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NACE Institute Application Fee - Coating Applicator Examiner

After becoming a Certified Coating Applicator, those interested in becoming an Examiner for the Coating Applicator Practical Exam can begin the process by completing the Coating Applicator Examiner application. 

 

By paying the application processing fee, you will be authorized to begin the application process.  Please note requirements and next steps below in the Overview section.

 

Please allow 24 hours for your record to be updated with the authorizaton after purchase.

(it is recommended to print this screen for future reference)

Product Number: NII-ApplicationFee-CAExaminer
$50.00
$50.00
$50.00

 The requirements to become an Examiner include:

  • An approved Examiner application
  • Acceptance of the Examiner Agreement and Guide (part of the application)
  • 5 Years of Coating Application experience
  • Active Certified Coating Applicator certification
  • Active NACE CIP Level 1 or SSPC PCI Level 1 certification
  • Examiner Training - to be scheduled after the application is approved

Start the process here by paying the application processing fee, allowing 24 hours for your record to be updated in the system with the authorization to complete the form.  Then log into your NACE profile and click on "My Certification Portal", then choose "Complete and Form".  You will find the appropriate form to complete and submit in this section.

Please note that the application approval process can take several weeks from submission.

 The requirements to become an Examiner include:

  • An approved Examiner application
  • Acceptance of the Examiner Agreement and Guide (part of the application)
  • 5 Years of Coating Application experience
  • Active Certified Coating Applicator certification
  • Active NACE CIP Level 1 or SSPC PCI Level 1 certification
  • Examiner Training - to be scheduled after the application is approved

Start the process here by paying the application processing fee, allowing 24 hours for your record to be updated in the system with the authorization to complete the form.  Then log into your NACE profile and click on "My Certification Portal", then choose "Complete and Form".  You will find the appropriate form to complete and submit in this section.

Please note that the application approval process can take several weeks from submission.

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Picture for Rotational Lining System and Use of High-Performance Thermoplastics
Available for download

Rotational Lining System and Use of High-Performance Thermoplastics

Product Number: MPWT19-15307
Author: Derek Lowth, Murali Adhyatmabhattar, Emma Mitchell
Publication Date: 2019
$0.00

Protecting carbon steel oil and gas pipelines with thermoplastic liners is a proven and cost-effective solution to prevent internal corrosion and abrasion. However, the industry is still facing considerable challenges when it comes to fittings and accessories such as elbows, tees, process equipment and complicated shapes.
Rotational lining (aka rotolining) is a technology which bonds a single/multi layered uniform, vacuum resistant, seamless polymer layer to the interior of virtually any metallic structure, regardless of shape and complexity. Once cooled, the result is a monolithic corrosion and chemical resistant lining that conforms to complex shapes and virtually free of stresses. This system results in a high quality and fully thermoplastic lined system.
Rotolining has been proven to provide long-term protection against corrosion and abrasion in various applications including saline water pipe systems, hydrocarbon service, mining and highly aggressive chemical service. This lining system can cover a wide range of fluid requirements, temperatures and applications using high-performance thermoplastics such as HDPE, PA-12, PVDF, ETFE and PFA. Rotolining is a cost-effective alternative to conventional solutions such as FBE, corrosion resistant alloy cladding or continuous chemical injection programs.
In this paper, some of the insights of the rotational lining system and usage of different high-performance thermoplastics are shared. This includes some very challenging and internationally proven case studies, which substantially benefited the entire value chain as long-term solutions