Sanitary Landfill in Maliq

Due to changing consumption patterns, waste management has become a major challenge for the local authorities in recent decades. A lack of financial resources and know-how prevented rapid solutions from being realised. Before the construction of this sanitary landfill in Maliq, there were numerous uncontrolled dumpsites in Korçё region. These dumpsites have posed a danger to the environment and people at several locations.

With the support of the German Government through KfW Entwicklungsbank, the first sanitary landfill of Albania has been constructed in Maliq. The landfill has been designed and constructed considering high environmental standards of European Union.

The base of the landfill consists of several layers to prevent leachate (polluted water generated in waste body) from seeping into the groundwater. Through a piping system, the leachate is collected and directed to a treatment plant. For the treatment of the leachate, one of the most advanced technologies in the world, namely reverse osmosis, is used. The treated water has a quality similar to the quality of the water in Devoll River.

Every waste collection truck entering the landfill site is weighed so that the quantity and volume of the waste disposed in the landfill can be monitored.

The landfill staff coordinates the trucks delivering waste to the landfill and controls the content of the waste whether there are materials which are not allowed to be disposed in the landfill. According to a plan, the waste is emplaced and compacted by a special machine called compactor.

In order to prevent windblown littering, bad odours, access of animals, the waste is regularly covered with soil.

After achieving sufficient quantities of waste, a landfill gas collection system will be installed. The landfill gas contains methane which is a greenhouse gas and 21 times more harmful than carbon dioxide. In order to eliminate methane, the collected gas will be burned in a special treatment plant. The generation of landfill gas will continuously be monitored and if the methane content and the quantity are sufficient, a gas engine will be installed to generate electricity and heat using landfill gas.

The lifetime of the landfill is estimated to be 20 years. Towards the end of this period, a closure and remediation plan will be prepared and possibilities for a reutilisation of the landfill site, e.g. for solar panel, recreational field or alternative vegetative cover development, will be assessed.

Before starting with any re-use activity, the waste will be covered with a surface sealing system. This will prevent rainwater from entering the landfill body and thus minimise the generation of leachate and landfill gas. Pipes in the surface sealing system will allow collecting landfill gas for treatment.

According to national regulations, the environmental impacts of the landfill will be monitored for a period of at least 20 years after closure.