As someone who is taking his first graduate level WWTP course, your videos are extremely helpful for me to understand the jargon and terminology associated with the various systems. EXCELLENT WORK.
Great job, i'm definately going to talk about it in my task about Sedimentation. I'm from Porto Alegre, Brazil, student of chemical engineering at UFRGS.
I am a noob in clarifier design calculations, thus I have a couple of questions: 1. The units of your SUR and SOR calculations are different frm the Y-axis(one being in kg, and ur calculation in g), but yet you plot it without making any conversions. 2. In the video you said that the SOR slope is dependent on the influent flow, but according to other sources it is the overflow flow. (Biological Wastewater Treatment: Principles, Modeling, and Design p 323) Thanks again in advance, great video!
Hi Steve were can I get access to your EXEL spread sheets ,will be great help as training tool for process staff . Greetings from Cape Town South Africa.
Sir, i have a question. In the video an SVI of 250 is mentioned for a descent settling sludge. Isn't that a bit high ? I thought an SVI over 200 ml/g meant bulking sludge. Or is it the SVI taken from RAS flow sludge ? I'm a bit confused here.
@Steven Myers: It helped a lot for me to develop my basic understanding. Can you please refresh the link of State point spreadsheet? Actually I am trying to download it, but unable to download it yet.
Hello, Mr.Myers. Thank you a lot for uploaded video. What educational literature regarding WWTP process could you recommend? Is it possible to pass correspondence education at University for WWTP operation specialist (e.g. Sacramento)?
Stephen, great job on this film presentation. My question: is this a primary clarifier you're depicting or a secondary clarifier? I am trying to research what a secondary clarifier looks like within a wastewater treatment system. Thanks.
hey bud great video helps a new operator like my self learn a few things but i was wondering were i can get that program that you were useing it would be very help full on a day to day proccess
Very nice and useful tool. I just can't understand why are people in the US still using imperial units, and even combining em with metric system? It's so impractical. Just saying...
Thanks for sharing Steven, fantastic.Can I apply the analysis for a MBBR process? if not, would you be kind enough and point me to the right direction?.
Hello sir, you also use MBBR media in your project? We are the largest MBBR manufacture in China and export to many countries in Europe and America. my mail is: sb10@smallboss.com
Got a question about RAS and Underflow. Is the presumption that Underflow = RAS? I am a little confused because I think (might be wrong) underflow = RAS + WAS/SAS. If I am right, why the clarifier design is based on RAS; and not total RAS + WAS/SAS?
Ihave to get anew jop that it is to build and installing treatment plant in iraq in baghdad so i need like this vedio because we are to late with this new technoligy so i thank you for this
Странно, такива конструкции не съм виждал по наша територия, да не би да ги крият в постройки, наподобяващи бункери или складове - за да няма замърсяване с партикулати через пренос от въздух/вятър?
Water clarifiers are chemical compounds used in the water treatment process to remove impurities from water. They are metallic, organic and non- organic in nature and also help to maintain or stabilize the Ph value of the water. Download Free Sample Report here:bit.ly/2MUchr7
As someone who is taking his first graduate level WWTP course, your videos are extremely helpful for me to understand the jargon and terminology associated with the various systems. EXCELLENT WORK.
First 2-3 minutes helped more than any lecture. Thanks!
You're Welcome!
Great Info. Please refresh the link to the spreadsheet. Thank you.
This video help me so much on my aerobic clarifier and final clarifier project. Thank you so much, Mister
Thank you so much for posting the spreadsheet. Also the video's you made are awsome ! Thank you very much for sharing your knowledge and talents.
Can you share the link to the spreadsheet again?
Ellah yssehel 3lik ellah y3awnk kifma 3awntini, Thank youuuuuu love from Morocco
Great video! Very slick , great "clarity" :)
Brilliant. Just brilliant! I wish my lecturers could just find videos like this and share with us. Thank you!
Thankyou for providing me this information and you share your state point analysis for free, i really appreciate it
wish we had this twenty years ago when I first started....excellent learning material
Great job, i'm definately going to talk about it in my task about Sedimentation. I'm from Porto Alegre, Brazil, student of chemical engineering at UFRGS.
thanks
that was one of my best UA-cam videos
Great! 👍 This is the best knowledge, and I want to know now! Big thanks! 🙏😊
Very clear and interesting. Thanks Mr. Myers.
I am a noob in clarifier design calculations, thus I have a couple of questions:
1. The units of your SUR and SOR calculations are different frm the Y-axis(one being in kg, and ur calculation in g), but yet you plot it without making any conversions.
2. In the video you said that the SOR slope is dependent on the influent flow, but according to other sources it is the overflow flow. (Biological Wastewater Treatment: Principles, Modeling, and Design p 323)
Thanks again in advance, great video!
Spreadsheet download link posted in the description!
What is the source of this graph? Is there any good book on water treatment plant including all derivations and important calculations?
Thanks Steven! I really appreciate your videos. The link to the spreadsheet is super.
I wish you would make more videos, studying for my grade 3 and the videos help a lot more than reading manuals and books.
I'll try and post a link in the description to download the tool.
What is the source of this graph? Is there any good book on water treatment plant including all derivations and important calculations?
Hi Steve were can I get access to your EXEL spread sheets ,will be great help as training tool for process staff .
Greetings from Cape Town South Africa.
the spreadsheet link is broken, any chance of reviving it???
