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Predict Signatures
Under Varying Environmental Conditions
Corrosion related electric and magnetic fields generated by either
the cathodic protection system or the corrosion of metals are
predicted by BEASY. ICCP system parameters, environmental conditions
(eg seawater resistivity, sea bed conductivity etc) can be varied
to assess their impact on the electric and magnetic signatures
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Signature
Optimisation
BEASY
provides the tools necessary to optimise the
cathodic protection system to ensure the final
design meets the customer's criteria. Anode
location, anode currents, position of reference
electrodes, paints and coatings and structure
geometry can be varied to achieve an optimum
design.
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on the image for a larger view
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Prediction
of Electric (UEP) and Magnetic (CRM) fields
BEASY
has been widely used to predict the performance
of cathodic protection systems by modelling
the coupled electric fields and electrochemistry
for complete ships and other structures.
The
BEASY electric and magnetic field software
provides, in one detailed model, an integrated
approach to predicting:-
- The
performance of the ICCP system
- The
corrosion related electric field
- The
corrosion related magnetic field
Full
3D Simulation
The
full 3D behaviour of the signatures can be
predicted including the impact of the water
depth, sea bed and the underlying earth structure.
For example the effects of changes in both
vertical and horizontal positions of the anodes
can be assessed. |
