Our global presence

SUSTAINABLE PORTS, ECONOMIC PROGRESS

Ports that welcome innovation and sustainability with open arms. There is another way to develop port projects so as to boost economic progress and take care of the natural environment at the same time.

PORT CONSTRUCTION

ACCIONA has designed and constructed more than 50 ports worldwide, constituting an essential infrastructure for international trade in goods and passengers. The company promotes the adaptation of these facilities to the era of low-carbon activities, creating truly transformational and sustainable infrastructures to improve people's lives.

To achieve this, ACCIONA uses one of its biggest port engineering assets, through which it has established its reputation as a world reference in port projects using framed dock technology.

El KUGIRA: dique cajonero flotante para grandes obras portuarias

The Kugira floating dock, the largest in Europe and one of the largest of its kind in the world, produces caissons that are 70 m long, 36 m wide and 35 m high in just 10 days. It is capable of building docks and 200-metre quays in as little as a month.

Kugira is one of the structures best adapted to the reality of the main challenges facing our planet, which push us to seek more efficient solutions for the future. It saves up to 50 % of raw material resources in construction processes and contributes to reducing pollution, acoustic impact and accidents in the context of port construction.

It saves up to 50 % of raw material resources in construction processes and contributes to reducing pollution, acoustic impact and accidents in the context of port construction.

Composite materials, the best allies for port projects

In this line of innovation, ACCIONA has designed cylindrical composite caissons to minimise the environmental impact of port projects. A material better adapted to the corrosive conditions of the marine environment and integral to an environmentally friendly production process, it prevents 75 % of CO2 emissions compared to existing floating caisson construction techniques. In total, the company manages to reduce emissions of CO₂ by up to four times the emissions of a conventional port construction site.

Composite materials prevent 75 % of CO2 emissions compared to existing floating caisson construction techniques.

Key figures

+50 ports

designed and built

4x

reduction in emissions from conventional sites