Deep Water and Subsea Engineering and Construction Expertise

Deep water and subsea projects demand innovation, cutting-edge engineering, commitment, project management expertise and experience. For nearly 50 years, Fluor has built a legacy of excellence and offshore expertise. Fluor offers full field development capability, from studies to engineering, procurement, fabrication, installation and commissioning for offshore projects.

Fluor's comprehensive services for deep water and subsea projects include:

  • Constructability-led, high reliability engineering design during all project phases
  • Deep water and subsea project management
  • Deep water risers and flowlines
  • Flow assurance
  • High pressure / high temperature
  • Large-scale module fabrication
  • Offshore construction experience
  • Subsea and trestle-based LNG / LPG pipelines
  • Subsea pipelines with diameters as large as 56 inches
  • Subsea production systems, processing, metering and tieback
  • Water depths from shore crossings to ultra-deep

Full field development capability, from studies to engineering, procurement, fabrication, installation and commissioning for offshore projects

Subsea Equipment Manufacturing Experience

Fluor experts in subsea equipment can assist in selecting, specifying or designing the equipment / technology best suited for your needs:

  • Pipeline end manifolds (PLEMs) and pipeline end terminations (PLETs)
  • Subsea control systems
  • Subsea manifolds
  • Subsea multi-phase flow meters
  • Subsea processing equipment
  • Subsea templates
  • Subsea trees
  • Subsea umbilicals, risers and flowlines (SURF)

New Subsea Technology Riding the Wave to the Future

Fluor Offshore Solutions, in addition to utilizing current, state-of-the-art technologies, is looking to the future, with innovative technologies to add value to future projects.

Technologies under development include:

  • Alternate offshore power systems
  • Ambient pressure insulated subsea LNG pipeline (patent-pending)
  • Carbon capture and sequestration
  • CO2 enhanced oil recovery
  • Dual choke high integrity pressure protection deep water production system (patent-pending)
  • Heavy crude production
  • High-integrity arctic subsea pipelines and production systems
  • Intelligent choking system for multi-phase flow (patent-pending)
  • Methane production from hydrates
  • Real-time monitoring and control systems
  • Smart field development systems
  • Subsea production and separation systems
  • Ultra-deep water hybrid and high-strength steel risers