Albania
Municipal Urban Infrastructure III – Berat, Kucova Librazhd and Prrenjas (Albania) Elaboration of a Feasibility Study for the improvement of the water infrastructure of the towns Berat and Kucova (update of the feasibility study elaborated in 2011). The two towns are situated in the service area of the Water utility company UK Berat-Kucova. A list of measures to improve the water supply infrastructure and collection of waste water of the two municipalities and surrounding villages has been prepared. A major importance was laid in the assessment of the population development, water demand and sewage production. The pollution loads for the design of individual WWTPs were assessed. Variants of waste water treatment plants were designed and the costs of the construction and operation were assessed. A corresponding feasibility study and a list of measures for the villages Librazhd and Prrenjas were prepared. The two towns are serviced by the Water Utility company UK Librazhd. Variants of waste water treatment plants were designed and the costs of the construction and operation were assessed.
Projekt: Astana Water Modernisation – Feasibility Study The WWTP of Astana has a capacity of 950,000 p.e.60 (year 2018) and will be upgraded to to a load of 1,220,000 p.e. for the year 2030. In the study the production of excess sludge until 2030 was assessed and different options for the manipulation of excess sludge (digestion, energy production, dewatering, drying, drying beds, dumping at a landfill, use in agriculture, incineration, pyrolysis) were evaluated. The main sludge treatment plants were designed on a conceptual basis
Consulting Services for the preparation of the detailed Design and Tender Documents, Assistance of the PEA in Tendering and Contracting and Construction Supervision”for the Construction of the WWTP Salfeet. A conceptional design of several process technologies and evaluation of the process and construction and operation costs was prepared for the final decision on the purification process. The Detail engineering of the selected technology (Imhoff tank and trickling filter) was executed and the tender documents for the construction of the selected plant (Yellow FIDIC) were prepared. The WWTP has been designed for a capacity of 20,500 p.e.60 for the design horizon 2032 and 28,000 p.e.60 for 2045.
Technical Assistance to the Water Supply and Sanitation Sector Albania": Strengthen water utilities and LGUs. The main objective of the component was to increase the managerial and operational capacity of the utilities, and to establish a framework for training provision in the sector. • Provision of technical assistance for the operation of the WWTPs at Durres (activated sludge with digestion and bio-gas works power generation) and Kavaje (trickling filters), and in order train the staff of WWTPs on site for the general operation of a WWTP and sludge digestion • Preparation and guiding of a study tour for technical and administrative staff of the GDWSS to Austria, paying site visits to several operating WWTPs, explanation of the applied process technologies, discussion with the operators learning about the daily duties and works and administrative tasks • Provision of 5 days training through a 15 days workshop (including lectures) in Tirana, Albania, to key GDWSS staff in the selection of treatment processes to meet identified needs • expansion of the capability of the existing benchmarking system to accept wastewater performance indicators (sewerage, wastewater treatment, and effluent quality).