Defense Against Mold: Antimicrobial Coatings  

Choosing the Right Prevention for Growth

Sponsored by ICP Building Solutions Group | Presented by Cole Stanton

Webinar On-Demand

This CE Center webinar is no longer eligible for receiving credits.

Specifying an antimicrobial coating is a simple and inexpensive investment that can ensure against a very high priced and disruptive future mitigation project. Most importantly, creating mold resistant surfaces can prevent growth (including spores, hyphae and particulates) known to cause a range of health effects and reduce the quality of our indoor air. As a discipline, mold remediation is now 20+ years old, and while the performance is proven, the choices and confusion have proliferated. New Construction v. Mitigation; Structural v. HVAC; Fungicidal v. “Treated Article”: this session provides definition, clarity and decision-tree insights that reflect industry standards and technology.

Photo courtesy of ICP

With decades of experience in specification development, architectural sales and building product certification, Cole Stanton heads up ICP BSG’s MasterWorks program, a unique training resource for today’s building professionals. MasterWorks backs every product and solution in the ICP BSG portfolio and, under Cole’s leadership, helps ICP BSG customers stay at the top of their game. His areas of expertise include environmental abatement, restoration, building science and sustainable construction practices. Cole has received several industry recognitions since joining ICP’s Fiberlock team in 1993. He holds his bachelor’s degree in Political Science, with a specialization in environmental policy, from Boston College.


Originally published in Mission Critical

Originally published in June 2021

LEARNING OBJECTIVES
  • Identify the different types and properties of mold prevention coatings.
  • Initiate and complete the coating decision-tree for structural vs. HVAC applications.
  • Objectively distinguish between fungicidal vs. mold-resistant coatings and correlate project conditions to the clean, kill, coat concept professional remediators use for understanding the process.
  • Use product testing to predict real-world performance and put it into practice in specifying mold coatings for prevention in new construction vs. remediation.