Corrosion control is fundamental to the success of any water treatment program, but how often do we question the limitations of the tools we rely on? In this episode of Scaling UP! H2O, host Trace Blackmore welcomes back returning guest Mike Standish, Vice President of Water Additives at MFG Chemical, to explore the evolving role of maleic acid-based corrosion inhibitors in industrial water treatment. Drawing on decades of expertise, Mike shares practical insights into when — and when not — to use these innovative solutions to meet today’s complex challenges.
Understanding the Corrosion Control Toolbox
Mike Standish opens the conversation by reframing corrosion control strategies through the lens of a toolbox analogy. With limited primary approaches — from phosphate-based to organic and metal-based chemistries — the success of corrosion management depends on matching the right tool to the right application. Mike stresses the importance of avoiding overcomplication and focusing on the fundamental chemical pathways for mild steel protection.
Organic vs. Inorganic Approaches
The discussion turns to the critical differences between organic and inorganic inhibitors. While inorganic phosphates remain cost-effective mainstays, organic phosphonates, including maleic acid-derived materials, offer advantages in high pH, high hardness, and oxidizing environments. Mike emphasizes that “organic” in water treatment bears no relation to natural or sustainable products, a frequent misconception among newcomers to the industry.
Why Maleic Acid-Based Inhibitors Matter
Maleic acid phosphonates distinguish themselves with exceptional oxidant stability, a feature increasingly necessary as continuous halogenation becomes standard practice. Mike explains the chemistry behind maleic acid derivatives and how the ability to tailor molecular structures creates flexibility for specific field conditions — such as scaling tendencies, pH control, and calcium carbonate formation risks.
Best Practices for Application and Measurement
Field success with maleic acid-based inhibitors hinges on proper dosage and testing. Mike shares lessons from real-world trials, emphasizing that underfeeding is a common mistake that compromises corrosion rates. Accurate differentiation between orthophosphate and phosphonate concentrations is vital for precise monitoring, and bench testing must closely simulate real-world surface-to-volume ratios to yield reliable predictions.
The Future of Corrosion Control
In a forward-looking discussion, Mike predicts that industry consolidation will trigger a second wave of entrepreneurial water treatment companies. His vision underscores the ongoing need for technical excellence, adaptability, and innovation in corrosion management practices as the industry evolves.
This episode challenges water treatment professionals to rethink their corrosion strategies with a sharper, more informed approach. Maleic acid-based inhibitors are not a universal solution, but when applied thoughtfully, they offer powerful advantages for specific operational demands.
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Timestamps
02:50 – Trace Blackmore shares a recap from previous episode. He also shares about the AWT Innovation Award
06:40 – Water You Know with James McDonald
08:00 – Upcoming Events for Water Treatment Professionals
12:38– Welcoming back guest Mike Standish, Vice President of Water Additives – MFG Chemical
15:10 – The Value of True Industry Knowledge vs. Surface Information
23:10 – Starting the Technical Discussion: The Corrosion Control Toolbox Analogy
26:07 – Explanation of anodic vs. Cathodic protection mechanisms
37:35 – Situational Applications: When to use maleic acid-based inhibitors
40:11 – Lessons learned from field trials on dosage and corrosion control
41:28 – Importance of Accurate modeling and Surface-to-volume ratios
Quotes
“You going to get more than you can give” – Mike Standish
“Picking the right tool for the right job” – Mike Standish
“Stepping away from work for a mission trip doesn’t just help others—it helps you gain a new perspective.” – Mike Standish
“You can’t just throw a new additive into a system and hope for the best. You need data, understanding of limits, and clear expectations.”
“There’s going to be a second generation of AWT companies as industry consolidation continues.”
Connect with Mike Standish
Phone: (615) 207- 3018
Email: mike.standish@radicalpolymers.com
Website: https://www.radicalpolymers.com/
LinkedIn: https://www.linkedin.com/in/mike-standish-7890627/
Click HERE to Download Episode’s Discussion Guide
Guest Resources Mentioned
Mild Steel Corrosion Control using a Maleic-Based Inhibitor
Purposely Built – Introduction of a New Copolymer for Multifunctional Applications Technical Paper
Scaling UP! H2O Resources Mentioned
AWT (Association of Water Technologies)
Scaling UP! H2O Academy video courses
The Rising Tide Mastermind
Legionella Awareness Resources
417 How To Live a Life of Significance: Insights from Aaron Walker
014 The One with Mike Standish
223 Pinks and Blues: Phosphonate Replacements
350 Polymer Perspectives: Understanding Copolymer Innovations in Water Treatment
176 The One About Tagged Polymer Technologies
Water You Know with James
Question: What do you call the large-diameter tube in firetube boilers where the combustion of fuel takes place?
2025 Events for Water Professionals
Check out our Scaling UP! H2O Events Calendar where we’ve listed every event Water Treaters should be aware of by clicking HERE.
