All Things Water Course I, Nutrient Removal Part 2 of 2
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- Опубліковано 26 лип 2024
- Advance your industry knowledge and expertise with All Things Water video courses featuring water treatment processes, water sector innovations, environmental challenges and public policies impacting the water industry. Nutrient Removal Parts 1 and 2 explain in depth the nutrient removal process in the context of wastewater, focusing specifically on nitrogen and phosphorous removal.
- Наука та технологія
I did work on wastewater treatment around 10 years ago. Needed a refresher for new responsibilities. Your lectures have been very helpful.
Thanks.
I know this video was made 6 years ago but please make one on Anaerobic digestion please! You have explained this better than past instructors and courses. WesTech is a giant. Please contribute more in the education realm
Sir, I have never seen before lecturer like you. The topic is totaly clear and super fluent. Thank you so much.
Perfect! Thanks a lot. I wish I had such a teacher.
No, Thank You Very Much! I learned these concepts in college but you did a very good job in summarizing the concepts! ⭐⭐⭐⭐⭐
Thank you sooo much for taking the time to explain these things ! the animation was reallly helpful too !
high quality information here. thanks for taking the time
That was amazing, one of the best explanations I heard ever
Thanks a lot
Very informative , thanks for sharing the knowledge
this is outstanding work!! respect!
This was a perfect into into WWTP. Thank you sir :)
Thank you very much for this. You summarized it all for me.
This is an absolutely EXCELLENT video!
Thank you! very informative and helpful especially if you are developing of upgrading a treatment plant to meet the new parameter to be complied.
Clear, concise, and enjoyable presentation. Should have your own educational channel.
Thank you very much sir. You are an excellent speaker! Topic is well explained. God bless you.
U're the best professor.
Thanks a lot
That's absolutely awesome!!
Great
excellent!!!
EXCELLENT
Very Good! Thaks teacher!
Excellent presentation thank you sir
I’m a little late to the show, but new to this field. This was explained in a very clear and simplified manner. Thank you. If you’re taking questions, do you know if there is any timeframe of phosphorus shedding in anaerobic conditions?
That was amazing, one of the best explanations, thank you a lot
excellent video!!!
Very systematically explained
Dam it i was confusing Anoxic and anaerobic as the same till this point , Thanks Prof.
Good 👍 training l really appreciate
Excellently described
Thank you so much!
Thank you so much
These videos are so useful and well explained
You are a good teacher, Thank You
Amazingggg !!
Very helpful
Perfectly explained
Perfectly explained 12:34
Thank you.
Nice explanation 👌
my lecture is called Dr but the way is explaining this subject,seriously i started hating the course very thank you for your time
Very nice and informative video on nutrient removal. I was wondering if there's any literature you would recommend to consult, for the design process? thanks in advance!
So is the absorbed phosphorus ultimately rejected in the WAS from the secondary clarifier? Does RAS liberate phosphorus in the anaerobic chamber of the activated sludge tank? If so, does the RAS elevate the P in the wastewater stream?
Thank you so much for the explanation really helpful, but I have a quest to clarify,
for Phosphate removal, because to release the P by the microorg the cond must be anaerobic, no O2 and nitrate,
so the return sludge (still consist nitrate) is returned to anoxic tank not to from the first. Is it correct?
This reflects the deep knowledge if this person.... is there any video about COD
Is the nitrate concentration from the feed neglectable to get an anaerobic condition in the first tank during the 5 stage process?
All love guys :)
Shouldn't you recycle all the way back to the anaerobic zone?
Question for the presenter: What is your opinion on an algae-based biological treatment system to reduce phosphorus and nitrogen concentrations while at the same time culturing excess amounts of algae biomass that can be sold for a profit to the biofuel industry or other industries? The system would include a photobioreactor to enhance photosynthesis