Reasons to use Deep Buoy

Why DeepBuoy
What problems are solved by this technology?
Why DeepBuoy

How Deep Buoy Works

How it Works
DeepBuoy average density lower than water.
How it Works

Deep Buoy Environmental Advantages

The Environment
Environmentally responsible buoyancy.
The Environment

Deep Buoy Technical Details

Technical Data
Features and benefits of DeepBuoy.
Technical Data

DeepBuoy™ is a registered trademark of Aubin Ltd.

Stone Falcon Technologies is a trading division of Stone Falcon Corporate & Legal Consulting Ltd.

DeepBuoy™ Technical Data

DeepBuoy™ has a range of benefits over other widely used floatation technologies.

The features and benefits of DeepBuoy™ are listed below.

Features

  • Transferrable 'pumpable' buoyancy
  • Low density (550 Kgs/M3) Liquid
  • Capable of 3000m water depth
  • Uses a conventional ROV with pump - pumped from storage tank by ROV into inflatable bags that lift and control the structure’s movement
  • Fluid can be pumped from the surface
  • Buoyant force independent of depth
  • No lifting from the surface
  • Controllable lift down to +/-10kg of weight
  • Enabling technology

Benefits

  • Precise and safe way to place, move and recover structures from depth
  • Can go deeper than divers
  • Does not require divers or liftlines so decreases health and safety risks
  • Quicker than using a conventional crane and ROV
  • Can extend the crane capacity especially at depth
  • Not weather-dependent
  • Very safe for moving structures such as pipelines that are in live production
  • Use of conventional ROV means that job can be completed with other ROV activities on a campaign

DeepBuoy™ Gell Running Through a Pipe

This is a demonstration video to show the viscosity of DeepBuoy™ buoyancy gel, allowing it to be pumped. It's virtual incompressibility means it's buoyancy remains the same despite any change in pressure.

(N.B. This video has no sound)