General framework of the activity
As an independent company, our commitment is to develop success oriented solutions with a strong know-how and a success oriented international team. CETEAL have a strong experience in the design of structures. Therefore, the company are devoted to help you at every stage of your project. From feasibility to detailed engineering and construction drawings, their process meets the construction and installation requirements. The company mobilize his forces to coordinate all the interfaces of the project.
Specific skills in the MRE field
Since 2011, CETEAL is involved in the design of steel and concrete foundations for tidal turbines and offshore wind turbines. With this experience, CETEAL has made the observation that steel and concrete are two very different materials and the economic optimum can not be the same for both materials that require adapted designs.
The company offer the conception of offshore Wind and Tidal Turbine foundations, Met Masts, Substations, etc. from conceptual to detailed design and construction drawings.
Armed with an Oil & Gaz and Civil Engineering experience, CETEAL opt independently for the most relevant solution choosing from the various concepts and material to be used – steel or concrete. The company targeting cost and planning optimization, looking to meet construction and installation requirements.
On the ground of a strong know-how in concrete and steel structures, CETEAL design:
- GBS
- Monopiles
- Jacket
- Skirt piles
- Electrical Substation topsides
- Concrete/steel Hybrid Structures
Products or services in MRE
FECAMP – GBS Wind turbine foundations 2014
Client : EDF EN, Dong Energy
FECAMP – Quay reinforcement for GBS construction 2014
Client : EDF EN, Dong Energy
NOVA SCOTIA – Tidal turbine subsea base 2014-2015 / Canada
Client : DCNS, Openhydro
PAIMPOL BREHAT – Tidal turbine subsea base 2014-2015
Client : DCNS, Openhydro
XCF concrete offhore wind floater
Own product
CETEAL proposes a new wind turbine floater treating the specificities of concrete construction upstream of the design to eliminate the potential problems related to the use of this material. The results of the basin tests were very conclusive and confirm the design options.
