GRThe article discusses the upgrade of the Psittalidaia wastewater treatment plant, operated by EUDAP, which is the largest biological wastewater treatment facility in Greece. The third phase of the project, known as 'Psittalidaia 3,' involves expanding the treatment capacity to capture microplastics, pharmaceutical residues, and cosmetic remnants, while reducing energy consumption and reusing treated water for industrial or other purposes. The board of directors approved a tender process for a feasibility study costing 9.3 million euros. The upgrade is necessary due to the aging infrastructure—31 years since the first phase began in 1995 and 22 years since the second phase started in 2004. The new system aims to meet stricter European regulations on urban wastewater and improve energy efficiency. The project will focus on four areas: water recovery and reuse, optimization of treatment processes, compliance with EU standards, and modernization of equipment.
Tendenz-Einschätzung (Mitte): The article presents factual information about a public infrastructure project without overt ideological framing. It focuses on technical upgrades, regulatory requirements, and operational improvements without taking a partisan stance. While the topic relates to environmental policy—a politically-ch
Warum diese Bewertungen (Faktentreue 95 · Objektivität 90): The article provides detailed and specific information about EYDAP's upgrade plans for the Psyttales wastewater treatment plant, including technical details like phosphorus removal, microplastics, and energy efficiency improvements. The facts are well-supported by quotes from officials and contextua
