Our maritime offshore solutions:
give an access to water & energy
Faced with environmental and energy challenges, finding sustainable and efficient project solutions has never been more urgent. Geocean is at the forefront, offering expert offshore solutions that meet these critical needs:
Our expertise includs installing water management systems (outfalls and water intakes) for desalination and wastewater treatment plants, as well as heating and cooling solutions using seawater. We also provide complete offshore LNG terminal installations and develop floating wind turbine projects with tailor-made land connection solutions. As partners in your maritime ambition, we support you from design to execution.
Geocean: Transforming Challenges into opportunities
Join the energy transition with our turnkey gas terminals. Your LNG marine construction offers an alternative to more polluting energy sources such as coal or oil. This solution is also more flexible and easier to implement than an onshore gas terminal.
Our systems unlock savings and eco-friendly efficiency with our cutting-edge Sea Water Air Conditioning (SWAC) solutions. Harness thalasso-thermal energy for sustainable cooling and heating, with options for standalone or networked systems.
Floating terminals are complex infrastructure. Geocean can support you in your operations to extend the life of your existing offshore infrastructure or in your decommissioning projects.
With over 40 years of expertise in offshore work and projects, Geocean is your partner in deploying offshore solutions for marine renewable energies (MRE). Among these solutions, we propose the installation of hydraulic infrastructures to supply fresh water for hydrogen production, using seawater.
Geocean develops and accounts for the carbon footprint of all our projects to make them as environmentally friendly as possible and to work towards the 2030 and 2050 targets set by the VINCI Group.
Currents sea energy
It uses the movement of seawater generated by natural marine currents to drive turbines.
Sea energy
It harnesses the energy of rising and falling tides. Tidal dams or underwater turbines can convert this energy into electricity.
Waves energy
It converts the kinetic energy of waves into electricity using various floating devices or devices fixed to the seabed.
Sea thermal energy
It exploits the difference in temperature between surface seawater, heated by the sun, and cold deep-sea water to produce electricity.
Offshore energy
Thanks to our experience in offshore projects and the installation of anchoring systems, we are already positioned as a strong player in the emerging floating wind market.
