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Drinking water systems in Kosovo
Sustainable supply of drinking water

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Water & Waste Water
Kosovo: Hand in hand for a sustainable supply of drinking water
Picture: Dorsch

The youngest state in Europe, the Republic of Kosovo, with approx. 1.9 million inhabitants, counts among the poorest of the Balkan states. Many of the drinking water systems are over 30 years old and have been severely damaged and neglected during the past political unrest. Therefore, the Swiss Government, represented by the SDC (Swiss Agency for Development and Cooperation), commissioned the working group CDI (Community Development Initiatives) and the Dorsch Gruppe, as an independent planning and engineering office, to ensure the general overhauling and improvement of the water supply and the wastewater systems. This large – scale project has entered the final phase, and it will be concluded in December 2020.

Since 2000, the Swiss Cooperation Office in Kosovo has been investing in the water sector, supporting the development and growth of water supply companies and, at the same time, ensuring that rural communities are supplied with clean water. This enabled Kosovo to achieve over 80% of their Millennium Development Goals by December last year. The country is also well on the way to reaching the UN sustainability goals in terms of water. Since 2000, the project has successfully connected over 600,000 households to the public drinking water supply grid. This large – scale project was divided into six phases; the current – and final – Phase VI serves as the “exit phase”, which aims to support all seven of the country’s water supply companies by boosting their capacity. During the earlier phases, the focus was on building up the infrastructure; now the main focus is on enabling the water supply companies to work successfully over the long term. The staff is being trained on site by means of training sessions and sharing best practice within the framework of pilot projects. Getting the remaining rural areas connected to the drinking water supply grid is also part of the focus. Added to this is the designation of water conservation areas, to protect certain areas from dangerous influences (e.g. pollution) and to reduce energy consumption and loss of water, e.g. through leaks in the pipelines.

Hand in hand for a sustainable supply of drinking water

The water supply companies are responsible for operating and maintaining the water supply and wastewater systems. Often, however, there is not sufficient qualified personnel on site, and there are not adequate financial resources to keep the local systems in long-term operation. Pilot projects on the spot help the water supply companies to deal with these themselves, for example by implementing joint programmes for the reduction of water losses, planning rehabilitation measures or implementing jointly developed operation and maintenance plans. Two water conservation areas were chosen and designated accordingly: before the close of the project, three more conservation areas will follow. In 23 pilot areas, water losses are being reduced through cooperation, is it by replacing derelict pipelines or introducing more efficient administration. In two additional regions, plans are being made for how energy losses could be reduced by over 5%, through comprehensive measures.

Water & Waste Water

New laying method in water
New laying method in water

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Rohr Rohre Pipe Tube Water Wasser Waste Abwasser Industrie Industry

For the rehabilitation of a drinking water pipeline in the district of Aalen, 200 km north-east of Munich, Germany, the Denso Group Germany protects weld seams from corrosion very quickly and efficiently using a new laying method that floats in water.

For this method, the pipeline was first laid in the water: Just ten minutes after applying the Densolen-AS50 tape system to the weld seam, the pipe was pushed into a tunnel flooded with water. The pipeline was then drained four months later. This is impressive as pipelines are normally not immediately and permanently exposed to corrosive media. The test results provided by the “Verband der Fernwasserversorgung” (Remote Water Supply Association) prove: The standard requirements of DIN EN 12068 for a high-quality protection of the weld seams are satisfied.

Direct flooding and extended operation in water are major challenges for field joint applications. This unprecedented method shows: The three-ply Densolen tapes fuse together very rapidly. A diffusion-resistant protective hose is quickly generated, with reliable performance even when permanently exposed to fluids. The single-tape system was applied in at least a three-layer wrapping using the engine-driven Densomat-11 application device.

The drinking water pipeline is one of the region’s main arteries. One of the two steel pipelines, with a nominal diameter of DN 1200, was restored for long-term use. Water flows through two parallel tunnels over almost two kilometres at 1,800 litres per second. The construction measure is expected to be completed in the spring of 2019.

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News Water & Waste Water

Lonza
Divestment of Water Care Business

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Lonza announced the completion of the divestment of its former Water Care business and operations to Platinum Equity for USD 630 million. The strategic agreement between both parties was already announced on 1 November 2018.

The company plans to re-invest parts of the proceeds of the Water Care disposal into the Healthcare Continuum and will continue to focus on deleveraging as has already been communicated. Earlier Lonza also announced the internal alignment of its business structure and a new Executive Committee member to further strengthen the company’s position along the Healthcare Continuum.

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Videos Water & Waste Water

Belt Dryer
Sewage Sludge Drying

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Huber Industry Process

Example STP Innsbruck: Huber Belt Dryer BT 16 including an innovative heat recovery concept.

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