Cathodic Protection Network International Ltd is a company registered in the UK through which the intellectual property of Cathodic Protection Network (trust) is delivered commercially.

The links on this page lead to the intellectual property of Cathodic Protection Network.

There are links to copies of original documents that I have sent and received since 1970 and that might be important in legal dispute.

I have uploaded most of the relevant information and data needed to substantiate claims that I have published and that require evidence of a priority date for patent and copyright purposes.

A car load of my documents, instruments, demonstration models and other property was taken from my possession and even though I have been permanently deprived of this and the car it was in, I have not been able to recover it all as it was rejected by the police who were told that this was a civil matter. I did not have the money to follow this matter through at the time but have full legal documentation and so am free to publish all of this in hopes of drawing litigation from the other party at their expense.

You will see by following the links that I have tried to progress the science and engineering technology of cathodic protection through every means available and have been opposed from many. THe opposition and competition are no longer relevant as our objective is purely scientific and technical.

Pipeline operators themselves can avail themselves of our services if they are suffering from uncontrolled corrosion. We can only do this by co-ordinating all the activites required and there does not seem to be another organisation that is attempting to do this. We are NOT competitive.

Technical Advances in Cathodic Protection Monitoring 1985

		Cathodic Protection Network IP
2half-cell skydrive	Examples of old documentation	History of development of the Cathodic Protection Network	half-cells demo3nails	Standard pipe-to-soil voltage measurement at a test post, with the Cathodic Protection installation switched on.
Pipe-to-soil voltage measurement at a test post where there is a standard position for placing the half-cell, with the Cathodic Protection installation switched on.	Standard pipe-to-soil voltage measurement at a test post, with the Cathodic Protection installation switched on.	Standard pipe to soil voltage measurment	Standard pipe-to-soil voltage measurement, with the cathodic protection system switched on, at a test post where there is no standard position for the electrode.	Instant off Potentials for Cathodic Protection of Buried Steel Structures
How to make the Alexander Cell	Brochure about the cathodic Protection Network Training Centre, Guararema, SP Brazil	Technical Advances in Cathodic Protection Monitoring 1985	Technical Advances in Cathodic Protection Monitoring 1985	Technical Advances in Cathodic Protection Monitoring 1985
Technical Advances in Cathodic Protection Monitoring 1985	Technical Advances in Cathodic Protection Monitoring 1985	Technical Advances in Cathodic Protection Monitoring 1985	Technical Advances in Cathodic Protection Monitoring 1985
Cathodic Protection Study 1	Cathodic Protection Study 2	Cathodic Protection Study 3	Cathodic Protection Study 4	Cathodic Protection Study 5
Cathodic Protection Instruments	Module 01 practical	Module 01 field work	Thermodynamics of corrosion	Significance of the paper presented at the Australasian Corrosion Conference of 1982
Cathodic Protection Study 6	Cathodic Protection Study 7	1986 publication on reference cells	Correspondence Course Module 01	how the measurements of voltages in cathodic protection work differ from the measurement of voltages in normal electrical and electronic work
The famous Pourbaix Diagrams	The Daniel Cell as used in laboratories.	The importance of the reference potential.	Codes of Practice	Standard laboratory techniques
The development of standard techniques in field work.	Open circuit measurements	'Errors' or mistakes made by people using instruments	Bench work	Module 03 field work
Equivalent circuits	Physical modelling of CP measurement techniques.	3 nails demonstration	The use of sacrificial anodes in pipeline corrosion prevention	Coated pipe with coating faults
Two coated pipes with coating faults	Drycells as corrosion cells	Dry cell battery with one end submerged.	2 batteries, part submerged	Ground resistivity instruments
Many dry cell batteries with ends submerged.	TR with steel pipe and groundbed.	Interference Proximity of foreign structures.	Foreign structures include pipelines, and anything that can cause a disturbance to the natural electrical equilibrium of the ground itself.	Ground resistivities
Resistivity measurements	Resistivity effects on corrosion	Spread of protective currents	The effects of resistance on monitoring measurements	Groundbed siting
Impressed current anodes, materials conductors, volts drops, header cables, ring mains, insulation, jointing systems.	Groundbed potential profile plotting.	Closeness of anodes.	Horizontal, vertical, borehole and disused-used oil-wells.	Scrap metal groundbeds.
Practical bench experiments relating to groundbeds.	Computerisation of cathodic protection and corrosion control	Computerisation of cathodic protection and corrosion control The 'DYNAMIC' project.	COMPUTER ASSISTANCE IN C.P. ANALYSIS	Iraq
Colombia	Sudan	Chile	Turkey	Iraq
Colombia	Sudan	Chile	Turkey	Iraq
Colombia	Sudan	Chile	Turkey	Iraq
Paper written for Mike Foskett and refused by Dr Vic Ashworth early 1980's	Paper written for Mike Foskett and refused by Dr Vic Ashworth early 1980's with added pictures	Chile	Turkey	Iraq

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