26.07.2021 – Milan, Italy
Maire Tecnimont S.p.A. announces that its subsidiary Tecnimont S.p.A. has been awarded a contract by Repsol for the realization of a Polypropylene Unit and a linear Polyethylene Unit on an EPC (Engineering Procurement and Construction) Lump Sum Turn-Key basis, as part of Repsol’s expansion of Sines Industrial Complex in Portugal.
The total contract value is approximately €430 million. The project scope of work entails complete engineering services, equipment and material supply, installation and construction activities and, as an optional part of the scope, commissioning and start up. The project completion is expected by 2025. The new Polypropylene and linear Polyethylene Units, which represent the largest industrial investment in Portugal in the last ten years, will have a capacity of 300,000 tons per year each and will be located inside Repsol’s industrial complex in Sines, Portugal. The technologies applied in both units will guarantee maximum energy efficiency and will be the first of their kind to be implemented in the Iberian Peninsula, making the Sines Industrial Complex one of the most advanced in Europe due to its flexibility and a high degree of integration.
Repsol is a global multi-energy company established in Spain and listed on the Spanish Stock Exchange for 25 years. Its products are distributed in nearly 100 countries to around 24 million customers. Repsol Industrial Complex in Sines is the largest chemical site in Portugal.
Pierroberto Folgiero, Maire Tecnimont Group Chief Executive Officer, commented: “We are really enthusiastic to support a reputable player such as Repsol in its industrial commitment to enabling its petrochemical expansion while creating sustainability, wealth and quality employment. We are honoured to play a strategic role in the largest investment in Portugal in the last decade, contributing with our technological know-how and distinctive competencies in managing innovative projects to implement these next-generation units, which will produce high-quality plastic materials for highly specialized applications”.