HARBOUR

Corrintec are committed to providing tailor made solutions to specific jetty and harbour requirements. These can utilise ICCP or sacrificial systems – or a combination of both to achieve the most effective protection.

Because of the various options which are available, it is essential to have the advice of a qualified Corrintec corrosion engineer who will prepare a detailed feasibility study. This will assess all the factors including the suitability of particular anode types and arrangements including:-
  • Pile mounted anodes - installed and changed by divers.
  • Suspended anodes - for easy installation and replacement.
  • Anode ground beds - sled mounted for easy installation.

With the aim of arriving at the best cost solution, Corrintec will evaluate the relative merits of a sacrificial system which may be effective in some circumstances, but prohibitive in others due to the number, weight and cost of installing anodes. The appropriateness of ICCP systems will also be considered, bearing in mind they are more expensive to install, but achieve a longer life span.

Protecting structures of all types

Structures can be protected in various ways and Corrintec engineers will advise on the most effective solution.

  • Steel Piling - can protected with either ICCP (Nautilus) or sacrificial anodes depending on size of area.
  • Jetties - tailor made frames are produced for different applications e.g Larsen and Frodingham
  • Pontoons - support piles represent a smaller surface area and can generally be protected with sacrificial anodes.
  • Mooring Dolphins - If no power supply is available, sacrificial anodes can be welded to the piles or laid in sleds on the surrounding seabed. If power is available an independent ICCP system can be designed and installed.

Nautilus Anodes

Designed to maximise performance and economy in jetty applications. Read more ...

Fendering

Bring fendering into the scope of the cathodic protection system. Read more ...

Flexible Automated Systems

Jetty ICCP systems which automatically adjust output to the tide. Read more ...