the-project/): About Spectrum SPECTRUM develops a groundbreaking solar collector that maximizes the solar spectrum to enhance industrial wastewater treatment. It converts waste into solar fuel through photocatalytic remediation and H2 cogeneration. The system optimally uses UV for H2 production and pollutant degradation, infrared for thermal energy, and visible-NIR for PV electricity, boosting solar efficiency. SPECTRUM Concept The development of low cost, sustainable photocatalysts with focus on dual-functional photocatalysis processes, i.e. H2 production and pollutants degradation, and considering the easy recovery and reuse of the catalysts. Development of spectral splitting solutions to separate Infrared part of the solar spectrum allowing the PV […]
- [Contact](https://project-spectrum.eu/contact/): Contact us   info@project-spectrum.eu Contact us
- [Project Results](https://project-spectrum.eu/project-results/): Project Results Explore the research-driven results and tested innovations emerging from SPECTRUM’s work packages WP1 WP2 WP6 WP7 MS1 Shortlist of 5 industrial wastewaters sources for SPECTRUM applications Download D1.1 Guidelines on the potential of Industrial Wastewaters as sources of sacrificial agents for photocatalytic H2 production Download MS5 Key challenges, advancements, and gaps in hybrid technologies for polygeneration identified Download MS6 Design Key Performance Indicators established Download MS16 SPECTRUM website online Download D6.1 Communication and dissemination strategy plan Download D7.1 Project Management Guidelines Download D7.2 Scientific and Technical Report Download D7.3 Data Management Plan Download D7.4 Risk Management and Quality […]
- [Consortium](https://project-spectrum.eu/consortium/): Consortium The SPECTRUM consortium is Consisting of 10 partners with a rich geographical distribution, encompassing Portugal, Spain, Italy, Germany, Belgium, the United Kingdom and Sweden, the consortium involves 4 universities, 3 research centres and 3 SMEs having well defined roles within the project Solarus Renewables AB As a key industry partner, Solarus Renewables develops innovative solar solutions that focus on maximising energy output. Solarus bridges academia and industry, providing market insights to guide the project’s commercialization pathway. Ciemat CIEMAT is a prominent public research organisation that advances knowledge in energy technologies and environmental studies. CIEMAT supports SPECTRUM with its expertise […]
- [Home](https://project-spectrum.eu/): The SPECTRUM project aims to create innovative solar technologies for industrial applications by conceiving, developing, prototyping and testing lab-scale prototypes of solar collectors that fully harness the solar spectrum by converting solar radiation into three renewable energy vectors (solar heat, solar electricity and green hydrogen) while performing industrial wastewater treatment. Currently no hybrid solar collector concept for combined generation of heat, electricity and H2 with industrial wastewater treatment has been presented, prototypes or tested at lab-scale. By the end of the SPECTRUM project two novel concepts of such hybrid collector will have been developed and labscale prototypes will have been […]


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