Next Med
Project: Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions
Sludge2Energy Converts Wastewater Sludge into Energy and Circular Solutions
Sludge2Energy uses a circular approach combining solar drying, pyrolysis, and biochar production to turn wastewater sludge from a disposal challenge into a valuable resource supporting more sustainable, low-emission solutions.
Sludge2Energy: Transforming Wastewater Sludge into Biochar as a High-Value Output for Circularity and Carbon Storage
Through pyrolysis, the Sludge2Energy project converts dried wastewater sludge into biochar, turning waste into a valuable resource that supports circular applications and long-term carbon storage.
Sludge2Energy: Unlocking Clean Energy and Biochar from Dried Sludge Through Pyrolysis
The Sludge2Energy project uses a pyrolysis process to convert waste into energy-rich gases and biochar by heating dried sewage sludge in a low-oxygen environment. This approach transforms a disposal challenge into valuable energy and circular resources at a pilot scale.
Sludge2Energy: Turning Wastewater Sludge into Clean Energy Through Solar Drying Innovation
Solar drying is a core enabler of Sludge2Energy, using natural solar energy to reduce sludge moisture, enhance process efficiency, and support a low-emission pathway for sustainable energy recovery and resource valorization.
Sludge2Energy opens a Postdoctoral Research Position in Itlay
12-month research contract at Niccolò Cusano University (Italy), co-financed by the EU-funded Interreg NEXT MED project Sludge2Energy
Sludge2Energy celebrates the Day of the Mediterranean for safer sludge management
Smarter sludge and wastewater management can cut emissions and create local value across the Mediterranean.