Couverture de Epoxy Field Notes

Epoxy Field Notes

Epoxy Field Notes

De : Nick Barnett
Écouter gratuitement

À propos de ce contenu audio

Industrial maintenance teams are in a constant battle with corrosive environments and abrasive services.

They're fighting never-ending challenges:
→ damaged pumps: 1‑hour repair extended service life 19x
→ severely eroded chutes: avoided full rebuild; repair has handled 10,000,000+ tons of coal (and counting)
→ heavily worn hoppers: took previous repair runtimes from 3 days to 17 weeks (38x extension)

I share my field notes to help you and your team win against corrosion and erosion.

All of this information... fo' free. I hope it serves you well.

Not sure if I'm worth listening to? I agree, blind trust isn't a good thing... especially on the internet.

At 22, I completed my degree in Chemical Engineering.

Since, I’ve spent nearly a decade studying, modifying, and implementing polymeric lining and composite technologies for the industrial sectors.

‘Polymeric’ is just a fancy word to make me sound smart… and it refers to resins like epoxies, urethanes, vinyl esters, etc.

I’ve been a part of and led projects from $500 to $3,000,000; from nitric acid lines to material transfer hoppers moving 3,000+ tons of material per hour, to containments full of sulfuric acid.

If you made it this far, I appreciate you. If you're ever in North Florida and want to meet-up, give me a shout.

Godspeed!

Need help? Go here 👀
https://shieldpolymers.com/contact-us/

© 2025 Epoxy Field Notes Science
Les membres Amazon Prime bénéficient automatiquement de 2 livres audio offerts chez Audible.

Vous êtes membre Amazon Prime ?

Bénéficiez automatiquement de 2 livres audio offerts.
Bonne écoute !
    Épisodes
    • Ep. 010 | How I fixed a coal chute in under 6 hours

      Ep. 010 | How I fixed a coal chute in under 6 hours
      Oct 12 2025

      We're going over how I helped a client repair a coal chute in under 6 hours and exceeded their desire for a couple months to now 12 months and counting

      All with American-made materials for America's industries 🇺🇸

      If you don’t know me, at 22, I completed my degree in Chemical Engineering. Since, I’ve spent nearly a decade studying, modifying, and implementing polymeric lining and composite technologies for the industrial sectors.

      ‘Polymeric’ is just a fancy word to make me sound smart… and it refers to resins like epoxies, urethanes, and the like.

      I’ve been a part of and led projects from $200 to $3,000,000, and I make these videos to help maintenance and engineering teams.



      Follow me on LinkedIn 🦅🇺🇸
      → LinkedIn: https://www.linkedin.com/in/nicholas-barnett-07b46b244/
      Afficher plus Afficher moins
      14 min
    • Ep. 009 | 3-Minute Bark Bin Repair

      Ep. 009 | 3-Minute Bark Bin Repair
      Sep 29 2025

      We're going over how I helped a client repair a paper mill bark chute in 3-minutes, to get them 16 weeks of performance and counting

      All with American-made materials for America's industries 🇺🇸

      If you don’t know me, at 22, I completed my degree in Chemical Engineering. Since, I’ve spent nearly a decade studying, modifying, and implementing polymeric lining and composite technologies for the industrial sectors.

      ‘Polymeric’ is just a fancy word to make me sound smart… and it refers to resins like epoxies, urethanes, and the like.

      I’ve been a part of and led projects from $200 to $3,000,000, and I make these videos to help maintenance and engineering teams.



      Follow me on LinkedIn 🦅🇺🇸
      → LinkedIn: https://www.linkedin.com/in/nicholas-barnett-07b46b244/
      Afficher plus Afficher moins
      6 min
    • 008: Protecting Against Acid and Wear... at the Same Time

      008: Protecting Against Acid and Wear... at the Same Time
      Jan 5 2025

      In this episode, we dive into solving two problems at the same time. Resisting acid attack while defending against harsh wear.

      If you don’t know me, at 22, I completed my degree in Chemical Engineering.

      Since, I’ve spent nearly a decade studying, modifying, and implementing polymeric lining and composite technologies for the industrial sectors.

      ‘Polymeric’ is just a fancy word to make me sound smart… and it refers to resins like epoxies, urethanes, and the like.

      I’ve been a part of and led projects from $500 to $500,000 in material alone, and I make this content to help maintenance and engineering teams.

      The goal is to help increase understanding of, and, properly select coatings, linings, and composites for industrial processes.
      Afficher plus Afficher moins
      14 min
    Aucun commentaire pour le moment