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# Home

## Sitemaps

- [XML Sitemap](https://project-coral.eu/sitemap.xml): Contains all public & indexable URLs for this website.

## Beiträge

- [CORAL Website Online](https://project-coral.eu/?p=565) - The CORAL website is officially online. Here you will find useful information about the scope and the advances of the project. Additionally, our partners are introduced.

## Seiten

- [Startseite](https://project-coral.eu/) - CORAL is a 3.5 year research project exploring a novel concept for metal oxidation utilizing retrofitted coal-fired fluidized bed power plants.
- [Workpackages](https://project-coral.eu/?page_id=419) - What's done Work Outline Throughout the CORAL project, five different work packages will be carried out. Workpackage 1 Retrofit Concept Development Workpackage 3 Model Development Workpackage 5 Coordination and Dissemination Workpackage 2 Fluidized Bed Tests Workpackage 4 Techno-Economic Assessment Objectives Retrofit Concept Development Identify modifications of the existing steam generator of a fluidized bed boiler
- [News & Events](https://project-coral.eu/?page_id=562) - Read more
- [Partners](https://project-coral.eu/?page_id=221) - The CORAL consortium consists of nine international members, incluing universities, research centers and industrial partners. These are: Technical University of Darmstadt (TUDA)The Institute of Energy Systems and Technology at TU Darmstadt is a leading research institution in power plant technology and CO2 capture technologies. With extensive facilities including a 1 MWth pilot plant for dual
- [Contact](https://project-coral.eu/?page_id=223) - contact information If you would like to contact us, you can do so using the following form
- [Concept](https://project-coral.eu/?page_id=331) - Our Approach Iron as Energy Carrier This project introduces an innovative approach to energy storage and CO₂–free heat and power generation by harnessing the cyclic reduction and oxidation of metal oxides. The process employs a retrofittable approach to existing coal-fired fluidized bed power plants, utilizing a hydrogen-based reduction of metal oxides and subsequent oxidation in
- [Imprint](https://project-coral.eu/?page_id=435) - Technische Universität DarmstadtInstitute for Energy Systems and TechnologyOtto-Bernd-Straße 264287 DarmstadtGermany Read more Contact Email: info@est.tu-darmstadt.de Phone: +49 6151 16-23002

## Meine Templates

- [Partners](https://project-coral.eu/?elementor_library=partners)
- [Standard-Kit](https://project-coral.eu/?elementor_library=standard-kit)

## Kategorien

- [News](https://project-coral.eu/?cat=16)