Sir, i have a question. In the video an SVI of 250 is mentioned for a descent settling sludge. Isn't that a bit high ? I thought an SVI over 200 ml/g meant bulking sludge. Or is it the SVI taken from RAS flow sludge ? I'm a bit confused here.
Yeah 250 SVI is pretty high 😬😬. I get 115ish-160 on a regular basis at my WWTP most of the time and that is decent 😎😎😎.
Brilliant, absolutely brilliant. How can one get more value from your educative tools by converting from the imperial system to the metric systems?
Thank you very much for an amazing video!
Civil EIT III
@Steven Myers: It helped a lot for me to develop my basic understanding. Can you please refresh the link of State point spreadsheet? Actually I am trying to download it, but unable to download it yet.
excellent material, I will appreciate more if it is explained with design criterion and design procedures
The spread sheet is down can you fix it?
Hello, Mr.Myers. Thank you a lot for uploaded video. What educational literature regarding WWTP process could you recommend? Is it possible to pass correspondence education at University for WWTP operation specialist (e.g. Sacramento)?
Stephen, great job on this film presentation. My question: is this a primary clarifier you're depicting or a secondary clarifier? I am trying to research what a secondary clarifier looks like within a wastewater treatment system. Thanks.
can you please post the link of the spreadsheet?
Thank you for your work
I'd like to get the excel sheet too, it would make alot of high turbidity events make more sense when they can't otherwise be explained.
Thank you. I can use it to analyze some problems we have in our WWTP of 1.8 m3/s
Is the feedwell bottom open or closed? Kindly tell
hey bud great video helps a new operator like my self learn a few things but i was wondering were i can get that program that you were useing it would be very help full on a day to day proccess
succinct explanation great.
great video and well done work...i'm looking for a principles of clarifies design...thanks
Thank you for the conceptual clarity sir:)
Can we please have a link to the spread sheet..It will be really useful.
Thanks.
What is the source of this graph? Is there any good book on water treatment plant including all derivations and important calculations?
Great Job Man! Thank You Verymuch
That would be appreciated, if you just wanted to share on google docs that may be easier.
Very nice and useful tool. I just can't understand why are people in the US still using imperial units, and even combining em with metric system? It's so impractical. Just saying...
because FREEDOM!!!
Logic?
Easy to understand the Working Principle
excellent material
thx
Can someone link me to that spreadsheet, the google doc link doesn’t work anymore
Thanks for sharing Steven, fantastic.Can I apply the analysis for a MBBR process? if not, would you be kind enough and point me to the right direction?.
Hello sir, you also use MBBR media in your project? We are the largest MBBR manufacture in China and export to many countries in Europe and America. my mail is: sb10@smallboss.com
The spreadsheet link is not working, would you please re share the link
Thank you
Bruh this video is 14 years old..... so is the excel file lmao
Got a question about RAS and Underflow. Is the presumption that Underflow = RAS? I am a little confused because I think (might be wrong) underflow = RAS + WAS/SAS. If I am right, why the clarifier design is based on RAS; and not total RAS + WAS/SAS?
Steve Do you use Influent flow + RAS flow ?
Mr Myesrs
I wanna take tuition to pass the level 1 or 2 do you give the tuition class
Fantastic video!
?hi,thanks alot for the video! i wanted to ask- is it mgd with UK gal or US gal
Hi Chandini. Are you working on SPA for control of clarifier ? Would like to know if any in your group working on control based on SPA .
Is water treatment a good start to a career in water technology/environmental resource public health kind of field?
Yes.
What is the different between clarifier and thickener? I'm so confused about their working.
In the clarifier you want to get a particle-free fluid (Over) and in the thickener you get the particulate (UNDER). They are oposite.
thank you. very informative.
I would do terrible things for this excel sheet, i guess I could do some digging and make something comparable.
Where can I get access to the interactive Model sizing tool
Download link is in the description.
We just got done building a clarifier just like that one.
hello friend u vídeo is cool. a cuestion which is the software in excelente please.
sorry my english is poor
what is mgd and RAS ?
hii , am looking for WWT project by 30.000m3/day, pls guide me.
Ihave to get anew jop that it is to build and installing treatment plant in iraq in baghdad so i need like this vedio because we are to late with this new technoligy so i thank you for this
nice sharing
Странно, такива конструкции не съм виждал по наша територия, да не би да ги крият в постройки, наподобяващи бункери или складове - за да няма замърсяване с партикулати через пренос от въздух/вятър?
Seller plants cable Atari kese ksratw he
Amazing!!!!!! Helpful!!!!
nice ka kol
superb..
very nice diagram
Thank you sir..
Mr Steven
thank you so much for your vedio...
i need ur Email plz
regarding the calculation
thanks
Thanks for upload
very nice video!
Thanks, I'll go operate my clarifier now
Thanks a lot sir
Water clarifiers are chemical compounds used in the water treatment process to remove impurities from water. They are metallic, organic and non- organic in nature and also help to maintain or stabilize the Ph value of the water. Download Free Sample Report here:bit.ly/2MUchr7
Amazing!
factorio mods brought me here 😂
very nice!
Awesome...
add chemical name
Mes Larmes resteront à moi... ca c est clair, que ca soit accepté ou pas
that's awesomeeeee...
Abhishikta Roy hiii how r u
Me water tratemant plant me suparavison kar raha hu 5 yaer se
shiv gopal patel Toh? Aap kehana Kya chahte hain?
Then go for some innovative research in this field.
good
thanks
noice
en castellano
Poo water