In this episode of the PFAS Pulse Podcast, Host Tom Simmons and Matthew Wallace are joined by HRP's Sam Muller, to discuss a recent study, which demonstrated that PFAS are far more acidic than previously thought. What does that mean? We'll break it down!
Listen to learn more and subscribe to <a href="https://mailchi.mp/d7fc62362557/hrps-pfas-pulse?li_fat_id=570243f8-0901-48d6-8338-c9b27d7ed36e">The Pulse</a> for all the details.

In this episode of the PFAS Pulse Podcast, Host Tom Simmons and Matthew Wallace are joined by HRP's Sam Muller, to discuss a recent study, which demonstrated that PFAS are far more acidic than previously thought. What does that mean? We'll break it down! Listen to learn more and subscribe to The Pulse for all the details.

In this episode of the PFAS Pulse Podcast, Host Tom Simmons and Matthew Wallace are joined by HRP's Sam Muller, to discuss a recent study, which demonstrated that PFAS are far more acidic than previously thought. What does that mean? We'll break it down!
Listen to learn more and subscribe to <a href="https://mailchi.mp/d7fc62362557/hrps-pfas-pulse?li_fat_id=570243f8-0901-48d6-8338-c9b27d7ed36e" rel="noopener noreferrer">The Pulse</a> for all the details.

Acid, So Much Acid!

A companion piece to HRP’s PFAS Pulse newsletter, this podcast will keep you informed on the latest content from The PFAS Pulse, HRP’s free subscription service for PFAS data, regulation, legislation, and much more. We’ll be breaking down the complex topics you’ll see on the pulse into bite sized podcast episodes, as well as sitting down in conversation with experts in the field to talk about what’s new. PFAS Pulse subscribers, make sure to subscribe to this companion podcast as well to stay on top of the latest!

Share Acid, So Much Acid!

Sign up to save your podcasts

Acid, So Much Acid!

Acid, So Much Acid!

More shows like PFAS Pulse Podcast

The Daily

Up First from NPR

The Prof G Pod with Scott Galloway

The Binge Cases: My Mother's Lies

The Ezra Klein Show

Remediation Deep Dive - PFAS Environmental Science in 7 Minutes or Less