PROCESS: Combined pyrolysis and chemical leaching process (CHARLENE), currently patented (EU: EP4095107A1), allowing the transformation of biogenic waste into two different products

TECHNOLOGY: Patented technology ( four international patents) for the treatment of sewage sludge able to address the main challenges for the wastewater treatment plant operators, including phosphorus recovery as mineral fraction compatible with existing industrial supply chains

PROJECT: Project funded by the "Collabora & Innova" Call for Proposals of the Lombardy Region aiming to transform sewage sludge into a strategic resource for environment and industry, promoting circular economy and sustainability

PROJECT: Project funded by Minister for Environment and Energy Security as part of the “Mission Innovation 2.0” initiative, aiming to develop innovative circular approaches through the implementation of technological solutions and integrated strategies at plant scale, able to ensure phosphorus removal from wastewater and recovery as sustainable secondary raw materials

PROJECT: MSCA (Marie Skłodowska-Curie Action) Doctoral Network project funded by the European Commission, aiming to train 15 highly qualified young researchers, with multidisciplinary skills, developing in particular professionals skills for optimizing biogenic waste conversion technologies and designing innovative solutions for recycling them into high-value secondary raw materials

PROJECT: STRUVITE – Treatment of livestock effluents and digestates to reduce emissions and produce Struvite

PROJECT: FLASHPHOS - The complete thermochemical recycling of sewage sludge

PROJECT: PHOSTER - Phosphorus and magnesium recovery from waste streams for production of high-value renewable fertilizers

TECHNOLOGY: Integrater thermochemical process for the combined recovery of carbon and phosporus and raw materials from residual matrices

TECHNOLOGY: Innovative thermochemical process for phosphorus recovery

PROJECT: DEASPHOR - Design of a product for SUBSTITUTION of phosphate rocks

PROJECT: PHIGO -Thermal Processing of P-rich ashes aiming for HIGH-GRADE PHOSPHORUS Products

Recovery of phosphorus by agricultural recovery of digestate from civil sewage sludge and other organic waste co-digestion

Recovery of phosphorus by BioDryer process and P-Series Pyrolysis from sewage sludge and organic waste

 Integrated bio-platform

 Production of microbiotic biots, able to increase phosphorus uptake of plants

Phosphorus uptake of plants increasing through agricultural residues as soil conditioner

Promotion of rhizosphere microrganisms interaction (mycorrhiza)

The project DEASPHOR aims phosphorus-recycling from poultry litter ash since the direct utilization of poultry litter has eight times more P than plants need. However, further P-concentration is needed to make poultry litter capable of substituting phosphate rocks. Therefore exploratory and innovative solutions are proposed.

Poultry manure based bioactivator for better soil management through bioremediation (POREM LIFE17 ENV/IT/333 POREM)

Phophorus recovery from wastewater. PHOSTRIP technology

Wasterwater Dephosphatation for agrifood industry

Digestate a NPK renewable fertilizer (SYSTEMIC and NUTRI2CYCLE projects)
Phosphorus recovery as struvite from digestate through crystallization

Residual biomass thermochemical conversion

STRUVIA TM technology