The FlashPhos project has reached an important milestone with the completion of its Front-End Engineering Design (FEED) study, marking a decisive step toward full-scale industrial implementation of sustainable phosphorus recovery. The FEED study translates FlashPhos...
Turning innovative research into industrial reality is one of the greatest challenges for new circular-economy technologies. With the completion of its Front-End Engineering Design (FEED) study, the FlashPhos project has taken a decisive step toward that goal. The...
We are pleased to share that a new research article has been published in Open Transport, led by FlashPhos coordinator University of Stuttgart and with contributions from our project partner Buss-SMS-Canzler GmbH. The paper, Pilot drying-grinding system for pulverized...
We are excited to share a new paper from our partners TU Graz and ARP: “Development of a Numerically Inexpensive 3D CFD Model of Slag Reduction in a Submerged Arc Furnace for Phosphorus Recovery from Sewage Sludge”. This work introduces a numerically efficient 3D CFD...
Europe faces growing pressure to secure access to phosphorus – a critical raw material essential for both food production and clean energy technologies. Insights from a recent expert workshop show that circular solutions such as the EU-funded FlashPhos project can...
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