Our Major Projects unit is responsible for the management of the entire construction cycle of large infrastructure works, through the assumption of the role of Sole Project Manager, or Sole Process Manager for the design and implementation of relevant contracts in the environmental and water fields, and more generally for all of Acea's large infrastructure investments.
euros of engineering performance fee
euros of work value
major works in the process of design
euros of engineering performance fee
euros of work value
major works in process of design
We are experts in the management of large infrastructure investments and mainly deal with:
Sole PM (RUP)/Work Manager activities with related assistance.
Project management
Works management
Functional and technical-administrative testing of the systems
Coordination of safety during the design and execution phase
Support for the verification of the technical-professional suitability of contractors, subcontractors, services, hot charters and self-employed workers
Carrying out safety inspections (on behalf of the RUP/Work Manager or the CSE - Safety Coordinator during execution) on construction sites
The project aims to adapt the plant and the environmental arrangement of the waste-to-energy plant, with the creation of a fourth line that increases its treatment capacity, optimises the layout, improves efficiency and architectural insertion.
Acea renews the Marcio Aqueduct, providing 25% of the water in Rome. The first phase involves the construction of two pipelines on over 7.5 km, improving the water supply for 16 municipalities. The service execution fee is 100% Acea Infrastructure (DOCFAP; technical and economic feasibility project) and the tender-based amount is €182,809,000 (of which €6,501,000 is security costs).
DOCFAP; Technical and economic feasibility project
October 2019 – November 2022
Acea Ato 2
Municipalities of Agosta, Albano Laziale, Ariccia, Castel Gandolfo, Castel Madama, Ciampino, Frascati, Guidonia, Mandela, Marano Equo, Marino, Mentana, Montecelio, Monterotondo, Pomezia, Rome, San Polo dei Cavalieri, Tivoli
7.3 km of track
Pipes of diameter DN1800 / 2000 mm
304,670 m3 of earth moved
With the new Ottavia-Pineta Sacchetti connection, Acea improves the safety and reliability of the water supply in Rome, enhancing transport from the main sources to the western areas and the coast. The service execution fee is 100% Acea Infrastructure (technical and economic feasibility project) and the tender-based amount is €94,330,000 (of which €5,439,000 is security costs).
Technical and economic feasibility project
September 2021 – October 2022
Acea Ato 2
Municipality of Rome
5.2 km of track
Pipes of diameter DN2000/2500 mm
180,112 m3 of earth moved
The first phase of the 'Doubling of the VIII Siphon' project enhances Rome's water system, ensuring robustness and flexibility. Concrete-clad steel conduits connect the Marcio Aqueduct to the Southeast quadrant of the city. The service execution fee is 100% Acea Infrastructure (technical and economic feasibility project) and the tender-based amount is €59,840,000 (of which €3,725,000 is security costs).
Technical and economic feasibility project
September 2021 – November 2022
Acea Ato 2
Municipalities of Albano Laziale, Ardea, Castel Gandolfo, Ciampino, Frascati, Pomezia, Rome
580 m of track
Pipes with a diameter of DN1600 mm
55,200 m3 of earth moved
The Simbrivio-Doganella aqueduct system project improves resilience and water management for over half a million people. The construction of two segments, for a total of 16.5 km, closes the hydraulic networks and increases management flexibility, ensuring safety even in vulnerable areas. The service execution fee is 100% Acea Infrastructure (technical and economic feasibility project) and the tender-based amount is €65,463,000 (of which €3,725,000 is security costs).
Technical and economic feasibility project
September 2021 – October 2022
Acea Ato 2
Municipalities of Cave, Genazzano, Labico, Pisoniano, Rome, San Vito Romano, Valmontone
16.5 km of track
Pipes of diameter DN600 / 1000 mm
105,702 m3 of earth moved
