3:49 Talk begins. 10:33. Dr Uppal starts speaking

At 19:16, A plot is shown with BN degrading PFOA with time under 254 nm illumination. Just before this, it was stated that BN has a band gap of 6 eV. 254 nm is only ~4.9 eV which wouldn't be enough to do the photocatalysis. I was curious if the light source used was measured to ensure it can excite the band gap of the BN or if the observed reactions are actually from defect sites on the BN. Is there any theoretical precedence for these potential defects? If the latter is true, does that change your approach for degrading PFAS? Perhaps more focus understanding the true underlying mechanism might be more fruitful. Thanks for the nice talk!

I have a question for Dr. Jabbari Cyrous: if I am not mistaken, you have written a book on political and military strategies; under what title is it available in Austria?

Can waste contain ionic salts? I understand these would drop out of the sH2O. If it can handle ionic salts is there any way it could be used efficiently to desalinate water for drinking?

Really cool Work

not cool

Didnt know that Sequim Bay is a testing range.

blessed by the youtube algorithm with this one

Wow! What a fantastic webinar. Amazing.

Wow, it kinda worked! Happy reducing the granule regeneration from diethyl alcohol (iirc) to something you don't have to bake off much.

Promo sm 😭

Nice presentation, very informative.

May I ask what is the white thing mans holding at 0:22 to 0:25?

p̲r̲o̲m̲o̲s̲m̲ 😃

Or you could just test...

kzbin.info/www/bejne/jqPUlqttaKuSn8U&ab_channel=ChuckHammock

Hello, Really interesting and important work! I like that. I would like to know how much energy you can produce at an efficient day if 1t of mass gets converted. Best regards

I'm developing domestic scale (single house) STES, mostly BTES and thermal pile

Official Guidance Document: www.serdp-estcp.org/content/download/53783/528370/file/AFFF%20Challenge%20Guidance.pdf

Official Challenge Announcement: www.challenge.gov/challenge/2021-serdp-afff-challenge/

Incredible work!

Skip to 7:30 for actual content

any data regarding cumulative market share of major manufacturers of 1,4-dioxane ?

Excellent webinar

Awesome content!! Keep the videos coming! Oh by the way, have a look at smzeus . c o m!! Ever since I started using it on my main channel my videos are ranking much better.

Amazing webinar this is all very helpful. I’m a young new geologist. Testing run off for contaminates. Thanks for the brilliant information

If dioxane can penetrate to be stored in clay & slit layers, that implies that dioxane might make its way through clay layers to deeper aquifers, especially if the dioxane sources are not remediated.

One wonders what conditions led to the +130 month halflife bar at ~05:30. That's more what looks like more anaerobic conditions in perhaps a deeper aquifer like we're seeing here at the Gelman dioxane site. Plus here, an unknown quantity of the original dioxane discharge is still on the site and being left to spread because the dioxane is not yet in a "usable aquifer". How much dioxane is "stored" in clay and slit layers on and offsite is also unknown. Thanks for sharing this presentation.

Key points at 11:20, 12:05, 12:38, 12:58