
Radio and PodcastLive Radio & Podcasts
471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer
Biofilm is not a fringe issue in cooling systems. As Dr. Jeff Kramer explains, it is a given. That matters because biofilm affects heat transfer, contributes to corrosion, and can serve as a reservoir for Legionella in t...
About This Episode
471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer is an episode from Scaling UP!: The Podcast for Water Treaters by Water Treaters by R. Trace Blackmore, CWT, LEED AP: Water Treatment Enthusiast, Trainer and Consultant. Bio...
This episode belongs to Scaling UP!: The Podcast for Water Treaters by Water Treaters.
Use the player on this page to stream the episode online.
Published Apr 10, 2026, 56:35 long, audio available.
Questions About This Episode
What is 471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer about?
Biofilm is not a fringe issue in cooling systems. As Dr. Jeff Kramer explains, it is a given. That matters because biofilm affects heat transfer, contributes to corrosion, and can serve as a reservoir for Legionella in treated systems. In this conversation, Trace Blackmore and Dr. Kramer examine what experienced water treaters should be looking for when choosing and evaluating a microbiological control program. Biofilm as an operating problem Dr. Jeff defines biofilm as a community of microorganisms attached to a surface and held together by an external polymeric matrix. From there, the discussion moves quickly into why this matters in the field. He points to research showing that biofilms can be more insulating than mineral scale, then explains how microbial activity and patchy film formation can intensify corrosion risk. He also notes that Legionella can be harbored within biofilm, making clean-looking bulk water an incomplete picture of system condition. Choosing the right biocide program A strong oxidizing biocide foundation remains central, whether based on chlorine or bromine. However, Dr. Jeff makes a practical distinction that matters to service professionals: some non-oxidizing biocides kill biofilm organisms without removing the film, while others both kill and remove. He also explains why shock dosing often outperforms smaller, more frequent additions, and why biocide timing should be evaluated in the context of oxidizer compatibility, halogen demand, and actual system feedback rather than habit or opinion. Surfactants, TTPC, and field realities The conversation also covers how surfactants and quaternary compounds can disrupt microbial membranes and improve biocide penetration. Dr. Jeff shares lab and field insight on TTPC, including its strong performance in kill-and-removal testing and its known interference with PTSA fluorescence programs. The discussion closes with practical monitoring advice: inspect the basin, feel below the waterline, trend dip slides, watch approach temperatures, and pay attention to residence time when selecting products for different system volumes and turnover rates. Better microbiological control is not about one product or one rule of thumb. It is about understanding the system, interpreting feedback, and matching chemistry to operating reality so performance can be maintained over time. Listen to the full conversation above. Explore related episodes below. Stay engaged, keep learning, and continue scaling up your knowledge! Quotes "You need to understand, listen to the feedback you're getting from the system and then adjust your program appropriately. " "Don't be afraid to ask for help because you don't know you don't know everything" Connect with Dr Jeff Kramer Phone : ( 404)-386-0518 Email : jkramer@mfgchemical.com Website : LinkedIn : ?skipRedirect=tr u u e e Guest Resources Mentioned CTI's New Biocide Options For Biofouling Control by Jeffrey Kramer Scaling UP! H2O Resources Mentioned Scaling UP! H2O Academy video courses Submit a Show Idea The Rising Tide Mastermind 253 The One About Biofilms W ords of Water with James McDonald Today's definition refers to the exact chemical amount required for a reaction to proceed to completion with no excess of any reactant. It describes the quantitative relationships between reactants and products. Can you guess the word or phrase? 202 6 Events for Water Professionals Check out our Scaling UP! H2O Events Calendar where we'v e listed every event Water Treaters should be aware of by clicking HERE .
Where can I listen to 471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer?
You can listen to 471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer online on Radio and Podcast. Open the player on this page to stream the available audio.
Which podcast is 471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer from?
471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer is an episode from Scaling UP!: The Podcast for Water Treaters by Water Treaters by R. Trace Blackmore, CWT, LEED AP: Water Treatment Enthusiast, Trainer and Consultant.
How long is this episode?
This episode is 56:35 long.
When was this episode published?
This episode was published on Apr 10, 2026.
Can I save 471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer for later?
Yes. Use the heart button on the episode page to add it to your favorite episodes list.
Are there related episodes from Scaling UP!: The Podcast for Water Treaters by Water Treaters?
Yes. This page shows related episodes from Scaling UP!: The Podcast for Water Treaters by Water Treaters when more episodes are available from the podcast feed.
Quick Answers About This Episode
Where can I listen to 471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer?
You can listen to 471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer on this page when the episode audio is available from the podcast feed.
Which podcast is this episode from?
471 Biofilms, Biocides, and TTPC: A Deep Dive with Dr. Jeff Kramer is from Scaling UP!: The Podcast for Water Treaters by Water Treaters by R. Trace Blackmore, CWT, LEED AP: Water Treatment Enthusiast, Trainer and Consultant.
What are the episode details?
Published Apr 10, 2026 and 56:35 long






