Step 1 of the FlashPhos process – the Dryer-Grinder

Step 1 of the FlashPhos process – the Dryer-Grinder

The first step in the FlashPhos process is a Dryer-Grinder. Have you ever questioned yourself why this is? In this blog, you will learn everything about it. Why do we want to dry and grind the sludge for the FlashPhos process? Mechanically dewatered sewage sludge is a...
NewsFlash Released

NewsFlash Released

The second issue of the FlashPhos NewsFlash is published. Let us share our project updates and news on phosphorus recovery and circular economy with you. We wish you a pleasant read!                                                                                     ...
FlashPhos at ESPC4 and PERM5

FlashPhos at ESPC4 and PERM5

From June 20th – 22nd, 2022, the FlashPhos project is present at the 4th European Sustainable Phosphorus Conference 2022 (ESPC4) and the 5th European Phosphorus Research Meeting (PERM5) in Vienna, Austria. ESPC4 and PERM5 gather companies, regional and national...
FlashPhos General Assembly Meeting

FlashPhos General Assembly Meeting

On June 1 and June 2, 2022, the FlashPhos General Assembly Meeting took place in Seville, gathering all project partners in the capital of Andalusia. Host of the meeting was project partner INERCO. After the Steering Committee Meeting in Leoben, Austria, in November...
How does the FlashPhos concept work?

How does the FlashPhos concept work?

FlashPhos will demonstrate at a large scale a thermochemical process to sustainably produce high-quality white phosphorus (P4) and other valuable raw materials using sewage sludge as input material. The FlashPhos concept follows an economically and ecologically sound...
Why sewage sludge and why white phosphorus?

Why sewage sludge and why white phosphorus?

In May 2021, 17 large companies, SMEs, non-profit organisations and universities from 5 EU countries have started to work on our H2020 project FlashPhos, aiming to build and operate a pilot plant to convert 250 kg per hour of dried sewage sludge at more than 1500°C to...