In this episode, we briefly cover a recent application then move into various methods for modifying polymer concretes to perform for the task at hand.

In this episode, we briefly cover a recent application then move into various methods for modifying polymer concretes to perform for the task at hand.

004: Modifying Polymer Concretes

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 👀 <a href="https://shieldpolymers.com/contact-us/">https://shieldpolymers.com/contact-us/</a>

Science

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/

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 👀 <a href="https://shieldpolymers.com/contact-us/" rel="noopener noreferrer">https://shieldpolymers.com/contact-us/</a>

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004: Modifying Polymer Concretes

004: Modifying Polymer Concretes