Operational controls - steam condensate circuit
Operational controls - steam condensate circuit
What are the normally controlled parameters in steam condensate circuit to avoid erosion-corrosion phenomena?
Re: Operational controls - steam condensate circuit
Yes, pH is controlled, dissolved oxygen as well, and conductivity.
Erosion-corrosion is accelerated due to high flows and that is what is measured separately when the damage phenomenon is happening.
Erosion-corrosion is accelerated due to high flows and that is what is measured separately when the damage phenomenon is happening.
Re: Operational controls - steam condensate circuit
The parameters which are required to be controlled for erosion-corrosion phenomenon mainly include the flow (velocity), and the temperature.
Dissolved oxygen would also cause pitting corrosion.
Identify closely the kind of damage mechanism which is currently on.
Dissolved oxygen would also cause pitting corrosion.
Identify closely the kind of damage mechanism which is currently on.
Re: Operational controls - steam condensate circuit
Yes, opo21 and tuan have listed most of the things which are on a regular check.
It is better just to have component level identification of flow especially where there is a problem being identified on frequent basis.
It is better just to have component level identification of flow especially where there is a problem being identified on frequent basis.
Re: Operational controls - steam condensate circuit
Operations, may not be the right people to answer this but any thoughts when we just keep on replacing the problematic piping components with austenitic stainless steel?
Re: Operational controls - steam condensate circuit
Now, this has to be answered by our materials guys.
irish wrote: 03 Jan 2026, 19:23 Operations, may not be the right people to answer this but any thoughts when we just keep on replacing the problematic piping components with austenitic stainless steel?