ELLAKTOR S.A.

Announcement of important fact

ELLAKTOR SA informs the investment community that its subsidiary HELECTOR SA signed the following contracts:
1. Concession contract for the project 'Study, construction, finance and concession of the management for 25 years of the Waste Treatment Unit of the Prefecture of Imathia' between HELECTOR SA (Contractor) and the Unified Waste Management Association of the Prefecture of Imathia (Contracting Authority). The project includes the construction of the first integrated waste management unit in Greece, with a total capacity of 100,000 tonnes per year, and similar Sanitary Landfill Residues (CHYTY), while for the treatment of the waste, depending on the composition of these, a combination of aerobic and anaerobic process will be used.
The Contractor will be responsible for the financing of the project with own resources (own and borrowed funds).
2. Service contract for the project "Emergency support services, operation, maintenance and repair of E.R.P." between the contractor joint venture HELECTOR SA - ENVITEC SA' (a 50% stake for each member) and the Association of Communities and Municipalities in the Attica region (A.C.M.A.R. - Contracting Authority).
The annual contractual scope of the project amounts to € 17,668,000 plus V.A.T. and revisions and it includes the operation and maintenance of the existing Engineering Recycling and Composting Plant (E.R.P.) maintained by the A.C.M.A.R. in the Ano Liosia area. The contract period is annual with option to be extended for six (6) months, while the total amount of incoming waste is 254,000 tonnes per year.
3. Service contract for the project "Services for the operation of leachate treatment units of Fili and Ano Liosia landfills" between HELECTOR S.A. and the Association of Communities and Municipalities in the Attica region (A.C.M.A.R. -Contracting Authority).
The contract is for five years, while the conventional object is € 14,363,000 plus VAT and revisions. The aforementioned units treat 600 cubic leachate per day and use modern reverse osmosis and evaporation processes.