
Sign up to save your podcasts
Or


PFAS are often called “forever chemicals.” But what does that really mean?
In this episode, I break down PFAS from an engineering perspective:
• Why carbon-fluorine bonds are so difficult to break
• The difference between removal and destruction
• Why filtration is not the same as elimination
• What incineration, electrochemistry, and plasma actually do
• Where the real technical challenges lie
This is not a hype video. It’s a grounded look at the physics, chemistry, and systems engineering behind PFAS remediation.
I have a PhD in bioengineering and spent over a decade as a research professor before founding an R&D company focused on atmospheric pressure plasma systems for medical and environmental applications.
If you want deeper technical conversations — without flashy edits — this channel is for you.
Let me know what topic you’d like to see next.
By Gregory FridmanPFAS are often called “forever chemicals.” But what does that really mean?
In this episode, I break down PFAS from an engineering perspective:
• Why carbon-fluorine bonds are so difficult to break
• The difference between removal and destruction
• Why filtration is not the same as elimination
• What incineration, electrochemistry, and plasma actually do
• Where the real technical challenges lie
This is not a hype video. It’s a grounded look at the physics, chemistry, and systems engineering behind PFAS remediation.
I have a PhD in bioengineering and spent over a decade as a research professor before founding an R&D company focused on atmospheric pressure plasma systems for medical and environmental applications.
If you want deeper technical conversations — without flashy edits — this channel is for you.
Let me know what topic you’d like to see next.