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...
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...
Phosphorus is more than just a nutrient for crops – it is a strategic element underpinning modern food security, energy storage, and industrial technologies. Historically, phosphorus has been synonymous with agriculture. Fertilizers supply the essential nutrient that...
The EU project FlashPhos is taking a pioneering approach to recover phosphorus from sewage sludge ash in its elemental form (P₄). The process is already being implemented and tested at pilot scale, aiming to demonstrate a sustainable, circular alternative to Europe’s...
When people think of critical raw materials, they might picture rare earths, lithium, or even oil. But there’s one element quietly running the show behind the scenes of modern industry: white phosphorus (P₄). You won’t see it in shops or on labels, but P₄ is a...
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