Bardot Group

LA CIOTAT,  13600

  • Booth: 2115

BARDOT Group is a world leading company specialized in innovative marine energies. We provide turnkey EPCI packages for Oil & Gas and Renewable Energy projects, in subsea applications. Our original areas of expertise cover all SURF (Subsea Umbilicals, Risers and Flowlines) functions based on Polymer, Syntactic or Steel technologies.

Most of our products are proudly made in Texas by Bardot Inc, Houston.


  • Drilling Riser Buoyancy
    Drilling Riser Buoyancy are composed of buoyancy elements, which provide the uplift force, which are assembled on the riser. Each component of our products are designed following API 16F....

  • A Buoyancy Element is made of syntactic foam protected by an external skin made of glass fibers.

    Syntactic foam properties are optimized to reach the required buoyancy at operating water depth.
    The external skin provides external impact and marine growth protection.
    The skin is made from high performance polymer and designed for permanent applications in seawater.
    The shells are designed to fit with your riser properties.

  • Ballast Modules
    BARDOT Ballast Modules provide additional weight on Flexible Pipes / Umbilicals / Cables to ensure the bottom stability (Static) or create the lazy wave shape (Dynamic)....

  • BARDOT Ballast Modules can be made of steel or lead and are composed of 2 or 3 elements fastened together on the line requiring additional weight.

    To protect them from corrosion, the steel modules are equipped with sacrificial anodes, the lead modules are inert and do not require protection.

    Anti-sliding pads made of qualified polychloroprene ensure immobilization and prevent from slippage of the modules on the lines.

  • Bend Restrictor
    Bend Restrictors (BR) are designed to prevent over-bending of flexible pipes/umbilicals/cables at the interface with rigid structures....

  • Our Bend Restrictors are made of fully qualified and field proven rigid Polyurethane (PU) System (Bardeep UR 1500 Med), dedicated for extreme subsea loading applications. Our technical PU system allows significant weigh in water and air reductions on the BR systems.
    Composed of interlocking elements, each made of half shells bolted together with high grade stainless steel fasteners, our Bend Restrictor provides protection from over-bending when the Minimum Bending Radius (MBR) is achieved. Connections to the rigid structure can be done through machined steel reaction collars or casted and machined PU end fittings.
    Our Bend Restrictors are designed through FEA, and thermal analysis can also be performed in case of high operation temperature. In case of high external flexible temperature, an internal thermal protection shield can be added on the Bend Restrictors.