Sludge2Energy

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions

13/10/2026 PROJECTS
Sludge2Energy at RETASTE 2026: From Compost to Energy Recovery, Exploring Solutions for Sewage Sludge
GREEN
Sludge2Energy at RETASTE 2026: From Compost to Energy Recovery, Exploring Solutions for Sewage Sludge

At RETASTE 2026, Sludge2Energy partners from Cyprus and Türkiye presented practical routes for turning sewage sludge into value, from co-composting with green waste to energy self-sufficient pyrolysis and a national roadmap for energy recovery.

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions

13/10/2026 PROJECTS
Sludge2Energy at RETASTE 2026 Explores Whether Sewage Sludge Poses a Threat to Soils and Crops
GREEN
Sludge2Energy at RETASTE 2026 Explores Whether Sewage Sludge Poses a Threat to Soils and Crops

At RETASTE 2026, Sludge2Energy presented Mediterranean research on sewage sludge contaminants and their potential risks to soils and crops, supporting evidence-based decisions on safe agricultural reuse.

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions

03/10/2026 PROJECTS
Sludge2Energy Analyses Plant Tissue Samples to Assess Contaminants and the Safety of Sludge Reuse
GREEN
03/10/2026 PROJECTS
Sludge2Energy Completes Infrastructure Works for Pyrolysis Unit in Manisa, Türkiye
GREEN
Sludge2Energy Completes Infrastructure Works for Pyrolysis Unit in Manisa, Türkiye

The infrastructure works for the installation of the Sludge2Energy pyrolysis equipment at the Manisa (Central) Wastewater Treatment Plant in Türkiye were completed on 1 September 2026, paving the way for the next phase of the 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

22/09/2026 PROJECTS
Sludge2Energy Study Identifies 97% Energy Efficiency Potential for Sewage Sludge Pyrolysis
GREEN
Sludge2Energy Study Identifies 97% Energy Efficiency Potential for Sewage Sludge Pyrolysis

A new Sludge2Energy study by Dokuz Eylül University in Turkey simulates sewage sludge pyrolysis and identifies conditions for energy self-sufficiency while producing both energy and biochar.

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions

22/09/2026 OPPORTUNITIES PROJECTS
Sludge2Energy Extends North Aqaba, Jordan Pyrolysis Unit Tender Deadline to 5 October 2026
GREEN
Sludge2Energy Extends North Aqaba, Jordan Pyrolysis Unit Tender Deadline to 5 October 2026

The deadline to bid for the design and construction of a complete pyrolysis unit at the North Aqaba Wastewater Treatment Plant (Jordan) has been extended to 5 October 2026.

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions

22/09/2026 PROJECTS
Sludge2Energy Experts in Egypt Explore How to Turn Sewage Sludge from a Burden into a Resource of Energy and Materials
GREEN
Sludge2Energy Experts in Egypt Explore How to Turn Sewage Sludge from a Burden into a Resource of Energy and Materials

On 30 August 2026, 15 experts from Egyptian ministries brought together with research centers and academia to discuss how sewage sludge can shift from waste to a resource of Energy and Materials.

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions

11/09/2026 OPPORTUNITIES PROJECTS
Sludge2Energy: tender deadline extended for the North Aqaba pyrolysis unit
GREEN
Sludge2Energy: North Aqaba tender extended

The deadline to bid for the design and construction of a complete pyrolysis unit at the North Aqaba Wastewater Treatment Plant (Jordan) has been extended to 14 September 2026.

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions

31/08/2026 PROJECTS
Sludge2Energy at RETASTE 2026: Exploring the Safe Reuse of Sewage Sludge in Agriculture
GREEN
Sludge2Energy at RETASTE 2026: Exploring the Safe Reuse of Sewage Sludge in Agriculture

At RETASTE 2026, Sludge2Energy presented sampling results from soil, plants, and sewage sludge, exploring whether agricultural sludge reuse can be both safe and sustainable.

Pyrolysis of Dried Sewage Sludge for the Production of Energy and Biochar as a Multifactor Process for Energy Efficiency and Reduction of Gas Emissions