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Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions
NEWS
Sludge2Energy Moves Towards Implementation as Pyrolysis Units Progress Across Cyprus, Türkiye and Jordan
Three Sludge2Energy partner countries are advancing procurement for pyrolysis units at their wastewater treatment plants. In Jordan, the Aqaba Water Company has issued an open tender, proposals due by 8 July 2026.
Sludge2Energy Project Takes a Key Step Towards Turning Wastewater Sludge into a Resource in Aqaba, Jordan
Sludge2Energy assess how wastewater sludge can be valorized as an energy resource, bringing the Sludge2Energy project closer to real-world impact.
Sludge2Energy Hosts Site Visit and Pre-Tender Conference to Advance Renewable Energy Recovery in Jordan
Aqaba Water reaffirms and provides further details on the Site Visit and Pre-Tender Conference for the Sludge2Energy Project on 15 June 2026 in Aqaba, Jordan.
Sludge2Energy Field Campaign in Greece Supports Circular Bioeconomy and Resource Recovery Solutions
The Sludge2Energy project conducted a sampling campaign in Greece (26–28 May 2026), collecting soil and plant samples and engaging with wastewater treatment stakeholders to support sustainable sludge management and circular bioeconomy solutions.
Sludge2Energy announces a tender to Support Innovation in Water Infrastructure
Aqaba Water Company announces a new tender initiative to reinforce innovation and sustainability in water and wastewater management.
Sludge2Energy Launches Tender for Innovative Wastewater Sludge-to-Energy Pilot Plant in Larnaka
The tender aims to introduce innovative sludge treatment technologies that enhance resource recovery and sustainable wastewater management in Larnaka.
Sludge2Energy Launches Call for Economic Operators for innovative Sludge Treatment Solutions
Sludge2Energy invites economic operators for the supply and installation of innovative sludge treatment systems to enhance energy recovery and environmental performance.
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.