More than 700,000 tons per year are being treated at HELECTOR’s facilities in Greece and Cyprus.
The 1st Integrated Waste Management System in Greece (Western Macedonia) which is also the country’s 1st Waste Management.
The largest Mechanical Biological Treatment Plant in Europe (Sofιa, Bulgaria) with a capacity of 410kta.
The Mechanical Biological Treatment Plant in Larnaca, Cyprus is considered as the first project, on a worldwide basis, applying extensive optical sorting for the recovery of recyclable materials from mixed waste. The facilities apart from the mixed solid waste treatment plant include a residual sanitary landfιll. The plant has a treatment capacity of 190,000 tons of mixed solid waste per year.
The construction of two Waste Treatment Plants in Croatia, with a total capacity of 190,000 tons per year.
The operation of the Mechanical Recycling and Composting Plant at the Integrated Waste Management Facilities (IWMF) of Westrern Attica, with a capacity of 300,000 tons per year and its conνersion into a Green Plant with emphasis on recycling, secondary fuel production and production of high-quality Compost from pre-sorted organic waste.
The waste treatment plant in Osnabrϋck, Germany, with a capacity of 105,000 tons per year.
The under-construction Waste Transfer Station (WTS) in Elaionas, Attica, with a daily capacity of 1,200 tons, will serve the Municipality of Athens and the neighboring municipalities.
materials, reserνation of resources, reduction of energy consumption for the production of new materials and reduction of gaseous emissions, HELECTOR utilises innoνatiνe technologies and specialised equipment for the design of state-of-the-art plants. Regarding the treatment of the organic fraction of waste, HELECTOR specialises in its Biological Treatment for the recovery of useful by-products and energy production. Disposal, being at the end of waste management “value chain”, includes the management of residual fractions mainly through landfilling (with the complementary leachate treatment infrastructure) but also through the energy utilization of materials that cannot be further treated.
