A long, elevated highway bridge supported by tall white pillars spans an urban area with buildings below and hills in the background. Vehicles, including trucks, are visible on the bridge, and the scene features surrounding infrastructure like roads and railways.

Genoa Bridge

On 3rd August 2020, the new San Giorgio Bridge in Genoa, Italy has been opened. It replaces the Morandi Bridge which collapsed in August 2018. The new bridge that world-famous architect Renzo Piano has designed for his hometown of Genoa has a total length of 1,067 metres.

Heidelberg Materials has supplied high-performance building materials for the new bridge. The special concrete mix design, which was developed at the i.lab, Heidelberg Materials' research and innovation centre in Bergamo, follows the principles of innovation, sustainability, and quality.

The raw materials of the concrete – cement and aggregates – came from local providers selected for meeting the strict design requirements in terms of mechanical resistance and durability, which are essential for such an important structure. 

In addition, the companies have reduced the carbon footprint, for instance, by using CEM III blast furnace cement, produced at the Calusco d’Adda cement plant and ground at the Novi Ligure cement plant, which is remarkable for its high recycled material content (around 40%), its low level of CO₂ emissions (about 500 kg/t of cement), and its ability to produce concrete of high durability. 

In total, 67,000 cubic metres of concrete have been required for the construction of the new bridge. 

The ready-mixed concrete plant Genova Chiaravagna, which supplied part of the concrete, has received the Silver CSC-certification for responsibly sourced concrete – the highest category for suppliers. The cement plant Calusco d’Adda has obtained the same CSC certificate.

This certificate is issued by the Concrete Sustainability Council (CSC), an international certification authority for sustainability in the construction materials industry. With the certification system, CSC aims to further improve transparency of the concrete production process throughout the entire value chain as well as its social and environmental impact.

A curved bridge with a large crowd on it, the Italian flag is hoisted by a crane attached to a fire truck

Italcementi and Calcestruzzi: Technology and Quality Materials for the San Giorgio Bridge in Genoa

Project Data

  • Renzo Piano

    Architect

  • 67.000 m³ concrete

    Material

  • 2020

    Completion

  • Certificate for sustainable building materials: CSC Silver

    Additional facts

Location

Genova (Italy)
Bridge at night, illuminated with the colours of the Italian flag

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge under construction, view from below

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

Bridge pier under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge pier under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge pier under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

view of a quarry

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

bridge under construction

Genoa Bridge. Heidelberg Materials' subsidiaries Italcementi and Calcestruzzi have supplied high-performance building materials for the new bridge.

A long, elevated highway bridge supported by tall white pillars spans an urban area with buildings below and hills in the background. Vehicles, including trucks, are visible on the bridge, and the scene features surrounding infrastructure like roads and railways.

Genoa Bridge.

Curved highway overpass supported by tall, cylindrical concrete pillars; dense greenery visible in the background on the left.

Genoa Bridge.

A brightly lit modern bridge at night with tall streetlights lining the span, supported by wide concrete pillars. In the background, urban buildings dot a hillside under a dark sky.

Genoa Bridge.

Angled view of a modern architectural structure at night, showcasing large, evenly spaced columns supporting a sleek, illuminated overhang with a metallic finish, emphasizing geometric lines and depth.

Genoa Bridge.

An illuminated curved overpass at night, supported by tall concrete pillars, with lights evenly spaced along its underside and greenery visible below.

Genoa Bridge.

Nighttime view of a modern, illuminated bridge spanning across a valley with tall concrete pillars. Surrounding the bridge are buildings, roads, and parking areas lit by streetlights, with darker hills in the background. The image highlights the bridge's sleek design and urban setting.

Genoa bridge.