RetroBuoy™ ICCP anode sled
Deepwater’s cathodic-protection life-extension for large structures & FPSOs RetroBuoy is the most reliable impressed-current cathodic protection retrofit system on the market.
This system utilises impressed-current titanium-anode rods housed in buoyant floats. This configuration keeps the anodes in constant contact with seawater, maximizing the efficiency of the cathodic protection they deliver. The sled that anchors the buoys is placed away from the targeted structure, helping distribute the cathodic protection current more evenly over larger areas.
Floating platforms, complex steel structures (such as fixed jackets), and structures with many pilings in a tight geometry (such as port facilities or loading jetties) benefit immensely from this type of technology.
Delivered by Deepwater
Deepwater is a global leader in subsea corrosion control for all asset types, including oil and gas platforms, coastal terminals and offshore wind turbines.
Integrate this product
Acteon solutions can simplify the interface between Acteon and customers that need more than one of its operating companies’ products or services to address their subsea challenges, whatever their scale and complexity. Each combination is packaged as a customer-specific integrated service and delivered through a single Acteon point of contact under a single contract.
Subsea asset integrity management buyers guide
Operators must have a reliable inspection, repair and maintenance process to ensure the integrity of their subsea and marine infrastructure. Download this e-book for data-driven solutions that serve critical deepwater infrastructure.
Similar products and services
-
Probe manufactures a wide range of pressure control equipment, which we also offer... -
Seatronics can support a range of diving and NDT applications with their global fleet of... -
Probe specialises in the design and manufacture of riser handling subs to make lifting... -
Probe manufactures high pressure and swivel flanges to API standards. The products are...
