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Monitoring Evaluating and Control of Corrosion and Scaling in Higher Pressure Industrial Boilers

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The author has utilized two types of instruments in conducting hydrogen studies. Hydrogen analyzers are used extensively in both the laboratory and in industrial steam generating plants.  This is a collection of five case studies.

Product Number: 51317--8988-SG
ISBN: 8988 2017 CP
Author: John Kelly
Publication Date: 2017
Industry: Process Industries
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Boiler treatment chemistry has been shown to be critical in maintaining clean heat transfer surfaces and minimizing corrosion in higher pressure industrial boilers. Monitoring corrosion using hydrogen analysis has been shown to be the superior procedure for decades. Minimizing boiler feed water contamination from condensate leakage and upsets is also a critical paramenter required to maintain chemistry parameters necessary to promote passivation and clean heat transfer surfaces. Hydrogen analysis has also been shown to detect FACand subsequently monitr corrective procedures.

Keywords: Hydrogen, Hydrogen Analysis, Corrosion, Magnetite, Passivation, Boiler, Steam, Condensate, Monitoring, FAC (Flow Assisted Corrosion), UDC (Under Deposit Corrosion)

Boiler treatment chemistry has been shown to be critical in maintaining clean heat transfer surfaces and minimizing corrosion in higher pressure industrial boilers. Monitoring corrosion using hydrogen analysis has been shown to be the superior procedure for decades. Minimizing boiler feed water contamination from condensate leakage and upsets is also a critical paramenter required to maintain chemistry parameters necessary to promote passivation and clean heat transfer surfaces. Hydrogen analysis has also been shown to detect FACand subsequently monitr corrective procedures.

Keywords: Hydrogen, Hydrogen Analysis, Corrosion, Magnetite, Passivation, Boiler, Steam, Condensate, Monitoring, FAC (Flow Assisted Corrosion), UDC (Under Deposit Corrosion)

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