Project · Oil & Gas
Defence fuel storage — ICCP design & installation
Finite-element-modelled impressed-current cathodic protection design and installation for two storage tanks at a defence site, using factory-assembled concentric-ring anodes.
The problem we solve
Complex tank-base geometry and boundary conditions required precise current-density modelling to achieve a uniform, optimised level of protection.
Our approach
- 01Finite element modelling of current density and potential profile
- 02Optimised anode layout derived from the FEM current-distribution contours
- 03Factory-assembled concentric-ring anode system for rapid installation
- 04Installed with no welding, hot-work permits, anode splicing or specialised backfill
- Design
- FEM-optimised
- System
- Concentric-ring ICCP
- Tanks
- Two
- Sector
- Oil & Gas
- Location
- Australia
The deliverable
Optimised, enhanced protection across both tank farms — with a concentric-ring ICCP system that cut installation time, complexity and project cost.
Services applied
Bring us the asset and the problem
We'd like to work with you on your next integrity challenge.
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