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51318-11184-Advances in on-site corrosion inhibitor management

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  • 51318-11184-Advances in on-site corrosion inhibitor management
Picture for Advances in on-site corrosion inhibitor management
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On-site personnel can now be trained to gather and test samples. Development of this on-site testing kit is described and a case study presented on its use in the field. Feedback provided from on-site personnel, and further development of the method are discussed.

 

Product Number: 51318-11184-SG
Author: Fiona Mackay / Andrew Osnowski / Emma Perfect / Scott Rankin
Publication Date: 2018
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$20.00
$20.00

Effective corrosion management requires a very specific combination of engineering, metallurgy and production chemistry, and therefore in most cases a high level of skill and knowledge is required. Many operators and service companies are now seeking tools and technologies which can be deployed onsite by local personnel to inform decision making and improve corrosion management. As a result of R&D from innovative technology providers, recent technical advances have led to improvements in corrosion inhibitor micelle detection that allow on-site personnel to conduct such tests. These improvements include the development of a simple and robust instrument paired with a simple step-by-step protocol for users to follow. On-site personnel can now be trained to gather and test samples, which not only avoids sample degradation during transit, but also means that corrosion inhibitor dosage can be adjusted in a more responsive manner.

The steps taken in the development of this on-site testing kit are described and a case study presented on its use in the field. Feedback provided from on-site personnel, and further work required to develop the method are discussed.

Key words: corrosion inhibitor, micelle, on-site testing, critical micelle concentration, CMC

Effective corrosion management requires a very specific combination of engineering, metallurgy and production chemistry, and therefore in most cases a high level of skill and knowledge is required. Many operators and service companies are now seeking tools and technologies which can be deployed onsite by local personnel to inform decision making and improve corrosion management. As a result of R&D from innovative technology providers, recent technical advances have led to improvements in corrosion inhibitor micelle detection that allow on-site personnel to conduct such tests. These improvements include the development of a simple and robust instrument paired with a simple step-by-step protocol for users to follow. On-site personnel can now be trained to gather and test samples, which not only avoids sample degradation during transit, but also means that corrosion inhibitor dosage can be adjusted in a more responsive manner.

The steps taken in the development of this on-site testing kit are described and a case study presented on its use in the field. Feedback provided from on-site personnel, and further work required to develop the method are discussed.

Key words: corrosion inhibitor, micelle, on-site testing, critical micelle concentration, CMC

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